Report 026511-7-T Structure, Composition, and Above-ground Biomass of SIR-C/X-SAR and ERS-1 Forest Test Stands 1991-1994, Raco Michigan Site Kathleen M. Bergen M. Craig Dobson Terry L. Sharik lan Brodie Radiation Laboratory Department of Electrical Engineering and Computer Science The University of Michigan Ann Arbor, Ml 48109-2122 October 30, 1995 JPL 945-438 26511-7-T = RL-2412

Structure, Composition and Above-ground Biomass of SIR-C/X-SAR and ERS-1 Forest Test Stands 1991-1994, Raco Michigan Site Kathleen M. Bergen M. Craig Dobson Terry L. Sharik lan Brodie October 30, 1995 Report 026511-7-F

Abstract This report presents the final analysis of the structure, composition, and above-ground biomass of the SIR-C/X-SAR and ERS-1 forest test stands at Raco Michigan. Between 1991 and 1994, sixty-six forest test stands representing the distribution of forest communities, ages, and densities found at the Raco site have been sampled. Additionally, 20 of the stands sampled in earlier years were resampled in 1994 to assess growth. Included in the introduction to this report are discussions of the sampling design, locations and descriptions of the stands, sampling techniques, and data processing and analysis techniques. Included in the appendices are detailed stand descriptions, relevant programs, and tables of data including height and diameter distributions, stand summary statistics, stand structure statistics, height results, and biomass results. Electronic versions of the summary data tables and appendices are available on request. Requests may be sent to: dobson @ eecs.umich.edu i

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Acknowledgments The following people and groups made contributions to the data collection effort of this project and/or project management and analysis. We would like to thank all of them and acknowledge their hard work and dedication to this project Project Management and Analysis: Craig Dobson, Terry Sharik, Kathleen Bergen, lan Brodie Data Collection and Preparation: Kathleen Bergen, Don Bragg, John Brown, lan Brodie, Ruben De la Sierra, Bridget Fahey, Donna Felty, Correigh Greene, Josef Kellndorfer, Adele Olivero, Bill Whipps, Eric Wilcox, The Earthwatch Student Program, and the Johns Hopkins Challenge Award Program iii

Table of Contents 1 Introduction 1.1 BIOMETRIC SURVEY OBJECTIVES 1.2 THE SITE 1.2.1 Physiography 1.2.2 Climate 1.2.3 Forest Composition 1.3 SAMPLING DESIGN AND TECHNIQUES 1.3.1 Stand Selection and Planning 1.3.2 GPS Survey of Test Stands 1.3.3 Sampling Design 1.3.4 Sampling Methodology 1.4 DATA PROCESSING AND ANALYSIS 1.4.1 Data Recording and Preparation 1.4.2 Stand Structure Analysis 1.4.3 Calculated Heights Analysis 1.4.4 Stand Biomass Analysis 1.4.5 Ground Cover Analysis 2 References 3 Appendices A: Stands Descriptions B: U.S. Forest Service Compartment and Stand Maps C: SAS Programs and Procedures D: Stand Summary Statistics E: Stand Structure by Stratum and Species F: Heights G: Biomass H: Diameter and Height Histograms by Species I: Diameter and Height Histograms by Stand List of Tables Table 1: Biometric Survey Objectives Table 2: Forest Communities and Dominant Species Studied During the SIR-C/X-SAR Project Table 3: Comprehensive List of Species at the SIR-C/X-SAR Raco Supersite Table 4: Criteria for Selection of Forest Test Stands Table 5: Percent of Stands in Each Forest Community Table 6: Forest Test Stands by Community Type and Age Group Table 7: Stand Layouts Table 8: Data Processing and Analysis Steps Table 9: Data Recording and Preparation Steps Table 10: Basic Stand Structure Statistics Table 11: Height Equations 1 1 2 2 4 4 8 8 11 15 20 21 22 28 28 34 35 40 A1-13 B1-42 C1-15 D1-16 E1-52 F1-34 G1-65 H1 -41 11 -68 2 6 7 8 11 12 18 21 22 28 31 iv

Table 12: Biomass analysis steps 34 Table 13: Biomass Equations 36 List of Figures Figure 1: Stand Distributions by Community and Age Group 10 Figure 2: Diagram of Stand Layout 16 Figure 3: Diagram of Plot Layout 17 Figure 4: Sample Data Sheet for Stratum 1 and 2 Measurements 24 List of Maps SIR-C/X-SAR Supersite: Raco, Michigan 3 Detail of Land Cover 5 Raco Site Forest Test Stands 9 v

1 Introduction 1.1 BIOMETRIC SURVEY OBJECTIVES In 1990 a region in northern Michigan largely within the Hiawatha National Forest was designated as the NASA Raco Supersite with the intention of becoming a long-term study site. The purpose of the research associated with this site is to investigate the use SAR image data in deriving and analyzing forest ecological/biophysical parameters related to global change issues. Since that time this site has been imaged by ERS-1, JERS-1, SIR-C/X-SAR, and has received frequent JPL AIRSAR overflights. Analysis of the image data resulting in extraction of biophysical parameters has proceeded in step with image acquisition. This research has concentrated on development of SAR landcover classifications and in the construction of algorithms to predict forest biophysical parameters including basal area, density, height, and biomass from the SAR imagery. Ultimately it is desired to couple these algorithms with ecological models to predict such ecological processes as carbon flux and NPP. To both train and validate any image processing algorithms in this early research stage, it is necessary to have at hand sufficient "ground-truth" data. Therefore, central to the overall research plan has been the establishment of a number of forest test stands on the ground which would meet the requirements of rigorous quantitative and statistical analysis. To achieve this goal, 70 fourhectare stands were established in the region. These stands are representative of the range of north-temperate and boreal forest communities found at the test site. They are also distributed over the range of ages and densities found in the region. Each stand has been intensively sampled 1

according to a defined sampling scheme to arrive at a statistical interpretation of stand structure, species composition, and above-ground biomass. An explanation of the methodology and presentation of results for the ground truth sampling, or biometric survey, of the forest test stands is the purpose of this report. Following is a table presenting the overall objectives of the Raco Supersite biometric survey: Table 1. Biometric Survey Objectives: Raco Supersite Objectives 1. Estimation of stand structure by stand, stratum, and species: species composition, diameter, height, crown depth, basal area, and density 2. Development of species height prediction equations and estimation of heights 3. Estimation of total and component biomass by stand, stratum, and species 4. GPS derived GIS overlay of precise stand locations The first half of the report consists of text including 1) a brief introduction to the site, 2) a discussion of the sampling design and techniques, and 3) a description of the data processing and statistical analyses. Included in these sections are relevant maps and tables. The second half of the report consists of a series of appendices, and here are presented more detailed information relating to the sampling methodology and analysis, plus the final statistical results of the biometric survey. Electronic versions of the appendices are available on request. Requests may be sent to: dobson@eecs.umich.edu 1.2 THE SITE; The Raco supersite, centered on 46.392~ N. Latitude and 84.885~ W. Longitude, is located in Chippewa County in the eastern part of Michigan's Upper Peninsula. The area under study is approximately 20 km E-W and 20 km N-S. Much of the study site, and all of the forest test stands used for ground truth data, are within the boundaries of the Eastern Division of the Hiawatha National Forest. The map SIR-C/X-SAR Supersite: Raco, Michigan shows the location of the SIR-C/X-SAR test site in Michigan. 1.2.1 Physiography; The site contains several distinct physiographic regions. A large area of excessively drained glacial outwash sands (the Raco Plains) dominates the 2

SIR-C/X-SAR Supersite: Raco, Michigan - " -i. E Wl k a 1N m I,,,1 ' '" 3

northeast quadrant. The southeast quadrant contains an extensive poorly drained wetland area. Moderately well drained morainal features interspersed map with low-lying somewhat poorly drained areas comprise the western half. The northern edge of the site borders Lake Superior. Agricultural areas on lake plain border the northeast, and the Delirium Wildemess wetlands border the south and southeast. Forested areas on morainal till continue to the west. 1.2.2 Climate; Regional climate is characterized by a mean annual temperature of 5~C, July average temperature of 24.5~C, January average temperature of -140C, growing season of approximately 130 days, and mean annual precipitation of 79 cm. 1.2.3 Forest Composition; The Raco site's situation on the ecotone between the north-temperate and boreal forest biomes, its diversity of forest communities of varying ages and densities, and its forest stands of large geographical extent made it an ideal NASA supersite. Present on the drier outwash are upland conifer communities; on the low sites lowland conifer or forested wetlands communities; on the richer sites either late successional northern hardwoods or early successional aspen communities. The map Detail of Land Cover depicts the generalized land cover distribution for the test region. Table 2: Forest Communities and Dominant Species Studied During the SIR-C/X-SAR Project, lists the forest communities and dominant species which have been studied throughout the duration of the SIR-C/X-SAR project. A comprehensive list of the species found in the Raco Supersite forest test stands and encountered during the Biometric Survey is provided in Table 3: Comprehensive List of Species at the SIR-C/X-SAR Raco Supersite. This table gives the species common name, the binomial scientific name (genus, species), and the six letter code used to designate the species in the field. 4

Detail of Land Cover Centered on the Raco Supersite SIR-C/X-SAR Cross-Over Region Upland Conifer Lowland Conifer Northern Hardwoods Aspen/ SouBirch Agriculture Wetland Water / Airport L Urban SouJrce manually inlerpreled from 1979 aerial plhot(ography by the Michigan Department ot Naltural Reos()ources

Table 2: Forest Communities and Dominant Species Studied During the SIRC/X-SAR Project Upland Conifer Jack Pine (Pinus banksiana) Red Pine (Pinus resinosa) White Pine (Pinus strobus) Lowland Conifer Black Spruce (Picea marana) White Spruce (Picea glauca) Northern White Cedar (Thuja occidentalis) Balsam Fir (Abies balsemea) Larch (Larix larcina) Northern Hardwoods - late successional species Sugar Maple (Acersaccharum) Red Maple (Acer rubrum) Beech (Fagus grandifolia) Yellow Birch (Betula alleghaniensis) Paper Birch (Betula papyrifera) Hemlock (Tsuga canadensis) Aspen - early successional species Trembling Aspen (Populus tremuloides) Bigtooth Aspen (Populus grandidentata) Pin Cherry (Prunus Pensylvanica) 6

Table 3: Comprehensive List of Species at the SIR-C/X-SAR Raco Supersite Af-Arn m Q&-imantif itL ames r r ---- VF I WI iXuiI I RU FlIi U1 uUgouU ' scumom n name b ABIBAL ACEPEN ACERUB ACESAC ACESPI AROMEL ALNRUG AMESPP BETALL BETPAP CHACAL CORALT CORCOR CRASPP FAGGRA FRAAME FRANIG ILEVER LARLAR LEDGRO LONCAN NEMMUC OSTVIR PICGLA PICMAR PINBAN PINRES PINSTR POPGRA POPTRE PRUPEN PRUSER PRUVIR QUEELL QUERUB SALSPP SAMRAC SORAME THUOCC TILAME TSUCAN ULMAME VIBACE VIBCAS Abies balsamea (L.) Mill. Acer pensylvanicum L. Acer rubrum L. Acer saccharum Marsh. Acer spicatum Lam. Aronia melanocarpa (Michx.) Ell. Alnus rugosa (Du Roi) Spreng. Amelanchier Medic. Betula alleghaniensis Britton Betula papyrifera Marsh. Chamaedaphne calyculata (L.) Comus altemifolia L. f. Corylus comuta Marsh. Crataegus L. Fagus grandifolia Ehrh. Fraxinus americana L. Fraxinus nigra Marsh. Ilex verticillata (L.) A. Gray Larix laricina (Du Roi) K. Koch. Ledum groenlandicum Oeder Lonicera canadensis Marshall Nemopanthus mucronata Raf. Ostrya virginiana (Mill.) K. Koch Picea glauca (Moench) Voss Picea mariana (Mill.) B.S.P. Pinus banksiana Lamb. Pinus resinosa Ait. Pinus strobus L. Populus grandidentata Michx. Populus tremuloides Michx. Prunus pensylvanica L. f. Prunus serotina Ehrh. Prunus virginiana L. Quercus ellipsoidalis E. J. Hill Quercus rubra L. Salix L. Sambucus racemosa L. Sorbus americana Marsh. Thuja occidentalis L. Tilia americana L. Tsuga canadensis (L.) Carr Ulmus americana L. Vibumum acerifolium L. Viburnum cassinoides L. Balsam Fir Striped Maple Red Maple Sugar Maple Mountain Maple Chokeberry Speckled Alder Serviceberry Yellow Birch Paper Birch Leather-leaf Alternate-leaf Dogwood Beaked Hazel Hawthorn American Beech White Ash Black Ash Winterberry Tamarack Labrador-tea Fly-honeysuckle Mountain-holly Eastern Hop-hombeam White Spruce Black Spruce Jack Pine Red Pine Eastern White Pine Bigtooth Aspen Trembling Aspen Pin Cherry Black Cherry Chokecherry Northern Pin Oak Northern Red Oak Willow Red-berried Elder Mountain-ash Northern White-cedar American Basswood Eastern Hemlock American Elm Arrowwood Withe-rod 7

1.3 SAMPLING DESIGN AND TECHNIQUES 1.3.1 Stand Selection and Planning The first task was to identify and establish the forest test stands which would be used for the biometric survey. The criteria used 'were those presented in the following table. Table 4: Criteria for Selection of Forest Test Stands 1) Stands selected should fill the distribution of forest communities present at the site. 2) Stands selected should fill the distribution of ages and densities present at the site within each forest community. 3) An individual stand selected should be uniform in regard to its community (species composition), age, and density. 4) Stands selected should be on level, or nearly level, terrain. 5) Stands selected should be jurisdictionally within the bounds of the Hiawatha National Forest and accessible by automobile. Identification of potential stands was done by consulting the U.S. Forest Service Compartment and Stand Maps for the Hiawatha National Forest in conjunction with the above criteria. All potential stands were visited in the field to assure that they did in fact meet the criteria before making the final selection. As a result, 70 four-hectare stands were established and 66 were measured at the Raco Supersite, beginning in 1991. Each of the stands is designated by a number, and using these numbers, the stands may be located on the overview map Raco Site Forest Test Stands. More detailed locations and descriptions of the stands are provided in two appendices. Appendix A consists of detailed stand descriptions including information on how to locate the stand plus its layout (the latter discussed in section 1.3.3). Appendix B contains the U.S. Forest Service Compartment and Stand Maps showing the forest test stands drawn in at their approximate locations. Table 5: Percent of Stands in Each Forest Community gives the percent of forest test stands represented in each of the forest communities under study. This is displayed graphically in the pie charts in Figure 1: Stand Distributions by Community and Age Group. A more detailed listing giving the species and size class of each stand is presented in Table 6: Forest Test Stands by Community Type and Age Group. 8

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Figure 1: Stand Distributions by Community and Age Group Community Representation 61%, L northen hardwoods 17%EM UPlandconifer * lowland conifer 11% Upland conifer by age group Deciduous by age group E3mammr * polos saupling U seeding 40 mature ElJ pole sapling 35% 30%o Red pine by age group PnaklN.......*..U seedling 33% Jack pine by age group s*se ing 10

Table 5: Percent of Stands in Each Forest Community Forest Community Percent of Stands Aspen 11% Northern hardwoods 17% Red pine 29% Jack pine 30% White pine 3% Lowland conifer 10% In actual practice, identification and measurement of the forest test stands occurred over a time frame of several years. The first year of measurement at the Raco Supersite occurred in 1991, when 13 stands were identified and measured. In 1992 an additional 15 stands were identified and measured. During the summer 1993, the remaining 42 stands were identified and 38 were measured. Because forest trees, especially younger trees, exhibit significant growth over a span of several years, 24 stands were remeasured in 1994 to arrive at current measurements and to assess growth rate. The stands re-measured included young sapling jack pine, red pine, and aspen stands. Older stands continue to grow as well, but the percent change because of growth is much less significant than in younger stands. The remeasure of younger stands was especially important in using the data with SIR-C/X-SAR imagery which was acquired for the first time in 1994. Table 6: Forest Test Stands by Community Type and Age Group provides community information for each stand, gives its identification number (including superseded identification letter), and also gives the year the stand was measured and re-measured. 1.3.2 GPS Survey of Test Stands In order to better locate forest test stands, and to construct a geographic information system (GIS) layer containing the stands, a survey of the stands was required. This was accomplished using the global positioning system (GPS) and Trimble GPS receivers. The first 28 stands were surveyed in August 1992, and the remaining 38 in November of 1993. GPS coordinates were taken at two points in each stand: meter 0.0 and meter 200.0 on the baseline. Coordinates were taken in the WGS-94 datum and were output as Universal Transverse Mercator (UTM) coordinates based on the NAD-27 datum to correspond to the other layers of the GIS which were always NAD-27. At least 180 sample coordinates were taken at each point. Coordinates were differentially post-processed against reference data supplied by the U.S. 1 1

Table 6: Forest Test Stands by Community Type and Age Group Community / Age N of Group Stand Number Stands Aspen, upland pole 84 1 sapling 33(S), 45(EE), 49(JJ), 69, 70 5 Aspen, lowland pole 47(HH), 87 2 Northern hardwoods mature 28(N), 29(0), 34(T), 46(GG), 48, 53, 57 7 pole 31(Q), 76, 85, 86, 91 5 Red pine mature 23(G), 25(K), 43(CC), 50(KK), 52 5 pole 68, 71, 72, 73 4 sapling 22(D), 51(LL), 77, 81, 82, 83 6 seedling 40(Z), 41 (AA), 78, 79, 80 5 Jack pine mature 24(1), 27(M), 35(U), 61, 67 5 pole 56, 60, 62, 63, 64, 65 6 sapling 36(V), 38(X), 42(BB), 54, 55, 58, 59 7 seedling 37(W), 39(Y), 66 3 White pine mature 74, 75, (also 23(G), 25(K)) 2 Black spruce mature 26(L), 44(DD) 2 N. white cedar mature 32(R) 1 Hemlock mature 90 1 Lowland mixed conifer mature 30(P), 88, 89 3 12

Year Year ReStand Number Community Age Group Measured measured /I 22 (D) red pine sapling 1 991 1 994 23 (G) red & white pine mature 1991 24 (1) jack pine mature 1991 25 (K) red & white pine mature 1991 26 (L) black spruce, lowland mature 1991 27 (M) jack pine mature 1991 28 (N) northern hardwoods mature 1991 29 (0) northern hardwoods mature 1991 30 (P) mixed conifer, lowland mature 1992 31 (Q) northern hardwoods pole 1991 32 (R) cedar, lowland mature 1991 33 (S) aspen, upland sapling 1991 1 994 34 (T) norther hardwoods mature 1991 35 (U) jack pine mature 1991 36 (V) jack pine sapling 1992 1994 37 (W) jack pine seedling 1992 1994 38 (X) jack pine sapling 1992 1994 39 (Y) jack pine seedling 1992 1994 40 (Z) red pine sapling 1992 1994 41 (AA) red pine sapling 1992 1994 42 (BB) jack pine sapling 1992 1 994 43 (CC) red pine mature 1992 44 (DD) black spruce, lowland mature 1992 45 (EE) aspen, upland sapling 1992 1994 46 (GG) northern hardwoods mature 1993 47 (HH) aspen, lowland pole 1992 48 (11) northern hardwoods mature 1992 49 (JJ) aspen, upland sapling 1992 1994 50 (KK) red pine mature 1992 51 (LL) red pine sapling 1992 1994 52 red pine mature 1993 53 northern hardwoods mature 1993 54 jack pine sapling 1993 1994 55 jack pine sapling 1993 1 994 56 jack pine pole 1993 57 northern hardwoods mature 1993 58 jack pine sapling 1993 1994 59 jack pine sapling 1993 1994 6 0 jack pine pole 1993 61 jack pine mature 1993 6 2 jack pine pole 1993 63 jack pine pole 1993____ 13

Year Year Re. Stand Number Community Age Group Measured measured 64 jack pine pole 1993 65 jack pine pole 1993 66 jack pine seedling 1993 1 994 67 jack pine mature 1993 68 red pine pole 1993 69 aspen, upland sapling 1993 70 aspen, upland sapling 1993 71 red pine pole 1993 72 red pine pole 1993 73 red pine pole 1993 74 white pine mature 1993 75 white pine mature 1993 76 sugar maple pole 1993 77 red pine sapling 1993 1994 78 red pine seedling 1993 1994 79 red pine seedling 1993 1994 80 red pine seedling 1993 1994 81 red pine sapling 1993 1994 82 red pine sapling 1993 1994 83 red pine sapling 1993 1994 84 **aspen, upland pole 85 northern hardwoods pole 1993 86 northern hardwoods pole 1993 87 aspen, lowland pole 1993 88 mixed conifer, lowland mature 1993 89 **mixed conifer, lowland mature 90 ** hemlock, lowland mature 91 northern hardwoods pole 1993 __ * Measured only by point sampling * Established, but not yet measured 14

Forest Service GPS base station in Escanaba, Ml, and then averaged for each point, to yield the most accurate position possible. The two differentially processed and averaged coordinates for each stand were combined with other stand information including n of transects, n of plots per transect, all offsets, and azimuths, in a program which output stand polygons, both regular-shaped and irregular shaped in a GIS format (ERDAS.dig). GPS coordinates in UTM of the lower left and upper right comers of each stand are provided in Appendix D: Stand Summary Statistics following measurement data in the table. 1.3.3 Sampling Design Before any measurements were made in a test stand the dimensions of the stand were established by laying out a baseline and transects. Most stands were 200-m by 200-m. Some stands were laid out slightly differently, e.g. longer baselines and shorter transects, when the stand configuration or landscape made this necessary. The following description is for a typical 200m X 200 m stand. A 200-m baseline was established in each stand at a minimum distance from the forest edge of twice the height of the tallest trees. The left end of the baseline when facing into the stand was designated meter mark 0.0 and the right end meter mark 200.0. The baseline was divided into five equal (40-m) segments. Starting at 0.0 m, a meter mark was randomly chosen in the first segment as the point of departure of the first transect, typically running orthogonal to the baseline. Four additional transects were established at 40-m intervals. Eight points were located along each transect at 25-m intervals, the first point being randomly chosen as a meter mark between 1 and 25. The 40 sample points thus generated served as the basis for a 10% sample of the upper stratum. The ends of the baseline were marked by metal rods in the ground and flagging overhead. The transect starting points and upper stratum sample points were marked with labeled wire flags. A nested set of circular plots of area 100 m2, 16 m2 and 1 m2 was established at each sample point to characterize the upper stratum (>5 m), middle stratum (1-5 m) and lower stratum (<1 m), respectively. The radii of circular plots for the upper and middle strata were 5.64 m and 2.26 m, respectively. A 1-m x 1-m sampling frame was used to sample the lower stratum. Two middle stratum plots and three lower stratum plots were located 1 5

Figure 2: Diagram of Stand Layout 1 2 3 4 5.41 A 0 0 ( -25 25 m..L 0) 0) ) 0 0 0 0 0 (P d> () O 0 Blue flagging overhead between sample plots () 0 0) 0 0 0 0) 0: 0 0 (D (p 0 () ( ) 0 () )( (0 () 0P (0 Random distance from baseline 0) (D O( buffer (e.g. 20 m.) - I i I I I * A O 0 40 8 80 120 160 160 200 200 Red wire flag (8 per transect), marking upper stratum plot center; 2 yellow wire flags (16 per transect) mark middle stratum plot centers Transect (5 spaced 40 m apart per stand, location of T1 on the baseline is random between 0-40); blue flagging overhead * White flag on ground; red flag overhead marking location of transect A 0 Orange rebar, plus blue and red flagging Beginning of baseline 16

Figure 3: Diagram of Plot layout Plot 112 Plot 111 Plot 113 — I 0) co CD Key X = yellow flag * = red flag = transect azimi ith 17

Table 7: Stand Layouts Stand Stand type USFS Baseline Transect Location Minimum N of Location of 1st plot on each transect (m) N of Plots number compartment azimuth azimuth of distance tranaects measured and stand tranaect to lit (1st year) number #1 on point on baseline transect (m) 22 Red Pine-saping 55-35 155 110 30 20 _ 5 19. 23,.4, 6, 9 '(Min for T5=30 m) 40 23 Red & White Pine-mature 8-2 120 ___ 30_ 5 ___, 6, 4 6. 5 2 40 24 Jack Pine —mature 29-6 90_ 1 _ 8, 7, 24, 8, 5 40 25 Red & White Pine-mature 88-2 300o 18 1 0 1, 4, 22,18, 23 4 0 26 Black Spruce —mature |.82-18 60 __ 37 30 516. 8,. 323. 22 40 27 JackPine —mature 27-15 ___ 90 10 32 3_ 510, 11,22,9,22 40 28 Northem Hdwd-mature 35-11 27 1 1 80 14 30 523,12,15,11,4 40 29 Northem Hdwd-mature 35-11 0 270 31 _ 30 5_22, 23,1,6,3 40 30 N. White-cedar-mature 42-42 355 271 270 1 51 3, 7,11,14 40 31 Northem Hdwd-pole 20-8 180 __ 90 1 ____ 30_ 51, 24,3, 22, 21 40 32 N. White-cedar-mature 12-21 27 1 26 ___ 4. 1. 3, 9, 4 40 33 Aspen —sapling 20-10 115 ____ 14___ _ 1 22,15,18,13,20.19 10,16,17,1 11 34 Northem Hdwd-matur 19-24 29 __ 205 36 3 __7,13, 8,16, 6 37 35 Jack Pine-mature 55-20 26 8 11 30, 20 _ ' ffsets not recorded 40 36 Jack Pne- sapng 47-36 48-24. 355 27 1 20 __ 22, 9, 19, 15, 16 40 37 Jack Pine-eedling 32-17 270 180 23 2 519.20,131815 40 38 Jack Pine —s g 31-50 90 20 10 55,16,8,13,7 40 39 JackPine-seedng 32-78 270 1951 14 52022.3,24, 1,3 40 40 Red Pine-sapling 29-18 120 11 38 1 10122,1110,21, 23,6,229,22 40 41 Red Pine 5g 54-10.15 228 90 11. 20 74.1, 3,8,16,7,5 41 42 Jack Pne-saping80-45 240 170 36 20 55 14, 5, 24, 8 40 43 Red Pine-mature 58-9 270 160 7 305 6,12, 18, 7, 20, 36 44 Black Spruce-matue 60-67 98 38 71 2 5_8, 6, 17, 7, 3 (T2-T6) 40 45 Aspen-sapling 20-30 152 36 9 30 515,8.,7,10,17 23 46 Northem Hdwd-mature 13-33 144 57 11 4 205_ 5. 1,,17(T2-T5) 40 47 Aspen —pole 12-(near29 130 40 _ 15 86.14,8,11,10,1,2,7 29 48 Northem Hdwd-mature 18-22 324 270 31 _ 30 _ 519,20,18,13,17 40 49 Apen —saplng 21-9.10 230 100 3 5 10, 4, 7 (17?) 3, 9 22 50 Red Pine-mature 21-8 118 360 9 20. 511.1, 12, 16,3 40 51 Red Pne —saplg 50-17 270 200 31 _ 30 524, 4 9, 15,11 40 52 Red Pine-mature 49 —25 180 9..13. 5 10,25, 10. 3, 13 40 53 Norhem Hdwd-mature 29 —34, 35 270 180 13 30 89. 10,16,14,15, 16, 8.3 40 54 Jack Pine-sapling 31 —38 180 87 7 20 59,15,12,15,6 40 55 Jack Pine —sapling 31-52 18 288 360 56, 25, 11, 3, 5 40 56 Jack Pine-pole 31-62 180 901 18 20.- 53, 6, 22, 2 6 40 4..20

Table 7: Stand Layouts Stand Stand type USFS Baseline Transect Location Minimum N of Location of 1 t plot on each transect (m) N of Plots number compartment azimuth azimuth of distance transects measured and stand transect to lat (1 ast year) number #1 on point on baseline transect __ ____||____()(m) _____ 57 Northern Hdwd-mature 31-4. 270 180 54 30 4_, 3, 19, 22 (T2-T5) 4 0 | 58 Jack Pine —sapllng 49-33 0 270 11 20 519,24,18,9,18 40 59 Jack Pine —sapllng 48-5 269 180 30 20 5 6, 20, 6,17, 22 4 0 60 Jack Pine —pole 48-24 68 (58?) 354 7 20 44, 8, 7,5 4 0 61 Jack Pine-mature 48-13 88 180 24 305 15, 66, 622, 2 4 0 62 Jack Pine-pole 48-11 180 95 26 20 55,14,23,23,12 40 63 Jack Pine-pole 48-15 89 15 20 510,22,3,9,13 40 64 Jack Pine-pole 49-4 267 180 26 20 514,24.20,17, 7 40 65 Jack Pine-pole 32-33 90 ____ 0 32 30 511,9,0,29,16 40 66 Jack Pine —seedlng 32-21 270 36 29 80 4 13 142, 25 36 67 Jack Pine-mature 32-22-. 90 0. 24 _ 30_ 5 4,8,14.8.22 40 68 Red Pine-pole 49-9 90 355 29 50 5 19,14,17,15, 22 40 69 Aspen —saplng 23-23 180 90 23 18__ 18, 11, 21, 5, 12 * 1 5 70 Aspen —sapl ng 22-49 150 _ 60__?.___ __ 510, 15, 24,25,23 8 71 Red Pine —pole30-52 _ 90_ 0 3 301 512,21,9,19,11 40 72 Red Pine-pole 30-52 ___ 90_ __ 0 9 30!3!5,30,4,2 40 73 Red Pine-pole 31-33 112 33__ 29 __ 20_ 523,13,16,6,25 40 74 White Pine-mature 33-16 354 280 20 30 5 24,2,9, 19,4 4 0 75 White Pine-mature 32-66 180 95? 30 10 14, 1, 1, 6, 5, 12, 1, 1, 9, 1 27 76 Sugar Maple-pole 8- 46 180 _ 90_ 28 30 53,24,5, 13,16 40 77 Red Pine-sapling 34-5 4 280 22 2012,21,9,19.11 40 78 Red Pine-seedling 57-13 228 148 17 0 4 9.9 15(5?), 12 34 79 Red Pine-seedling 58-16 _ 0 260 22 65 5 11.21,20,11,4 40 80 Red Pine —seedling 58-39 0 260 28 65 4 3, 25, 24, 5 40 81 Red Pine-sapling 56-30 270 165 14. 40 _ 513, 8, 20,10,15 40 82 Red Pine —sapling 56-4 0 290 19 40 __ 53, 13,18,11.,21 40 83 Red Pine-saplng 54-10. 6 280 33. 20 ___ 58,14,21,11,21 40 84 Aspen-po le 61-30 180 90 12 ___ 5 3, 0, 10,6,5..not done 85 Northem Hdwd-pole 44-19 360 270 31 20 5 14,5,12,1, 8 40 86 Northemrn Hdwd-pode 36-23 360 270 27 20 ____ 85,3,13,4,29,1,4 _35 87 Lowland Aspen-polee 11-25 230 140 21 30 __ 84.1,12,5,8,0,16,0 30 88 N. White-cedar-mature 12-20 90 360 30 0 5 17, 7, 19, 10, 19 not done 89 N. White-cedar-mature 12-62 130 40 24 0 5 9, 12, 16, 15, 13 not done 90 Hemlock —mature Mead paper 270 180 37 0 _________ 40 91 NorthemHdwd-pole 15 350 310 18 (8?)| 30 514, 1, 23,5,16 40 ** stand 69 was later reconfigured to be 8 transects with 5 plots ea.

100 m upper stratum plot. The axis of the plot centers was orthogonof the transect. The centers of the midde stratum plots were at the centers of the two radii of the upper stratum plot, i.e., 2.82 m from the center of the upper stratum plot. The centers of the lower stratum plot were at the same two locations plus the center of the upper stratum plot. A red or orange flag was used to mark the central point. The other points were marked by yellow flags. Flags were identified according to a three-digit description. The first digit corresponded to the transect number, the second to the sample plot, and the third to the subplot. Subplots were sequentially numbered from left to right when facing away from the baseline. Table 7 Stand Layouts provides a concise listing of the azimuths, number of transects, number of plots, random offsets, etc. for each test stand. Appendix A: Stand Descriptions provides detailed documentation of stand locations, plus stand, transect, and plot dimensions, offsets, etc. for each test stand. Figure 2: Diagram of Stand Layout depicts the layout of a typical 200-m by 200-m test stand. Figure 3: Diagram of Plot Layout shows the arrangement of an individual plot on a transect containing sampling subplots for all three strata. 1.3.4 Sampling Methodology Measurements were to be used to 1) estimate stand structure in terms of species composition, height, diameter, crown depth, basal area (BA) and density, and 2) estimate biomass. Therefore, measurements which would either provide direct estimates of these parameters, or could be used in regression equations to estimate the above parameters were identified. These were 1) species, 2) diameter, 3) total height, and 4) clear bole height. Note that species and diameter measurements followed the same protocol for each measurement year. Heights, however, were sampled more intensively in the first two seasons than the last two. Diameter and species are quick and easy measurements to make. Height, on the other hand is more time intensive. Therefore, only a subsample of heights were taken in all years, and these were used in development of species-specific diameter to height equations from which to estimate the remaining heights. More specific measurement methodology follows. For the upper stratum, the diameter at breast height (dbh) and species of all living and dead stems in the upper stratum plot originating at or below 1.37 m above ground level was recorded (to 0.1 cm) using a diameter tape or calipers. Species 20

were recorded using the six letter code given in Table 3 which consisted of the first three letters each of the genus and species (e.g. PINRES for red pine). If a stem was dead, an "X" was added to the end of the code (e.g. PINRESX). For the first 28 stands (1991 and 1992), five trees in each 5-cm diameter class for each species in a stand were measured by clinometer for total height and clear bole height (to 0.5 m). A random direction from which to commence measuring heights was chosen at each plot. Sampling continued until all diameter classes were completely represented, or until all plots had been inventoried. The total height of all dead individuals was recorded. For the other 38 stands measured in 1993 and 1994, total height and clear bole height of the nearest living individual to the plot center was measured, resulting in 40 stratum one measured heights per stand. Basal stem diameter (15 cm above the ground) was measured (to 0.1 cm) for each individual in the middle stratum by species using vernier calipers. Total height (to 0.1 m) of all individuals was measured using a height pole for the first 28 stands to develop diameter-height regressions for the middle story. For the remaining 38 stands measured in 1993 and 1994, only the nearest individual to the middle stratum plot centers were measured resulting in 80 stratum two measured heights per stand. Percent cover of the lower stratum was derived from ocular estimates using a 1m X 1m square grid. In stands containing stratum 2 and/or stratum 1 individuals, percent cover only was recorded. In seedling stands, both percent cover and number of seedling stems by species were recorded. 1.4 DATA PROCESSING AND ANALYSIS Over 64,000 trees (stems) were measured during the four measurement seasons. Thus the task of data processing and analysis was a large one consisting of several steps as listed in the table below. Table 8: Data Processing and Analysis Steps 1. Data Recording and Preparation 2. Stand Structure Analysis I3. C alculated Heights Analysis 4. Stand Biomass Analysis 21

Most of the desired statistics had been identified early on in the project, and drove the sampling methodology. However, the data processing was designed so that additional, yet-undefined, statistics could be generated from the sample data in the future. One example of this might be within-stand spatial analysis. Assunng that the data were error-free and ready for analysis was a most time-consuming part of the analysis. Efficiency and consistency was achieved by using software (EXCEL and SAS) that was appropriate for the task, and by writing programs that would act on all the data at once, and output multiple statistics at once. These steps are documented in the following sections 1.4.1 Data Recording and Preparation Data recording and preparation consisted of five general steps summarized in the following table. These steps are further elaborated below. Table 9: Data Recording and Preparation Steps 1. Data recording" 2. Data input from paper or transfer from dataloggers 3. Creation of EXCEL stand data files 4. Error checking and correction 5. Transfer of files from EXCEL to SAS Data Recording: Data were recorded in the field by either of two methods. The first method involved writing measurements on paper data sheets. In the second, operators used hand-held dataloggers to record data in an electronic spreadsheet, analogous to the paper data sheets. In both cases, a defined set of data were always recorded. Header information was entered once at the top of each data sheet (or data file) and included the number of the stand, the date, and the measurement crew. Stratum 1 and stratum 2 were recorded on the same data sheets/file. Stratum 3 (ground cover) was recorded separately and will be discussed separately in section 1.4.5. A sample data sheet for the stratum 1 and 2 measurements is included as Figure 4. =or each stem measured in stratum 1 and stratum 2, the following were recorded: 1. Location: location had to account for which transect, plot, and sublplot a tree was in, and therefore a three-character code was used. For example 322 denotes transect 3, plot 2, subplot 2 (upper stratum plot). 2. Stratum: coded 1 for upper stratum or 2 for middle stratum. 22

Figure 4 SIR-C VEGETATION SAMPLING STAND ID.: JI~2- Li) OBSERVERS: 6W0 DATE: Zo73-"': PAGE JOFT PLOT STRATUM SPECIES DIAMETER TOTALHT BOLEHT.11 f-l x I ZALL _____ _ __ ____ IN ST ~~S___ ~~i2 iL a T3, I 23

24

4. Diameter: dbh (1.37 m) for stratum one trees, and basal diameter (15 cm) for stratum 2 trees (to 0.1 cm) 5. Total Height: for selected trees according to the sampling methodology as stated in section 1.3.4 6. Bole Height: measured for same trees as Total Height Data Input or Transfer and Creation of EXCEL Stand Data Files: In the case of data collected on paper, data needed to be input at the computer upon return from the field. The data were entered into EXCEL spreadsheets, one stand per spreadsheet. Each of the above 1-6 fields became an EXCEL column and all data were then entered in their appropriate cells. Data collected on dataloggers was exported in its native LOTUS format and simply read into EXCEL. Files were stripped of their headers. Files were then named for the number of the stand and the year they were measured, e.g. the filenafthe for stand 22 re-measured in 1994 is R22.94 (R for Raco Site). At the same time, three more columns in addition to 1-6 above were added which would make future data processing more convenient. EXCEL functions were used to automatically create columns to code: 7. Stand Number: This number was filled in on each line so that each measured tree was associated with a stand number. 8. Year: Year the tree was measured 8. Type: being either conifer (coded 1) or deciduous (coded 2). This was determined from the species name. 9. Status: being either dead (0), living (1), or diseased (2). This was determined from the species name where a name code such as PINRESX denoted dead, and PINBAND denoted diseased (diseased was coded for jack pine only and only in 1993. This information has not been used to date and diseased trees have always been considered live in all analyses). Error Checking and Correction: After all data were assembled into EXCEL files by stand, error checking was begun. This was done in two stages. First a manual check was done by proof-reading the file against the paper data sheet if that was the original recording medium or by visually checking the output of the datalogger file which had been converted into EXCEL. Experience with these procedures had shown that this was unlikely to clear up all errors. Therefore a logical error-checker was written as an EXCEL program and run on each file. This error checker looked for logical errors such as heights which were outside of a recorded stratum class, plot numbers which 25

did not correspond to stratum numbers, or diameters which were too large or small to be logical, etc. The logical error-checker proved to be extremely useful and located many errors understandably not found by visual proofreading. Lastly a spelling dictionary was constructed consisting of all possible species codes and each file was checked against this. In all cases where errors were found they could be corrected either on sight by the author, or by consulting original paper data sheets. Transfer of Files from EXCEL to SAS: After files were considered "clean" they were sorted to be in plot number order, stripped of their column headers, and exported as plain comma-delimited ASCII text files (csv format). Each case (tree) had the following variables and variable names: stand (2-digit stand number) year (2-digit year) plot (3-digit plot number) stratum (coded 1 or 2) species (6 or 7 letter code) diam (diameter in cm) mht (measured total height in cm) bht (measured bole height in cm) status (coded 0=dead, 1=live, 2=diseased) type (coded 1=conifer, 2=deciduous) The files were then transferred to the UNIX environment where several new variables were added to the stand text files. These variables were to be used specifically for the calculated heights estimation and were: tba (total basal area of stand) uba (upper stratum basal area of stand) mba (middle stratum basal area of stand) td (density [stems/ha] of stand) ud (density of upper stratum) md (density of middle stratum) nplots (number of plots sampled for the stand) 26

All of these numbers were repeated for each tree, or each line, of a stand file They were included so that, for example, total basal area of stand could be used in addition to diameter or diameter squared to predict the height of an individual tree. Next the stand files were concatenated in to one file of 64,433 cases by 17 variables. This file was sorted by stand number and year. It was then imported into SAS and became the master file from which any number of SAS analyses could be generated. Because all analyses acted the same on the entire file, consistency was assured over all stands. At the same time that the existing 17 variables were read into SAS using a Proc Data procedure, a number of new variables were also created that would be needed for structural, height, and/or biomass analysis. New variables created were: logdiam (natural log of the diameter) logdiam2 (natural log of the diameter squared) logmht (natural log of the measured height) diam2 (diameter **2) invdiam (1/diam) invba (1/BA) tba2 ( stand total basal area**2) diamtba (diameter * stand total basal area) logtba (natural log of stand total basal area) ba (basal area of an individual tree = 0.00007854*diam2) mbal (conversion of the BA of a stratum 2 stem to what it represents per ha) ubal (conversion of the BA of a stratum 1 stem to what it represents per ha) crat (crown ratio = (mht-bht)/mht) cdep (crown depth = mht-bht) stem2 (conversion of a stratum 2 stem to what it represents per ha) stem 1 (conversion of a stratum 1 stem to what it represents per ha) These and several other necessary calculations can be seen in Appendix C: no. 1, the SAS program which created the master data file. This master file contains data for 40 variables by 64,433 cases (trees), the total of all stems measured from 1991 through 1994 (57,040 live and 7,394 dead). 27

1.4.2 Stand Structure Analysis The most basic statistics describing stand structure were generated at three levels: 1) stand, 2) stratum by stand, and 3) species by stand and stratum. The statistics generated at each of these levels include those listed in the following table (note that some statistics were only generated for stratum one. This was because measurements were taken for stratum one only): Table 10: Basic Stand Structure Statistics 1. Diameter (mean and std. deviation) 2. Total Measured Height (mean and std. deviation 3. Crown Deth (mean and std. deviation, stratum 1 only) 4. Basal Area (totals) 5. Density (stems/ha - totals) Before analyzing the data, plots were made to get an idea of what the distributions looked like. Final versions of these plots were created by a SAS Proc Gchart (Appendix C, no. 3) procedure and the results are presented in two appendices. Appendix H contains diameter and height histograms by species across all stands. Appendix I contains diameter and height histograms by stand across all species in the stand. Results of stand structure statistical analyses are available in two Appendices. Stand level means and/or totals for the above variables are included as part of Appendix D: Stand Summary. Statistics for Basal Area and Density are further broken down in this table into statistics giving information on status or type such as total live stems/ha, BA conifer percent, etc. Means and totals of the above variables by stand, stratum, and further by individual species for live trees only, were created by the SAS Proc Tabulate procedure (Appendix C, no. 2) and are presented in Appendix E: Stand Structure by Stratum and Species. 1.4.3 Calculated Heights Analysis Because derivation of the biophysical parameter height is an image analysis goal, reliable estimates of tree heights was a biometric survey objective. Height is also an important variable because height and diameter are the two most important predictor variables for biomass, another image analysis goal. Most allometric biomass equations used some combination of the two variables. While diameter was measured for all trees, height was only measured on a subset of those because it is more time-consuming to measure. 28

Because there is a strong positive relationship between diameter and height, species-specific equations could be built using the subset of trees for which both variables were measured, and these equations could then used to predict the height of the remaining trees. As mentioned, some form of diameter is the most common predictor of height, and if species height equations were being built for each species in each stand separately, likely some form of diameter would be the sole predictor variable. However, in this analysis, it was desired to develop one set of species height equations which would work across all test stands. This introduces the problem of between-stand variability in the relationship between diameter and height for any given species. To address this issue, it was necessary to introduce a variable(s)in to the predicted height equations which would account for this variability between stands. The variables used were chosen on the hypothesis that two biological reasons for a varying relationship between diameter and height are site index and stem crowding or density. For example, in general it would be expected that given two red pine plantations with trees with approximately equal mean diameters, but one had a higher BA, that the stand with the higher BA would likely have taller trees. This is likely due to a higher site quality for the taller trees plus a taller, less branchy form for closely grown trees. For this reason, the following additional variables were used in developing species height equations: 1. stand total BA (TBA) 2. stand total BA^2 (TBA2) 3. stand total BA X diameter (DiamTBA) Similar variables based on stand density were also created. These proved less useful in most cases early in the development of the species height equations and so were dropped. An additional concern was the number of cases used to build each height predictior equation. Many species were represented by a large number of measurements. However, a number of species occurred very infrequently in the dataset and too infrequently to construct a valid height prediction equation for that species. Therefore, the infrequently occurring species were temporarily recoded to the most similar frequently occurring species. For example Fraxinus Nigra was recoded to be the same as Fraxinus Americana for the purposes of height predictor equation development only. The recode script is included in Appendix C, no. 4. 29

Having prepared the data, the next step was to hypothesize the most likely predictor equations. After several "dry runs" of creating different variable combinations, it appeared that the two most consistently best forms of equations were either a log-log type or a polynomial type. These in fact are two of the most widely applied forms for the diameter-height relationship and can be summed as: 1. Log-log (natural log): log Height = a + blogDiam 2. Polynomial: Height = a + bDiam + cDiamA2 The SAS program Proc Reg was used in a stepwise regression mode to suggest the best predictor equation by species for both types of equations. In both cases the appropriate (either untransformed or log-transformed) diam, diam2, tba, tba2, and diamtba were given as possible variables, and then the best set of variables at the 0.05 level of significance was chosen for each species for each of the two types. The initial output results from this procedure suggested that in some cases the polynomial form was better and in other cases the log form was better, based on the adjusted R2 and the MSE. However, after transforming the resultant log heights and regressing the predicted measured heights on the known measured heights, for all species the log model had adjusted R2 and MSE's which were equivalent or lower than the polynomial model. Therefore, a polynomial regression was used to develop equations for all species (Appendix C, no. 5). The resultant final equations are given in Table: 11: Height Prediction Equations. This procedure resulted in a calculated height for every live tree in the SAS datafile. However, in a number of cases, true measured heights existed. Therefore a step was taken to create a new, final, height variable called bioht which was the measured height for a tree if it existed, else it was the calculated height (Appendix C, no. 6). This height (bioht) was subsequently used for producing tables of height statistics and in the biomass equations. Appendix F: Heights, provides detailed height data including bioht means and standard deviations by stand, year, stratum, and species. One additional summary height variable was created which would be preferred for use with SAR image processing. A basal area weighted average height was calculated for each stand. This was done to counteract the effect that a significant number of smaller subdominant trees could have in lowering the 30

Table 11: Height Predlction Equations le~P~eCa~ "aniAlr ADJ.I 2 bpLCIF-5 muur-L. L ablbal.8875 acerub acespl tlame acesac alnrug ameapp ostvlr INTERCEP D1AM DIAM2 DIAMTBA INTERCEP DIAM DIAM2 TBA DIAMTBA INTERCEP DIAM DIAM2 TBA TBA2 DIAMTBA INTERCEP DIAM DIAMTBA INTERCEP DIAM DIAM2 TBA2 DIAMTBA INTERCEP DIAM2 INTERCEP DIAM DIAM2 INTERCEP DIAM DIAM2 DIAMTBA INTERCEP DIAM TBA -0.312317 0.810917 -0.008355 0.002640 -0.053945 0.985245 -0.019003 0.006302 0.009784 -0.472167 1.177551 -0.025605 0.065797 -0.001620 0.009196 0.377733 1.102191 -0.004568 0.852765 0.296181 0.015870 -0.000566 0.031192 1.196736 0.437723 0.656460 0.947649 -0.009799 0.548349 0.859468 -0.01 0753 0.007314 0.649879 0.684856 0.005883.8161.9418.7928.9205 aromel.7219.8609 betall betpap.9443.3372 corcor coralt corsto 31

Table 11 Cont'd SPFCIF:q mrnnpt AMAU 01 %or, F_- %.& I r- -j m lir-l I faggra.9409 fraame franig larlar picgla plcmar INTERCEP DIAM D IAM2 DIAMTBA INTERCEP DIAM DIAM2 DIAMTBA INTERCEP DIAM DIAM2 TBA2 DIAMTBA INTERCEP DIAM DIAM2 TBA2 INTERCEP DIAM DIAM2 TBA TBA2 INTERCEP DIAM DIAM2 DIAMTBA INTERCEP DIAM DIAM2 TBA TBA2 INTERCEP DIAM DIAM2 TBA TBA2 INTERCEP DIAM DIAM2 DIAMTBA 0.176495 0.974520 -0.011538 0.002528 -0. 149437 2.15570 1 *0.0441 45 -0.009090 -0.930448 1.337746 -0.020541 0.001539 -0.004876 -2.014485 0.965499 -0.011677 0.001340 -4.212692 1.245605 -0.019224 0.150598 -0.00 1285 0.152655 0.532980 -0.009915 0.017242 -0.657224 0.669415 -0.004735 -0.126088 0.008188 -7.1161 03 0.931696 -0.0083 13 0.415283 -0.005499 0.038512 0.914963 -0.022723 0.016074.9233.9361.9710.9183 pinban.8574 pinres.9184 pistr pinhyl.9098 popgra popbal popd-.9004 32

Table 11 CoM'd unnOi Aii i0,.,r -, --- —....,A ---l, nr I poptre.9364 prupen prusw pruvir pruspp querub queell alspp INTERCEP DIAM DIAM2 TBA TBA2 DIAMTBA INTERCEP DIAM DIAM2 TBA TBA2 DIAMTBA INTERCEP DIAM DIAM2 TBA2 DIAMTBA INTERCEP DIAM DIAM2 TBA TBA2 DIAMTBA INTERCEP DIAM INTERCEP DIAM DIAM2 INTERCEP DIAM2 DIAMTBA INTERCEP DIAM -0.868723 1.284616 -0.017115 0.069598 -0.000564 -0.001625 0.075151 0.441082 -0.044792 0.081080 -0.003192 0.047054 0.476589 0.397380 -0.005962 0.000371 0.012646 0.336147 0.800008 -0.075952 0.034101 -0.000737 0.006947 0.973919 0.344983 0.013757 0.831188 -0.010600 0.507701 -0.007108 0.017833 0.779214 0.597172.9672.8910.4787 Ilever ledgro loncan lonspp nemmuc samcan sampub sorame thuocc.3549.8714 taucan.8958 vibcas vibspp.4921 33

apparent mean height of the stand, including the dominant overstory trees. The calculation was as follows: ( nij(d2 Z)(hJ) (1) )ni*d 2 * I4 Where nij = the number of stems/ha of diam i and ht j, d = diameter (in m), and h = height (in m). This statistic, as well as those in Table 11 are summarized by stand in Appendix D: Stand Summary Statistics. 1.4.4 Stand Biomass Analysis Once heights were calculated for all files, all variables needed for the biomass estimation were available. The following tables lists general steps necessary in producing valid results for a number of biomass statistics. Table 12: Biomass analysis steps 1. Locate potential allometric biomass component equations for all species 2. Determine "best" biomass component equations for each species 3. Write SAS biomass estimation program to estimate biomass for each component of each individual tree 4. Write SAS programs to produce summary statistics by stand, stratum, and species, for each component and to produce stand totals such as summer total, winter total, conifer total etc. Potential stratum 1 (trees > 5 m) allometric biomass equations were assembled from those used in an initial analysis done at Michigan Technological University (MTU) and presented in reports of this analysis (References 1-3, and 4-12). Additionally, potential stratum 2 (1 m < trees < 5 m). equations were gathered from any of the above equations which might also be suitable for (e.g. were developed on) trees of the size found in our stratum 2 and from a recent publication (Perala and Alban) which reported biomass equations specifically developed for shrub and sapling trees (13). Curves for all of these species specific equations were plotted using a distribution of diameters from 0 to 50 cm and heights predicted from our height equation for that species. With this, any regression equations which were clearly "unusual" were found and dropped from further consideration. For stratum 1 some biomass equations used in the MTU analysis were retained l I I 34

and others were adopted from Perala and Alban. This process also confirmed that for stratum 2, the regression equations developed by Perala and Alban performed the best for all species. All equations used and their provenance, are reported in the following table 13. Biomass, Equations. The SAS program Biometric (Appendix C, no. 7) was written to calculate dry biomass in kg by biomass component (stem, branch, and foliage) for each tree in the SAS data file. Futher, the program calculates all the variables needed for additional programs to produce summary statistics by stand, including summer total, winter total, summer crown, and winter crown. Finally, the program also converts all of these to their per hectare bases. 1.4.5 Ground Cover Analysis As mentioned in sections in 1.3, Ground Cover Analysis preceded differently from the Stratum 1 and 2 analysis. The main objective for the ground cover measurement was to quantify the percent of substrate which was covered with living, green vegetation for each stand. This statistic was easily arrived at by calculating an average and standard deviation of ground cover percent based on the 120 measurements per stand. Gound cover percent by stand is given in Appendix D: Stand Summary Statistics. 35

Table 13: Biomass Equations SPECIES BIOMASS COMPONENT EQUATION ABIBAL STRATUM 1 (Perala, 1994) Bole y=0.005751 *(dA2.082)'(hA0.3834)1.331+0.02348*(dA1.926) '(hA0.76)*1.097 Branches y=0.02403*(d3.501 )'(hA1.2)*0.7111+0.001216' (dA2.306)*6.059 Foliage y=0.03583'(dA3.1 2)*(hA.1.099)*0.6333 STRATUM 2 (Perala, 1994) Bole y=0.08088'((1 0'sd)A2.662)/1000 Foliage y=0.11 93*((1 OsdyA2.23)/1000 ACERUB STRATUM I (Perala, 1994) ACESAC Bole y=0.021 02(dA2.191)*1.461+0.02347*(dAl.888)*(hAO.9912) ACEPEN Branches y=0.1072'(d"2.841 )*(hA,1.04)+0.0038*(dA2.337) ACESPI Foliage y=0.01 913*(dl.867)*0.4962 TILAME STRATUM 2 (Perala, 1994) Bole y=0.06242*((l 0*sd)A2.486)*(5A0.3991 )/1 000 Foliage y=-0.09901 *((1 Osd)A2.1 13)/1000 ALNRUG STRATUM I (Perala, 1994) Bole y=0.02O25 (dA2.246)*l.271+0.021 98'(dAl.865)'(hAl.046) Branches y=0.08248'(dA3.753) (hA11.847)+O.00091 94' (dA2.487) 0.1 909 Foliage y=0.07611 '(dA2.763)'(hA1.483) STRATUM 2 (Perala, 1994) Bole y=0.0298'((l O'sd)A2.666)'(5AO.4243)/1 000 Foliage y=0.08227'((l O'sd)A2.058)/1000 AMESPP STRATUM 1 (Crow and Erdmann, 1983) AROMEL Bole y=EXP(-2.943+0.878*LN((dA2)*h)); OSTVIR Branches y=EXP( -6.128+1.087'LN((dA2)'h)); SORAME Foliage y=EXP( -3.648+0.556*LN((d&2)*h)); STRATUM 2 (Perala, 1994) Bole y=0.163'((1 0'sd)A2.494)/1000 Foliage y=0.l07'((10*sd)AI.925)/1000 BETALL STRATUM I (Perala, 1994) Bole y=0.01 445'%&2.451 )+0.05481 '(dA2.619) Branches y=0.01 748'(dA2.55)+0.00091 94'(dA2.487) Foliage y=0.00696*(dA2.003) STRATUM 2 (Perala, 1994) Bole y=0.0298'((l 0'sd)A2.666)*(5A0.4243)/1 000 Foliage y=0.08227*((l O'sd)2.058)/1000 BETPAP STRATUM I (Perala, 1994) Bole y=O0.02l198'(dA2.21 5)'1.265+0.0221 4'(dAl.857)'(h"1.048) Branches y-0.O89O8*(dA3.772)*(h-l.893)+0.0008746 *(dA2.496)*0 1 971 Foliage yO —0-852*(dA2.744)*(hAl.51) STRATUM 2 (Perala, 1994) Bole y=0.02373'((1 0'sd)A2.687)(5A0.4838)/1 000 Foliage y=0.06l32'((1 Osd)A2.174)/1000 36

Table 13 Con'td SPECIES BIOMASS COMPONENT EQUATION CORCOR STRATUM I (Ker, 1980) Bole y=EXP(-3.0782+1.8482~LN(d)+0.8715'LN(h)); Branches y=EXP(-2.0235+3.4366'LN(d)-1.643~LN(h)); Foliage y=EXP(-4.1049+1.7241 *LN(d)); STRATUM 2 (Perala, 1994) Bole y=0.04544*((1l0*sd)A2.848)*(5A0.1594)/1000 Foliage y=0.07188~((10~sd)A2.244)/1000 CORSTO STRATUM 2 (Perala, 1994) CORALT Bole y=0.05237*((1 0*sd)A2.663)*(5A0.2258)/1000 ILEVER Foliage y=0.1615~((10~sd)A1.985)*(5A-0. 1682)/1000 NEMMUC FAGGRA STRATUM I (Ker, 1980) Bole= EXP(-2.9936+1.8565'LN(d)+0.8336*LN(h)); Branches=EXP(-3.5982+2.3708*LN(d)); Foliage=EXP(-3.7607+1.6303*LN(d)); STRATUM 2 (Perala, 1994) Bole y=0.05237*((1l0*sd)A2.663)*(5A0.2258)/1000 Foliage y —0.1615*((10*sd)A 1.985)*(5A-0.1 682)/1 000 FRAAME STRATUM I (Ker, 1980) FRANIG Bole y=EXP(-2.75+2.0199*LN(d)+0.5412*LN(h)); Branches y=EXP(-1.3458+3.4031'LN(d)-1.9487'LN(h)); Foliage y=EXP(-3.043+2.3071 *LN(d)-0.9888*LN(h)); STRATUM 2 (Perala, 1994) Bole y —0.05041 *((1 0*sd)A2.545)*(5AO.34)/1000 Foliage y=0.07334*((1l0*sd)A2.088)/1000 LONSPP STRATUM 2 (Perala, 1994) LONCAN Bole y —O.1 115'(sdA2.749) LEDGRO Foliage y=0.1 176*(sdf1.891) SAMCAN SAMPUB VIBCAS VIBSPP PICGLA STRATUM I (Perala, 1994) Bole y —0.01014*(dAl.509)*(hAO.783)*1.177+0.03123*(dA1.783) *(hAO9.26)0.8345 Branches y=.07316*(dA3.53)*(hA-1.784)*0.6615+0.03095 '(dAl.002)*(hAl.103)*0.6338 Foliage y —0.03064*(dA2.787)*(hA0.7147) STRATUM 2 (Perala, 1994) ABIBAL equations used PICMAR STRATUM 1 (Grigal and Kemick, 1984) LARLAR Bole y=0.1 183*(cdA2.26); Branches y=(0.0251 (dA2))+(0.0004*(dA3.324)); Foliage y —0.061 *(dA1.411); STRATUM 2 (Perala, 1994) ABIBAL equations used 37

Table 13 Cont'd SPECIES BIOMASS COMPONENT EQUATION PINBAN STRATUM 1 (Perala, 1994) Bole y=0.01 57*(dAl.775)*(hA0.3952)1l.294+0.01 395*(dAl.709) *(hAl.327) Branches y=0.002956'(dA2.83)+0.2391 *(dA2.943)*(hA-1.769)*0.3556 Foliage y=0.0008988&(dA2.903)*1.569 STRATUM 2 (Perala, 1994) ABIBAL equations used PINRES STRATUM I (Perala, 1994) Bole y=0.01 408'(dJA2.09)+0.021 37*(d&1.809)'(hAl.037)*0.8823 Branches y=0.031 1 8(dA~4.098)*(hA-2.271 )'0.6497+0.0005819 *(dA2.71 4)*4. 199 Foliage y=0.0006622*(dA3.122)*1.313 STRATUM 2 (Perala, 1994) ABIBAL equations used PINSTR STRATUM I (Ker, 1980) Bole y=EXP(-3.202+1.899*LN(d)+0.724*LN(h)) Branches y=EXP(-2.6466+1.7086*LN(d)) Foliage y=_EXP(-2.6925+1.4653*LN(d)) STRATUM 2 (Perala, 1994) ABIBAL equations used POPGRA STRATUM I (Koerper and Richardson, 1980) Bole y=-0.001 *(EXP(3.58 42.6544*(lN~(d))) +EXP(3.4255+2.2034*(LN(d)))) Branches y=-0.001 '(EXP(0.5799+2.9459'(LN(d))) +EXP(-0.4643+2.938*(LN(d)))) Foliage y=-0.001 '(EXP(1l.2846+2.1 483*(LN(d))) +EXP(-1.6095+2.3834*(LN(d)))) STRATUM 2 (Perala, 1994) Bole y=-0.l671'(1 0*sd)A2.329)/1000 Foliage y=O0.2266'((l 0'sdyA2.068)*(3A-0.5506)/1 000 POPTRE STRATUM 1 (Koerper and Richardson, 1980) Bole y=-0.O0l1'(EXP(3.5894+2.6544*(LN(d))) +EXP(3.4255+2.2034'(LN(d)))) -Branches y=-0.001 *(EXP(0.5799+2.9459*(LN(d))) +EXP(-0.4643+2.938*(LN(d)))) Foliage y=-0.00l *(EXP(1.2846+2.1483'(LN(d))) +EXP(.1.6095+2.3834'(LN(d)))) STRATUM 2 (Perala, 1994) Bole y=0.07789*((l 0'sd)A2.563)*(3I0.1 107)/i1000 Foliage y=-0.083381(( 0~sdyA2.248)*(3AI'0.4375)/1 000 PRUSER STRATUM I (Crow and Erdman, 1983) PRUPEN Bole y=EXP(..2.943+0.878*LN((d"2)'h)); PRUVIR Branches y=EXP( -6.128+1.087*LN((dA~2)'h)); PRUSPP Foliage y=EXP( -3.648+0.556'LN((dA2)*h)); STRATUM 2 (Perala, 1994) Bole y=0.l1263*((1 0*sd)A2.496)/1 000 Foliage y=-0.O3475'((l 0'sd)A2.51 2)/1000 38

Table 13 Con'td SPECIES BIOMASS COMPONENT EQUATION QUERUB STRATUM I (Perala, 1994) QUEELL Bole y=0.004408*(dA2.047)*(hA0.8264)+0.02635'(dA1.88)*(hA0.979) Branches y=0.01684~(dA2.514)+0.000478'(dA3.125) Foliage y=0.04801*(dA1.455) STRATUM 2 (Perala, 1994) Bole y=0.06487~((10'sd)A2.836)/1000 Foliage y=0.1018'((10'sd)^2.152)/1000 SALSPP STRATUM 1 (Koerper and Richardson, 1980) Bole y=0.001 (EXP(3.5894+2.6544*(LN(d))) +EXP(3.4255+2.2034'(LN(d)))) Branches y=0.001 *(EXP(0.5799+2.9459*(LN(d))) +EXP(-0.4643+2.938'(LN(d)))) Foliage y=0.001 (EXP(1.2846+2.1483*(LN(d))) +EXP(-1.6095+2.3834'(LN(d)))) STRATUM 2 (Perala, 1994) Bole y=0.04262'((10 sd)A2.705)*(5A0.2872)/1000 Foliage y=0.07912'((1 0sdr)2.14)/1000 THUOCC STRATUM 1 (Perala, 1994) Bole y=0.009025*(dA1.896)'(hA0.39)+0.04475*(dA1.851)*(hA0.5099) Branches y=0.006964*(dA2.599)+0.03812*(dA1.472) Foliage y=0.01001 (dA2.303) STRATUM 2 (Perala, 1994) ABIBAL equations used TSUCAN STRATUM 1 (Ker, 1980) Bole y=EXP(-3.0535+1.8174*LN(d)+0.7576*LN(h)); Branches y=EXP(-2.1353+2.9165*LN(d)-1.4459*LN(h)); Foliage y=EXP(-2.5014+2.5251 *LN(d)-1.2168+LN(h)); STRATUM 2 (Perala, 1994) ABIBAL equations used In the above equations, y is defined as biomass on a dry-weight basis (kg), d is diameter at breast height (cm), sd is diameter at 15 cm. (cm), h is total height (m). In the cases where several species are listed beside one biomass equation, it can be assumed that the equation was developed for the first species listed. The same equation was used to estimate biomass for other species which follow because no published equations were available. 39

2 References 1Structure, Composition and above-ground biomass of SIR-C/ERS-1 sample stands at Pellston and Raco, Michigan, USA, 1990-91. 2Structure, Composition and above-ground biomass of SIR-C/ERS-1 sample stands at Raco, Michigan, USA, 1992. 3Structure, Composition and above-ground biomass of SIR-C/ERS-1 sample stands at Raco, Michigan, USA, 1993. 4Alban, D.H. and P.R. Laidly. 1982. Generalized biomass equations for jack and red pine in the Lake States. Can J. For. Res. 12:913-921. 5Alemdag, I.S. 1982. Aboveground dry matter of jack pine, black spruce, white spruce and balsam fir trees at two localities in Ontario. For. Chron. 58:26-30. 6Crow, T.R. and G.G. Erdmann. 1983. Weight and volume equations and tables for red maple in the Lake States. USDA For. Serv. Res. Pap. NC-242. 14 pp. 7Green, D.C. and D.F. Grigal. 1978. Generalized biomass equations for jack pine (Pinus banksiana Lamb.). Minnesota Forestry Research Notes, No. 268. 4 pp. 8Grigal, D.F. and L.K. Kemik. 1984. Generality of black spruce biomass estimation equations. Can. J. For. Res. 14:468-470. 9Ker, M.F. 1980. Tree biomass equations for seven species in southwestern New Brunswick. Can. For. Serv. Maritime Forest. res. Center Inf. Rep., M-X114. 10Koerper, G.J. and C.J. Richardson. 1980. Biomass and net annual primary production regressions for Populus grandidentata for three sites in northern Lower Michigan. Can. J. For. Res. 10:92-101. 11Schmitt, M.D.C. and D.F. Grigal. 1981. Generalized biomass estimation equations for Betula papyrifera Marsh. Can. J. For. Res. 11:837-840. 12Wiant, H.V., Jr., F. Castaneda, C.E. Sheetz, A. Colaninno and J.C. DeMoss. 1979. Equations for predicting weights of some Appalachian hardwoods. W. Va. Univ. Agr. and For. Exp. Sta. Bull. 659-T 1-36. 13Perala, D.A. and D. H. Alban. 1994. Allometric Biomass Estimators for Aspen-Dominated Ecosystems in the Upper Great Lakes. USDA For. Serv. Res. Pap. NC-314. 38 pp. 40

APPENDIX A: RACO SITE DETAILED STAND DESCRIPTIONS

I

Stand 22 (D —Red Dine —saolina (C55-S35) Raco Airfield, NW corner. Entrance to airport is south off M-28, 0.1 mi. west of Rt. 3157. Baseline starts 30 m. down from NW corner of airfield and runs along stand edge on azimuth of 155 deg. Transect #1 begins at m. 30 on the baseline and runs on 110 deg. azimuth. Sample points begin a minimum of 20 m. from the baseline (plantation edge), except for transect #5 where the minimum was 30 m. Location of the first sample point on the transects is 19, 23, 4, 6, and 9 m. beyond the minimum distance, respectively. Stand 23 (G) —Mature red and white pine (C88-S2) Rt. 3131, 4.7 mi. south of M-28 and 0.3 mi. S of fish hatchery (Rt. 3134) at 2 red pine boundary trees (marked in red) on east side of road, then left onto Rt. 3131J for 100 m. to start of transect. Baseline runs of azimuth of 120 deg., 25 m. in from forest trail 3131J. Transect #1 starts at m. 5.0 on the baseline and runs on az. of 30 deg. Location of the first sample point on the transects is 6, 4, 6, 5, and 2 m. beyond the baseline, respectively. Stand 24 (I)-Jack pine —mature (C29-S6) Take M-28 1 mi. W of Raco, then right (N) for 0.5 mi. on Rt. 3154 to intersection of Rt. 3364. Stand is to the NW. Baseline runs on az. of 90 deg, 30 m. in from edge, starting 250 m. W of Rt. 3364. First transect starts at m. 15 on the baseline and runs on az. of 0 deg. Location of the first sample point on the transects is 8, 7, 24, 8, and 5 m. beyond the baseline, respectively. Stand 25 (K) —Red and white pine-mature (C88-S2) Just north of Stand G, on Rt. 31311, which leaves Rt. 3131 less than 0.1 mi. S of Fish Hatchery Rd. (#3134); proceed E on Rt. 31311 for 0.17 mi. Baseline runs 300 deg az, ca. 15 m. in from edge of forest trail. Transect #1 starts at m. 12 on baseline and runs on an az. of 180 deg. Location of the first sample point on the transects is 1, 4, 22, 18, and 23 m. beyond the baseline, respectively. Stand 26 (L-Black spruce —mature (C82-S18) Rt. 3352, N side of road, 4.7 mi. E of Rt. 3131; 0.2 mi. W of Cedar Creek and 0.8 mi. W of Rt 3130. Baseline runs along road on az. of 60 deg.; transect #1 starts at m. 37 and runs on az. of 0 deg., with first point a min. of 30 m. in from edge. Location of the first sample point on the transects is 16, 8, 3, 23, and 22 m. beyond the minimum distance, respectively. Stand 27 (M)-Jack pine-mature (C27-S15) Along N side of M-28, 2.6 mi. W of Rt. 3157 and 0.45 mi. E of Rt 3161. Baseline runs of az of 90 deg, along stand edge. Transect #1 starts at m. 32 along baseline and runs of az of 10 deg with first point a min. of 30 m. in from stand edge. Location of the first sample point on the transects is 10, 11, 22, 9, and 22 m. beyond the minimum distance, respectively.

Stand 28 (N) —Northern hardwoods —mature (C35-S11) Take Rt. 3161 2.6 mi. N of M-28 to Rt. 3161 B, turn E (right) and go 0.35 mi., S side of road. Baseline runs along forest edge on 270 deg az. Transect #1 starts at m. 14 on baseline and runs on180 deg az.; first sample point starts at minimum distance of 30 m. from forest edge. Location of the first sample point on the transects is 23, 12, 15, 11, and 4 m. beyond the minimum distance, respectively." Stand 29 (O) —Northern hardwoods —mature (C35-S11) 0.1 mi. N and E of Stand N, on E side of trail. Baseline runs along forest edge on 0 deg az. Transect #1 starts at m. 31 along baseline and runs on az of 270 deg.; min. distance to first plot is 30m. Location of the first sample point on the transects is 22, 23, 1, 6, and 3 m. beyond the minimum distance respectively. Stand 30 (P —N. white-cedar + Mixed conifer —mature (C42-S42)** Rt. 123, W side of road, 4.0 mi. N of m. 28, 1.8 mi. N of E Branch of Tahquamenon R. crossing, 0.35 mi. N of Number 14 Creek Crossing. Baseline runs along stand edge on az. of 355 deg. Transects are ordered 6, 5, 1, 2, and 3 along the baseline. Transect # 6 starts at m. 10 along baseline and runs of an azimuth of 270 deg., with first sample point a min. of 30 m. from the edge. Location of the first sample point on the transects is 13, 23, 7, 11, and 14 m. beyond the minimum distance, respectively. Stand 31 (Q) —Northern hardwoods —pole (C20-S8) W side of Rt. 3159, 0.2 mi. N of Rt. 3156. Baseline runs along stand edge on az of 180 deg. Transect #1 starts at m. 19 along the baseline and runs on az of 90 deg, with first sample point a min. of 30 m. from the edge. Location of the first sample point on the transects is 1, 24, 3, 22, and 21 m. beyond the minimum distance, respectively. Stand 32 (R) —N. white-cedar —mature (C12-S21) Along S side of Rt. FH42, 3.4 mi. W of intersection with Rt, 3159. Baseline starts 40 m. in from edge of forest and runs on az of 270 deg. Transect #1 begins at m. 26 on the baseline and runs on az of 180 deg. Location of the first sample point on the transects is 4, 1, 3, 9, and 4 m. beyond the baseline, respectively. Stand 33 (S) —Aspen —sapling (C20-S10)* On Rt. 3156, 0.15 mi. W of intersection with Rt. 3159. Original baseline ran along stand edge on az. of 115 deg for a distance of 320 m. Transect #1 started at m. 14 along baseline on an az. of 0 deg.; first sample point was a min. of 20 m. from the edge. There were 8 transects with 5 sample points per transect. Due to stand irregularities, transects 9 and 10 were added (with 4 points per transect) to the west of transect #1 to compensate for missing plots on Transects 6, 7, and 8, which now contain 1, 2, and 4 points, respectively. Transect #9 starts 33 m. W of a logging trail which runs on an az of 20 deg. Location of the first sample point is 22, 15, 18, 13, 20, 19, 10, 16, 17, and 1 m. beyond the minimum distance for transects 1-10 respectively. A-2

Stand 34 — Asen-mature (Cl 9-S24)** On N side of Rd. opposite Stand S, starting 75 m. W of intersection with Rt. 3161. Baseline runs along stand edge on az. of 295 deg. Transect #1 starts at m. 39 on the baseline and runs on an az of 205 deg; first sample point is a minimum of 30 m. from the edge. Transect #5 has only 5 points because of space constraints. Location of the first sample point on the transects is 7, 13, 8, 16, and 6 m. beyond the minimum distance, respectively. Stand 35 E(U-Jack pine-mature (C55-S20) S side of M-28, 0.7 mi. E of Raco airfield (main entrance). Baseline runs along stand edge, on az. of 260 deg. Transect #1 begins at m. 11 and runs on az of 180 deg.; first sample point is min. of 30 m. from stand edge, except for transects 3 and 4 where the minimum is 20 m. On transect #3, sample point 5 was moved to m. 183 to avoid a road, with points 6-8 located at 25 m. intervals thereafter. Transect #5 was destroyed in 1991 and thus was moved 40 m. to the left of transect #1. Offset distances of sample points on the transects were not recorded. Stand 36 (V)-Jack oine-sapling (C47-S36, C48-S24) Junction of Routes M-28 and 3157, NW sector. Baseline runs along W side of Rt. 3157, on az of 355 deg. Transect #1 starts at m. 16 along baseline and runs of an az. of 270 deg.; first sample point is min. of 20 m. from stand edge. Location of the first sample point on the transects is 22, 9, 19, 15, and 16 m. beyond the minimum distance, respectively. Stand 37(W) —Jack pine-seedling (C32-S17)** On USFS Rt. 3036, 0.53 mi. W of junction with Rt. 3018 and 0.03 mi. W of junction with Rt, 3039. Baseline runs along S side of Rt. 3036, on az. of 270 deg.; m. 200 on baseline is 33 m. E of W edge of stand. Transect #1 starts at m. 23 along the baseline and runs of an az. of 180 deg.; first sample point is min. of 20 m. from the baseline. Location of first sample point on the transects is 19, 20, 13, 18, and 15 m. beyond the minimum distance, respectively. Back quarter of area has somewhat undulating topography. Scattered residuals in the overstory were removed on July 29, 1992, five days following sampling of vegetation. Stand 38 (X)-Jack pine-sapling (C31-S50) On Rt. 3036, 0.25 mi. E of junction with Rt. 3018. Baseline runs along the N side of Rt. 3036, on az. of 90 deg.; m. 200 on the baseline is 61.8 m. W of the E edge of the stand. Transect #1 starts at m. 5 along the baseline and runs on an az. of 20 deg.; first sample point is min. of 10 m. from the baseline. Location of first sample point on the transects is 5, 16, 3, 13, and 7 rr. beyond the minimum distance, respectively. A-3

Stand 39 (Y) —Jack nine —seedlina (C32-S78)* On Rt. 3366, 0.5 mi. E of junction with Rt. 3018. Baseline runs along the S side of Rt. 3366, on az. of 270 deg.; baseline starts 105 m. W of E edge of stand. Transect #1 starts at m. 14 along the baseline and runs on an az, of 195 deg.; first sample point is a min. of 20 m. from the baseline. Location of first sample point on the transects is 22, 8, 24, 1, and 3 m. beyond the minimum distance, respectively. Used blue flags (instead of yellow) to mark middlestratum plot centers, starting at point 6 on Transect #4. On Transect #5, starts dropping off into a lower area at about m. 160. Scattered residuals in the overstory were removed on July 29, 1992, two days following sampling of vegetation. Stand 40 (Z) —Red pine —saplin (C29-R18)** On Rt. 3366, 0.25 mi. E of junction with Rt. 3041. Baseline runs along the N side of Rt. 3366 for a distance of 440 m, on az. of 120 deg.; baseline starts 38 m. E of W edge of stand, while m. 440 on baseline is 42 m. W of E end of stand. There are 9 transects along the baseline, with a variable number of sample points per transect to accommodate the irregular shape of the stand. The number of points are 3, 2, 3, 3, 6, 7, 7, 6, and 3 respectively.. Transect #1 starts at m. 38 along the baseline and runs on an az. of 30 deg.; first sample point is a min. of 10 m. from the baseline. Location of first sample point on the transects is 22, 11, 10, 21, 23, 1, 23, 6, and 22 m. beyond the minimum distance, respectively. Stand 41 (AA) —Red pine —saplina (C54-S10 & 15)" On Rt. 3131,0.85 mi. SW of junction with M-28. Baseline starts 200 m. from the NW comer of the stand and runs along the S edge of Rt. 3131 on az. of 228 deg. for a distance of 300 m. Transect #1 starts at m. 11 on the baseline and runs on an az. of 90 deg.; first sample point is a min. of 20 m. from the baseline. There are a total of 7 transects. Transects 1 and 2 contain 3 sample points each (because of open vegetation toward the back), while Transect 7 contains 2 sample points to bring the total number of points in the area to 40. Location of first sample point on the transects is 4, 1, 3, 8, 16, 7 (?), and 5 (?), m. beyond the minimum distance, respectively. Blue flags (instead of yellow) were used to mark middle-stratum plot centers. Stand 42 (BB) —Jack ine —saling (C80-S45) Take Rt. 3132 0.6 mi. W of junction with Rt. 3131, then turn left (south) on spur road and go 90 m. Baseline begins 20 m. to the right (W) of the spur road and runs along the edge of the stand on an az. of 240 deg. Transect #1 starts at m. 36 on the baseline and runs on an az. of 170 deg.; first sample point is a min. of 20 m. from the baseline. Location of the first sample point on the transects is 5, 14, 5, 24, and 8 m. beyond the minimum distance, respectively. A-4

Stand 43 (CC)-Red pine-mature (C58-S9)** SE of junction of M-28 and Rt. 3548. Baseline starts 230 m. from the NW corner of the stand (at road junction) and runs along the north edge of the stand on an az. of 270 deg. Transect #1 begins at m. 7 on the baseline and runs on an az. of 160 deg.; first sample point is a min. of 30 m. from the baseline. Location of first sample point on the transects is 6, 12, 18, 7, and 20 m. beyond the minimum-distance, respectively. There is some slightly undulating topography throughout the area. Old N-S and E-W logging roads bisect the transects. The last approximately 50 m. of the transects are inclined upwards. The last half of transect #1 has thick hazel growth in the understory, suggesting a change in ecosystem conditions. Stand 44 (DD) —Black spruce —mature (C60-S67)** Take Rt. 3025 1 mi. NE of junction with Rt. 3159 and turn right (E) on Rt. 3025B; take Rt. 3025B ESE for 0.25 mi. and then walk another 175 m. on this road to the edge of the stand. Baseline starts 30 m. in from the W edge of the stand and runs along the N edge of the road on an az. of 98 deg. A sixth transect was added beyond transect #5 to replace transect #1. Transect #2 begins at m. 71 on the baseline and runs on an az. of 38 deg.; first sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 8, 6, 17, 7, and 3 m. beyond the minimum distance, respectively. Stand 45 (EE-Aspen —salina (C20-R30) Take Rt. 3156 0.9 mi. NW of junction with Rt. 3159, turn right (NE) onto spur road for 75 m. to W-central edge of stand. Baseline starts 20 m. in from spur road and runs along the edge of the stand on an az. of 152 deg. Transect #1 begins at m. 9 on the baseline and runs on an az. of 36 deg.; first sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 15, 8, 7, 10, and 17 m. beyond the minimum distance, respectively. Wire flags marking sample points are reversed, with yellow at the upper stratum plot center and red at the middle stratum plot centers. Rebars may be absent at the ends of the baseline. There are scattered individuals in the overstory which have not been removed as of 10-19-92 (ditto for 7/94). Stand 46 (GG) —Northem hardwoods —mature (C13-S33) On Rt. 3150, 4.35 mi. W. of junction with Rt. 3160 and 1.0 mi. W of Roxbury Creek. Baseline runs along the NE side of Rt. 3150, on an az. of 144 deg. Transect #1 begins at m. 11 on the baseline and runs on an az. of 54 deg.; first sample point is a min. of 20 m. from the baseline. Because of flanking ravines, only transects 2-5 were used, with 8, 11, 11, and 10 sampling points, respectively. Location of first sample point on the transects is 5, 5, 1, and 17 m. beyond the minimum distance, respectively. A-5

Stand 47 (HH,-Aspen —pole (C12, near S 29)" On private land owned by the Naomikong Hunt Club (T47N, R5W, Sect. 19). On Rt. 3150, 0.825 mi. NW of junction with Rt. 3160. Baseline runs along the NE edge of Rt. 3150, on an az. of 130 deg. There were a total of 8 transects, with 4, 4, 4, 3, 3, 3, 4, and 3 sample points, respectively, necessitated by the floodplain of the Naomikong River traversing the back of the area. Transect #1 begins at m. 15 on the baseline and runs on an az. of 40 deg.; first sample point is a min. of 30 m. from the baseline. Location of first sample point on the transects is 6, 14, 8, 11, 10, 1, 2, and 7 m. beyond the minimum distance, respectively. Stand 48 (l1-Aspen —mature (C18-S22)* On Rt. 3150, immediately NW of junction with Rt. 3160. Baseline runs along the NW edge of Rt. 3150, 20 m. from the SE corner of the stand, on an az. of 324 deg. Transect #1 begin at m. 31 on the baseline and runs on an az. of 270 deg.; first sample point is a min. of 30 m. from the baseline. Location of first sample point on the transects is 19, 20, 18, 13, and 17 m. beyond the minimum distance, respectively. Transects traverse or parallel several small elliptical mounds in the area. These mounds are about 20 m. wide and of variable length and orientation. Stand 49 (JJ)-Aspen —salin (C21-S9 & 10)* On Rt 3640, 0.3 mi. NE of junction with Rt. 3156. Baseline starts 40 m. from the NE comer of the stand and runs on an az. of approx. 230 deg. along the NW edge of the stand. Transect #1 begins at m. 36 on the baseline and runs on an az. of 100 deg.; first sample point is a minimum of 20 m. from the baseline. Due to size limitations, only 38 sample points were established along 5 transects, with 5, 6, 8, 10, and 9 sample points, respectively. Location of first sample point of the transects is 10, 4, 7 (17?), 3, and 9 m. beyond the minimum distance, respectively. On transect #5 a truck trail passes between sample points 3 and 4, thus moved point #4 20 m. down the transect. Stand 50 (KK) —Red pine —mature (C21-S8)** On Rt. 3156, 0.33 mi. SE of junction with Rt. 3159. Baseline starts 40 m. from W edge of stand and runs along N side of Rt. 3156, on an az. of 118 deg. Transect #1 begins at m. 9 on the baseline and runs on an az. of 360 deg.; first sample point is a min. of 20 m. from the baseline. Because of stand irregularities, transect #5 was skipped and a sixth transect added. The number of sample points per transect is 6, 8, 8, 9, and 9, respectively. Location of first sample point on the transects is 11, 1, 12, 16, and 3, respectively. Stand 51 (LL-Red oine-saplin (C50-S17) Immediately SW of junction of Rts. 3581 and 3578. Baseline starts 30 m. from NW corner of stand and runs on an az. of 270 deg. along its N border (S edge of Rt. 3581). Transect #1 begins at m. 31 on the baseline and runs on an az. of 200 deg.; first sample point is a min. of 30 m. from the baseline. Location of first sample point on the transects is 24, 4, 9, 15, and 11 m. beyond the minimum distance, respectively. A rebar is missing on one end of the baseline. A-6

Stand 52 —Red pine-mature (C49-S25) On FS 3040, m. 0.0 is 200 m. south of junction with FS 3364. Baseline runs along the east side of 3040, on an az. of 180 deg. Transect #1 begins at m. 15 on the baseline and runs on an az. of 95 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 10, 25, 10, 3, and 13, m. beyond the minimum distance, respectively.' Stand 53-Aspen (upland —mature (C29-S34&35) On FS 3622, m. 0.0 is 30 m. west of junction with FS 3154. Baseline runs along the south side of 3622, on an az. of 270 deg. Transect #1 begins at m. 13 on the baseline and runs on an az. of 180 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 9, 10, 16, 14, 15, 16, 8, and 3 m. beyond the minimum distance, respectively. The stand shape is irregular with 8 transects having 5 plots each. Stand 54 —Jack pine —sapling (C31-S38) On FS 3018, m. 0.0 is 0.3 mi. south of junction with FS 3036. Baseline runs along the east side of 3018, on an az. of 180 deg. Transect #1 begins at m. 7 on the baseline and runs on an az. of 87 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 9, 15, 12, 15, and 6 m. beyond the minimum distance, respectively. Stand 55 —Jack ine-saDlina (C31-S52) On north side of FS 3366, a reference point is 0.3 mi. east of junction with FS 3018. From reference point, baseline m. 0.0 is 62.5 m. into the forest at an az. of 18 deg. Transect #1 begins at m. 36 on the baseline and runs on an az. of 288 deg. First sample point is a minimum of 0 m. from the baseline. Location of first sample point on the transects is 6, 25, 11, 3, and 5 m, respectively. Stand 56 —Jack Pine-pole (C31-S62) On FS 3018, m. 0.0 is 40 m. south of junction with FS 3037. Baseline runs along the east side of FS 3018, on and az. of 180 deg. Transect #1 begins at m. 18 on the baseline and runs on an az. of 90 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 3, 6, 22, 2, and 6 m. beyond the minimum distance, respectively. Stand 57 —Aspen (upland) —mature (C31-S4) On FS 3156, m. 200 is 0.40 mi. east of junction with 3018. Baseline runs along the south side of 3156, on and az. of 270 deg. Transect #2 begins at m. 54 on the baseline and runs on an az. of 180 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 3, 3, 19, and 22 m. beyond the minimum distance, respectively. The stand shape is irregular with 4 transects (T2-T5) having 10 plots each. A-7

Stand 58-Jack pine —saDlina (C49-S33) On FS 3040, m. 200 is 20 m. south of junction with FS 3364. Baseline runs along the west side of FS 3040, on an az. of 0 deg. Transect #1 begins at m. 11 on the baseline and runs on an az. of 270 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 19, 24, 18, 9, and 18 m. beyond the minimum distance, respectively. Stand 59 —Jack pine —sapling (C48-S5) On FS 3040, m. 200 is 0.2 mi. west of junction with FS 3018. Baseline runs along the south side of FS 3040, on an az. of 269 deg. Transect #1 begins at m. 30 on the baseline and runs on an az. of 180 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 6, 20, 6, 17, and 22 m. beyond the minimum distance, respectively. Stand 60 —Jack pine —ole (C48-S24) On FS unmarked road, stand is bordered, on the west, by FS 3157. Baseline runs along the north side of FS unnamed road, on an az. of 68 (or 58?) deg. Transect #1 begins at m. 7 on the baseline and runs on an az. of 354 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 4, 8, 7, and 5 m. beyond the minimum distance, respectively. The stand shape is irregular, with four transects having 10 plots each. Stand 61 —Jack ine —mature (C48-S13) On FS 3040, m. 0.0 is 50 m. west of junction with FS 3039. Baseline runs along the south side of FS 3040, on an az. of 88 deg. Transect #1 begins at m. 24 on the baseline and runs on an az. of 180 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 15, 6, 6, 22, and 2 m. beyond the minimum distance, respectively. Stand 62 —Jack pine —ole (C48-S 1) On FS 3039, m. 200 is 30 m. north of junction with unmarked road, 0.25 mi. south of FS 3040. Baseline runs along the east side of FS 3039, on an az. of 180 deg. Transect #1 begins at m. 26 on the baseline and runs on an az. of 95 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 5, 14, 23, 23, and 12 m. beyond the minimum distance, respectively. Stand 63 —Jack pine —pole (C48-S15) On FS 3040, m. 200 is 20 m. west of m. 200 of Stand 141. Baseline runs along the north side of FS 3040, on an az. of 89 deg. Transect #1 begins at m. 15 on the baseline and runs on an az. of 0 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 10, 22, 3, 9, and 13 m. beyond the minimum distance, respectively. A-8

Stand 64 —Jack Dine-pole (C49-S4) On FS 3040, m. 200 is 0.1 mi. east of junction with FS 3018. Baseline runs along the south side of FS 3040, on an az. of 267 deg. Transect #1 begins at m. 26 on the baseline and runs on an az. of 180 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 14, 24, 20, 17, and 7 m. beyond the minimum distance, respectively. Stand 65 —Jack pine —pole (C32-S33) On FS 3364, m. 200 is 0.1 mi. west of junction with FS 3018. Baseline runs along the north side of FS 3364, on an az. of 90 deg. Transect #1 begins at m. 32 on the baseline and runs on an az. of 0 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 11, 9, 0, 29, and 16 m. beyond the minimum distance, respectively. Stand 66 —Jack pine —seedling (C32-S21) On FS 3037, m. 160 is 0.2 mi. west of junction with FS 3018. Baseline runs along the north side of FS 3037, on an az. of 270 deg. Transect #1 begins at m. 29 on the baseline and runs on an az. of 36 deg. (Road crosses baseline at 50 m. mark.) First sample point is a minimum of 80 m. from the baseline. Location of first sample point on the transects is 13, 14, 2, and 25 m. beyond the minimum distance, respectively. The stand shape is irregular with 4 transects having 10 plots each. Stand 67 —Jack pine-mature (C32-S22) On FS 3036, m. 200 is 0.3 mi. west of junction with FS 3018. Baseline runs along the north side of FS 3036, on an az. of 90 deg. Transect #1 begins at m. 24 on the baseline and runs on an az. of 0 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 4, 8, 14, 8, and 22 m. beyond the minimum distance, respectively. Stand 68 —Red pine-ole (C49-S9) On FS 3040, m. 0.0 is 0.8 mi. east of junction with FS 3018. Baseline runs along the north side of FS 3040, on an az. of 90 deg. Transect #1 begins at m. 29 on the baseline and runs on an az. of 355 deg. First sample point is a minimum of 50 m. from the baseline. Location of first sample point on the transects is 19, 14, 17, 15, and 22 m. beyond the minimum distance, respectively. A jack pine inclusion occurs at 125 m. on the baseline and goes in approx. 60 m. Stand 69 —Aspen (uoland —sapling (C23-S23) On FS 3154, m. 200 is 0.1 mi. north of junction with FS 3622. Baseline runs along the east side of FS 3154, on an az. of 180 deg. Transect #1 begins at m. 23 on the baseline and runs on an az. of 90 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 18, 11, 21, 5, and 12 m. beyond the minimum distance, respectively. 15 plots were measured in 1993. (T1 plots 1-5, T2 plots 1-4, T3 plots 1-3, T4 plots 4 & 6, T5 plot 5). Later reconfigured for GPS survey to be 8 transects (320 m.) by 5 plots ea. deep. A-9

Stand 70 —Aspen (uplandr —saoling (C22-S49) From junction of FS 3154 and FS 3622, follow FS 3622 65 m. west to ski trail and follow ski trail northwest for 250 m. to m. 200. Baseline runs on an az. of 150 deg. Transect #1 begins at m. (?) on the baseline and runs on an az. of 60 deg. First sample point is a minimum of 0 m. from the baseline. Location of first sample point on the transects is 10, 15, 24, 25, and 23 m. beyond the minimum distance, respectively. Ski trail bends through part of transects. 8 plots were measured in 1993. (T1 plots 1, 3, &5, T2 plots 1, 7, & 8, T3 plots 2 & 6). Stand 71 —Red oine —ole (C30-S52) On FS 3036, m. 200 is 220 m. west of junction with FS 3041. Baseline runs along the north side of FS 3036, on an az. of 90 deg. Transect #1 begins at m. 3 on the baseline and runs on an az. of 0 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 12, 21, 9,19, and 11 m. beyond the minimum distance, respectively. Stand 72 —Red ine-.-ole (C30-S52) On FS 3036, m. 200 is 17.5 m. west of junction with FS 3041. Baseline runs along the north side of FS 3036, on an az. of 90 deg. Transect #1 begins at m. 9 on the baseline and runs on an az. of 0 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 13, 15, 30, 4, and 2 m. beyond the minimum distance, respectively. Stand 73 —Red pine —ole (C31-S33) On FS 3366, m. 0.0 is 0.7 mi. east of junction with FS 3018. Baseline runs along the north side of FS 3366, on an az. of 112 deg. Transect #1 begins at m. 29 on the baseline and runs on an az. of 33 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 23, 13, 16, 6, and 25 m. beyond the minimum distance, respectively. Stand 74 —White nine —mature (C33-S16) On FS 3157, m. 200 is 275 m. south of junction with FS 3156. Baseline runs along the west side of FS 3157, on an az. of 354 deg. Transect #1 begins at m. 20 on the baseline and runs on an az. of 280 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 24, 2, 9, 19, and 4 m. beyond the minimum distance, respectively. Hardwood pocket occurs on the far west edge where White Pine failed. Stand 75-White pine —mature (C32-S66) On FS 3157, m. 0.0 is 150 m. south of junction with FS 3156. Baseline runs along the east side of FS 3157, on an az. of 180 deg. Transect #1 begins at m. (?) on the baseline and runs on an az. of 95 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 14 (?),, 1,1,6, 5, 12, 1,, 19, and 1 m. beyond the minimum distance, respectively. The stand shape is irregular with 10 transects. T1, T9, and T10 have 2 plots each. T2-T8 have 3 plots each. 27 plots were measured in 1993. A-10

Stand 76 —Sugar maple —oole (C8-S46) On FS 3157, m. 0.0 is 0.5 mi. north of junction with FS 3156. Baseline runs along the east side of FS 3157, on an az. of 180 deg. Transect #1 begins at m. 28 on the baseline and runs on an az. of 90 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 3, 24, 5, 13, and 16 m. beyond the minimum distance, respectively. There is a 4% north facing slope. Stand 77 —Red Pine —sapling (C34-S5) On FS 3158, m. 0.0 is 1.325 (?) mi. north of junction with M-28. Baseline runs along the west side of FS 3158, on an az. of 4 deg. Transect #1 begins at m. 22 on the baseline and runs on an az. of 280 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 12, 21, 9, 19, and 11 m. beyond the minimum distance, respectively. There is a 30 x 30 gap at the north end of the stand. Stand 78 —Red oine —seedlina (C57-S13) On M-28 at corner of intersection with FS 3139, m. 200 can be found 0.1 mi. south of junction with M-28. Baseline runs E-W along M-28 on an az. of 228 deg. Transect #1 begins at m. 17 on the baseline and runs on an az. of 148 deg. First sample point is a minimum of 0 m. from the baseline. Location of first sample point on the transects is 9, 9, 5 (15?), and 12 m. beyond the minimum distance, respectively. The stand shape is irregular. T1 has 9 plots, T2 has 13 plots, T3 has 9 plots, and T4 has 4 plots. 34 plots were measured in 1993. Stand 79 —Red oine —seedlin (C58-S16) On FS 3139, m. 0.0 is 1.75 mi. south of junction with M-28. Baseline runs along the west side of FS 3139, on an az. of 0 deg. Transect #1 begins at m. 22 on the baseline and runs on an az. of 260 deg. First sample point is a minimum of 65 m. from the baseline. Location of first sample point on the transects is 11, 21, 20, 11, and 4 m. beyond the minimum distance, respectively. Stand 80 —Red pine —seedling (C58-S39) On FS 3139, m. 160 is 0.4 mi. south of junction with M-28. Baseline runs along the west side of FS 3139, on an az. of 0 deg. Transect #1 begins at m. 28 on the baseline and runs on an az. of 260 deg. First sample point is a minimum of 65 m. from the baseline. Location of first sample point on the transects is 3, 25, 24, and 5 m. beyond the minimum distance, respectively. The stand shape is irregular having 4 transects with 10 plots each. Stand 81 —Red oine-saoling (C56-S30) On M-28, m. 200 is 35 m. east of junction with FS 3608. Baseline runs along the south side of M-28, on an az. of 270 deg. Transect #1 begins at m. 14 on the baseline and runs on an az. of 165 deg. First sample point is a minimum of 40 m. from the baseline. Location of first sample point on the transects is 13, 8, 20, 10, and 15 m. beyond the minimum distance, respectively. A-11

Stand 82 —Red pine —salinQ (C56-S4) On unmarked FS road separating sections 30 and 29, m. 200 is 0.5 mi. south of M-28. Baseline runs along the west side of the unmarked FS road, on an az. of 0 deg. Transect #1 begins at m. 19 on the baseline and runs on an az. of 290 deg. First sample point is a minimum of 40 m. from the baseline. Location of first sample point on the transects is 3, 13, 18, 11, and 21 m. beyond the minimum distance, respectively. Stand includes a large jack pine component. Stand 83 —Red pine —saolin (C54-S10) On unmarked FS road, m. 200 is 0.9 mi. south of junction between unmarked FS road and FS 3131 which occurs 200 m. south of M-28. Baseline runs along the west side of the unmarked FS road, on an az. of 6 deg. Transect #1 begins at m. 33 on the baseline and runs on an az. of 280 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 8, 14, 21, 11, and 21 m. beyond the minimum distance, respectively. Stand 84 —Aspen (upland) —pole (C61-S30) On the east side of FS 3646, a reference point is 0.5 mi. south of junction with FS 3065 where FS 3646 starts to bend to the southwest. From a reference point, baseline m. 0.0 is 50 m. into the forest at an az. of 180 deg. The baseline would continue to run straight on an az. of 180 deg. Transect #1 would begin at m. 12 on the baseline and run on an azimuth of 90 deg. First sample point is a minimum of 0 m. from the baseline. Location of the first sample point on the transects is 3, 0, 10, 6, and 5, respectively. Stand 85 —Northem hardwoods-pole (C44-S19) On trail to Peck and Rye Lake,.m. 0.0 is 0.3 mi. north of junction with FS 3162. Baseline runs along the west side of the trail to Peck and Rye lake, on an az. of 360 deg. Transect #1 begins at m. 31 on the baseline and runs on an az. of 270 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point on the transects is 14, 5, 12, 1, and 8 m. beyond the minimum distance, respectively. Stand 86 —Northern hardwoods-ole (C36-S23) On FS 3159, m. 0.0 is 0.2 mi. north of junction with FS 3161. Baseline runs along the west side of FS 3159, on an az. of 360 deg. Transect #1 begins at m. 27 on the baseline and runs on an az. of 270 deg. First sample point is a minimum of 20 m. from the baseline. Location of first sample point of the transects is 5, 3, 13, 4, 2, 9, 1, and 4 m. beyond the minimum distance respectively. The stand shape is irregular with 8 transects having 5 plots each. A-12

Stand 87-Asoen (lowland)-oole (C11-S25) On FS 3150, m. 0.0 is 0.2 mi. southeast of junction with FH 42. Baseline runs along the east side of FS 3150, on an az. of 230 deg. Transect #1 begins at m. 21 on the baseline and runs on an az. of 140 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 4, 1, 12, 5, 8, 0, 16, and 0 m. beyond the minimum distance respectively. The stand shape is irregular with 8 transects having 5 plots each. 30 plots were measured in 1993. (T1 plots 1, 2, 4, & 5, T2 plots 1, 2, 3, & 5, T3 plots 1,2, 4, & 5, T4 plots 2, 3, 4, & 5, T5 plots 1,3, & 5, T6 plots 1,2, 3, & 4, T7 plots 1,3, & 5, T8 plots 1, 2, 4, & 5). Stand 88 —N. white-cedar —mature (C12-S20) On the north side of FH 42, a reference point is 0.3 mi. west of scenic turnout looking to Naomikong Point. From reference point, m. 200 is 60 m. into the forest at an az. of approximately 360 deg. Baseline runs on an az. of 90 deg. Transect #1 begins at m. 30 on the baseline and runs on an az. of 360 deg. First sample point is a minimum of 0 m. from the baseline. Location of first sample point of the transects is 17, 7, 19, 10, and 19 m. beyond the minimum distance respectively. Stand 89-N. white-cedar and mixed conifer —mature (C12-S62) On the north side of FH 42, a reference point is 0.7 mi. west of scenic turnout looking to Naomikong Point. From reference point, baseline m. 0.0 is 51.5 m. into the forest at an az. of (130?). The baseline would run on an az. of 130 deg. Transect #1 would begin at m. 24 on the baseline and run on an az. of 40 deg. First sample point would be a minimum of 0 m. from the baseline. Location of first sample point on the transects would be 9, 12, 16, 15, and 13 m. beyond the minimum distance respectively. Note that the stand was not measured in 1993. (Has not been measured as of 7/95) Stand 90-Hemlock-mature (Mead) On the south side of FH 42, a reference point is 50 m. west of parking lot at Ankodosh Creek. From reference point, baseline m. 0.0 is 50 m. into the forest at an az. of 180 deg. The baseline would run on an az. of 270 deg. Transect #1 would begin at m. 37 on the baseline and runs on an az. of 180 deg. First sample point would be a minimum of 0 m. from the baseline. Location of first sample point on the transects, beyond the minimum distance, is yet to be determined. This stand may not be able to be used because of cutover areas in it Note that the stand was not measured in 1993 (or 94 or 95). Stand 91-Northern hardwoods-pole (C15-S?) On truck rail running just west of and parallel to M-123, m. 0.0 is 50 m. north of junction with unmarked E-W road separating sections 19 and 30. Baseline runs along the west side of the truck trail, on an az. of 350 deg. Transect #1 begins at m. 8 (18?) on the baseline and runs on an az. of 310 deg. First sample point is a minimum of 30 m. from the baseline. Location of first sample point on the transects is 14, 1,23, 5, and 16 m. beyond the minimum distance, respectively. A-13

I

APPENDIX B: U.S. FOREST SERVICE COMPARTMENT AND STAND MAPS

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Compartment Map Key FS Type Description 01 (J) Jack pine 02 (R) Red pine 03 (W) White pine 04 White pine —hemlock 05 Hemlock 11 (F) Balsam fir —aspen —paper birch 12 Black spruce 14 Northern white cedar 15 Tamarack 16 White spruce —balsam fir —norway spruce 17 Upland black spruce 18 Mixed swamp conifer 19 Cedar —aspen —paper birch 41 White pine —northern red oak —white ash 48 Jack pine —oak 49 (K) Red pine —oak 55 Northern red oak 71 Black ash 76 (M) Red maple (wet site) 79 (M) Mixed lowland hardwoods 81 (M) Sugar maple —beech —yellow birch 82 (M) Sugar maple —basswood 83 Black cherry —white ash —yellow poplar 84 (M) Red maple (dry site) 85 Sugar maple 86 Beech 87 (M) Sugar maple —beech —yellow birch —red spruce 89 Mixed hardwoods (maple, basswood, white ash, and paper birch) 91 (A) Quaking aspen 92 Paper birch 93 (A) Bigtooth aspen 94 Balsam poplar 95 Aspen —white spruce —balsam fir 97 Lowland brush 98 Upland brush 99 Open B-2

Description 0 Nonstocked (less than 16%) 1 Seedling —sapling (16%-39% stocked) 2 Seedling —sapling (40%-69% stocked) 3 Seedling —sapling (over 70% stocked) 4 Poletimber stand (16%-39% stocked) 5 Poletimber stand (40%-69% stocked) 6 Poletimber stand (over 70% stocked) 7 Sawtimber stand (16%-39% stocked) 8 Sawtimber stand (40%-69% stocked) 9 Sawtimber stand (over 70% stocked) Size-density is the classification of forest land based on the size class and density of live trees on the area. The size classes are: sawtimber, poletimber, and seedling-sapling. Sawtimber stands —Stands stocked (basal area) with live trees of which half or more of total stocking is in sawtimber, or sawtimber and poletimber trees, with sawtimber stocking at least equal to poletimber stocking. Poletimber stands —Stands stocked (basal area) with live trees of which half or more of total stocking is in poletimber, or sawtimber and poletimber trees, with poletimber stocking exceeding that of sawtimber stocking. Seedling-sapling stands —Stands stocked with live trees which seedling and sapling trees predominate. Nonstocked stands —Stands less than 16% stocked with growing stock trees. B-3

B-4

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APPENDIX C: SAS PROGRAMS AND PROCEDURES

I

No. 1: Program to read In existing variables and cases from.txt format to a SAS data file, and to create new variables libname biofin '-/bio/biofin'; data biofin.all; infile '/n/sar/y/kbergen/bio/biofin/allbascat' dlm=',' Irecl=250 missover dsd; input stand year plot stratum species $ diam mht bht status type tba uba mba td ud md nplots; logdiam=log(diam); logdiam2=logdiam**2; logmht=log(mht); diam2=diam**2; invdiam=1/diam; invba=1/tba; tba2=tba**2; diamtba=diam*tba; logtba=log(tba); if species = 'betpapx' then status=0; if species = 'querubx' then status=0; if species = 'pinband' then status=l; ba=0.00007854*(diam**2); if stratum=2 then mbal=ba*(10000/(16*(nplots*2))); if stratum=1 then uba1=ba*(10000/(100*nplots)); tbal =sum(mbal,ubal); crat=(mht-bht)/mht; cdep=mht-bht; if stratum=2 then stem2=1.0000*(10000/(16*(nplots*2))); if stratum=1 then stem1=1.0000*(10000/(100*nplots)); stem=sum(stem1,stem2); if stratum=1 then umht=mht; if stratum=2 then mmht=mht; if type=l then cba=tbal; if stratum=1 then udiam=diam; if stratum=2 then mdiam=diam; run; C-1

No. 2: Program to create Stand Structure Statistics by Stratum and Species options linesize=255 pagesize=80; proc tabulate data=biofin.allsor format=8.2; where status=1 or status=2; table species all='stratum total',diam*(mean std n) mht*(mean std n) cdep*(mean std n) tbal'(sum) stem*(sum)*f=6. / printmiss; class stratum species; var diam mht cdep tbal stem; by stand year stratum; run; C-2

No. 3: Program to create Diameter and Height Histograms /* --- —---------------------------------------------------------- I Sumary: I Creatinq a simple bar chart using the data set I BIO.HTSORTSP and charting the variable I DIAM along the horizontal axis. IGenerated: 22JUN95 11:21:13 * --- —------- -----—.-. -.-....... -------- /* --- —------- ------------------------------ I The GOPTIONS statement allows you to have more control over the I I final appearance of your output such as fonts, colors, text height and so on. The output device and destination is also I specified in the goptions statement. *- ---------------------------------- filename gsasfile '/p/cmg/bio/diamcht.ps'; goptions reset-(axis, legend, pattern, symbol, title, footnote) norotate hpos-0 vpos-0 htext-1.5 ftext-triplex ctext- target- gaccess- gsfmodegoptions device-Xcolor target-APLPLUS ctext-black /*device-APLPLUS*/ gaccess-gsasfile vsize-4.0 hsize-7.0 graphrc interpol-join; /* ---------------------------------- ----------------------------- I PATTERN statements allow you to define colors and patterns in I I the chart, map or plot that you are creating. SAS/GRAPH uses I I any pattern statements that you specify. If more are needed, I default PATTERN statements are used. * --- —----------------------- -------------- */ pattern color-black value-SOLID repeat-71; / ----------------------------------------------------------------— * I AXIS statements allow you to supply information on how your I I vertical and horizontal axes will appear on the graph. * --- —-------------------------------------------— 1 axisl color-black width-2.0 label-(h-1 'STEM DIAMETER (cm)') value-(h-.5) axis2 color-black width-2.0 label-(angle-90 h-1 'FREQUENCY') value-(h-.7) axis3 color-black width-2.0 C-3

/ ------ ----------------------------------- -------------------- ------ I This section produces the actual bar chart and contains I the options that directly relate to the data and the axis area. * --- —-------—.... --- —---------—.... --- —-—............... / proc gchart data-BIO.HTSORTSP; by SPECIES1; vbar DIAM / maxis-axi s raxis-axis2 patternid-midpoint midpoints-1 to 73 by 2 type-FREQ label species1-'00'x; / *where species-'abibal'; * / run; C-4

No. 4: Species Recodes for Height Equation Development libname height '-/bio/height'; data height.spprec; set height.spstsort; where status ne O; If species='acepen' then sppl='acerub'; else if species='acespi' then sppl='acerub'; else if (species='coralt' or species='corsto') then sppl='corcor; else if species='franig' then sppl='fraame'; else if species='ilever' then sppl='slen'; else if (species='ledgro' or species='loncan' or species='lonspp' or species='nemmuc') then sppl ='slen'; else if species='ostvir then sppl='amespp'; else if species='pinsyl' then sppl='pinst'; else if (species='popbal' or species='popdel') then sppl='popgra'; else if (species='pruser' or species='pruvir' or species='pruspp') then sppl='prupen'; else if species='queell' then sppl='querub'; else if (species='samcan' or species='sampub' or species='sorame') then sppl='slen'; else if species='tilame' then sppl='acerub'; else if species='vibspp' then spp1='vibcas'; else sppl =species; run; C-5

No. 5: Polynomial Stepwise Regression libname biofin '-/bio/biofin'; options linesize=80 pagesize=45; proc reg data=biofin.spprec; by spp1; model mht=diam diam2 tba tba2 diamtba / selection=stepwise sle=.05 sls=.05 ss2 tol vif; output out=biofin.pregstp p=cht; plot mht*p.; plot r.*p.; title 'Stepwise Regressions for Polynomial Model'; run; No. 6: Final Height Variable data biofin.htchoos; set biofin.pregstp; if mht ne. then bioht=mht; else if cht gt 0.5 then bioht=cht; else bioht=1.0; run; C-6

No. 7: Biomass Program /* PROGRAM BIOMETRIC*/ /* Program Biometric: This program computes biomass for the forest test stands. It reads the SAS datafile containing data for all of the live trees in all of the stands, sorted by species. The input data file has the following variables needed for this program: stratum 1=upper, 2=lower species 6 or 7 letter species code diam diameter in centimeters diam2 diameter squared bioht measured height, else calculated height type 1 =conifer, 2=deciduous stem1 each stratum 1 stem's contribution per ha stem2 each stratum 2 stem's contribution per ha This program creates a new data file with the following fields in addition to the ones above: stem per stem stem biomass (note dup var name of earlier var) branch per stem branch biomass foliage per stem foliage biomass total per stem total biomass stotal per stem summer total wtotal per stem winter total scrown per stem summer crown wcrown per stem winter crown hstem per ha stem biomass hbranch per ha branch biomass hfoliage per ha foliage biomass hstotal per ha total biomass hwtotal per ha total winter biomass hscrown per ha summer crown hwcrown per ha winter crown The program begins here: */ libname bio '-/bio'; data bio.bio2; set bio.htchoosl; /* this is final output file with bioht */ / Here the program reads the species name for one tree of the inputfile and decides which set of equations to use. It makes the calculations, converting from natural log if necessary. It then converts those numbers to the contribution C-7

of that tree's biomass components on a per hectare basis by multiplying them by stem1 or stem2 depending on the stratum * If stratum= 1 then do; if species= 'abibal' then do; stem=0.005751 *(diam**2.082)*(bioht**0.3834)*1.331 +0.02348*(diam**1.926)*(bioht*0.76)*1.097; branch =0.02403*(diam**3.501 )*(bioht*-1.2)*0.7111 +0.001216*(diam**2.306)*6.059; foliage =0.03583*(diam**3. 12)*(bioht**-1.099)*0.6333; end; else if species= 'acerub' or species='acesac' or species='acepen' or species='acespi' or species= 'tilame' then do; stem =0.02102*(diam*2.191 )*1.461 +0.02347*(diam** 1.888)*(bioht'*0.9912); branch=0O.1 072*(diam**2.841 )*(bioht**-1.04)+0.0038*(diam**2.337); foliage =0.01913*(diam**1.867)*0.4962; end; else if species= 'alnrug' then do; stem =0.02025*(diam"2.246)*1.271 +0.02198*(diam**1.865)*(bioht**1.046); branch =0.08248*(diam**3.753)*(bioht**-1.847) +0.0009194*(diam**2.487)*0. 1909; foliage =0.07611 *(diam**2.763)*(bioht**-1.483); end; else if species= 'amespp' or species= 'aromel' or species= 'ostvir' or specides= 'sorame' then do; stem= exp(-2.943+0.878*log((diam**2)*bioht)); branch=exp( -6.128+1.087*log((diam**2)*bioht)); foliage=exp( -3.648+0.556*1og((diam**2)*bioht)); end; else if species- 'betall' then do; stem =0.01 445*(diam**2.451 )+0.05481 *(diam**2.619); branch =0.01748*(diam**2.55)+0.0009194*(diam**2.487); foliage =0.00696*(diam**2.003); end; else if species, 'betpap' then do; stem =0.02198*(diam**2.215)*1.265 +0.02214*(diam**1.857)*(bioht*1.048); branch =0.08908*(diam**3.772)*(bioht**-1.893) +0.0008746*(diam**2.496)*0. 1971; foliage =0.0852*(diam**2.744)*(bioht**-1.51); end; C-8

else if species= 'corcor' then do; stem= exp(-3.0782+1.8482*log(diam)+0.871 5log(bioht)); branch= exp(-2.0235+3.43661log(diam)- 1.643*log(bioht)); foliage= exp(-4.1049+1.7241 log(diam)); end; else if species= 'faggra' then do; stem= exp(-2.9936+1.8565*log(diam)+0.8336*log(bioht)); branch= exp(-3.5982+2.3708*log(diam)); foliage= exp(-3.7607+1.6303*log(diam)); end; else if species= 'fraame' or species= 'franig' then do; stem= exp(-2.75+2.0199*log(diam)+0.541 2log(bioht)); branch= exp(-1.3458+3.4031 'log(diam)-1.94871log(bioht)); foliage= exp(-3.043+2.3071 *log(diam)-0.9888*log(bioht)); end; else if species= 'larlar' or species= 'picmar then do; stem= 0.11 83*(diam**2.26); branch= (0.0251 *(diam**2))+(0.0004*(diam*3.324)); foliage= 0.061 *(diam**1.411 ); end; else if species = 'picgla' then do; stem =0.01014*(diam**1.509)*(bioht**0.783)*1.177 +0.03123*(diam**1.783)*(bioht**0.926)*0.8345; branch =.07316*(diam**3.53)*(bioht**-1.784)'0.6615 +0.03095*(diam**1.002)*(bioht**1.103)*0.6338; foliage =0.03064*(diam**2.787)*(bioht**-0.7147); end; else if speciess 'pinban' or species='pinband' then do; stem =0.0157*(diam**.775)*(bioht**0.3952)*1.294 +0.01395*(diam**1.709)*(bioht**1.327); branch =0.002956*(diam**2.83) +0.2391 *(diam**2.943)*(bioht**-1.769)*0.3556; foliage =0.0008988*(diam**2.903)* 1.569; end; else if speciess 'pinres' then do; stem =0.01408*(diam**2.09) +0.02137*(diam**1.809)*(bioht**1.037)*0.8823; branch =0.03118*(diam**4.098)*(bioht**-2.271 )*0.6497 +0.0005819*(diam**2.714)'4.199; foliage =0.0006622*(diam**3.122)'1.313; end; C-9

else if species= 'pinstr' or species= pinsyl' then do; stem=exp(-3.202+1.899*log (diam)+0.724*log (bioht)); branch=exp(-2.6466+1.70861log(diam)); foliage=exp(-2.6925+1.4653*log(diam)) end; else if species= 'popgra' or species= 'popbal' or species= 'popdel' or species= 'salspp' then do; stem =0.001 *(exp(3. 5894+2.6544*log(diam)) +exp(3.4255+2.2034* log (diam))); branch =0.001 *(exp(0.5799+2.94591log(diam)) +exp(-0.4643+2.938*tog (diam))); foliage =0.00 1*(exp(1l.2846+2.1 483*log(diam)) +exp(-l1.6095+2.3834*log(diam))); end; else if species= 'poptre' then do; stem =0.00 1 *(exp(3.5894+2.6544*log(diam))+exp(3.4255 +2.2034*log(diam))); branch =0.00 1 *(exp(0.5799+2.9459*log(diam)) +exp(-0.4643+2.938*log (diam))); foliage =0.001-*(exp(1l.2846+2.1 483*Iog(diam)) +exp(-1.6095+2.3834*log(diam))); end; else if species= 'pruser' or species- 'prupen' or species- 'pruvir' or species= Ipruspp' then do; stem= exp(-2.943+0.878*log((diam**2)*bioht)); branch=exp( -6.128+1.087*Iog((diam**2)*bioht));m foliage=exp( -.3.648+0.556*log((diam**2)*bioht)); end; else if species= 'querub' or species- 'queell' then do; stem =0.004408*(diam**2.047)*(bioht**0.8264) +0.02635*(diam**I1.88)*(bioht**0.979); branch =0.01 684*(diam**2.51 4)+0.000478*(diam**3. 125); foliage -0.04801 *(diam** 1.455); end; else if speciesm 'thuocc' then do; stem =0.009025*(diam** 1.896)*(bioht*0.39) +0.04475*(diam*' 1.851 )*(bioht**0.5099);47) branch =0.006964*(diam**2.599)+0.0381 2*(diam**1 1.7) foliage =0.01001 *(diam**2.303); end; c-b0

else if species= tsucan' then do; stem= exp(-3.0535+1.8174'log(diam)+0.7576*log(bioht)); branch= exp(-2.1353+2.9t65*log(diam)-1.44591log(bioht)); foliage=exp(-2.5014+2.5251 *log(diam)-1.2168*log(bioht)); end; end; else if stratum= 2 then do; if species= 'abibal' or species= 'larlar' or species= 'picgla' or species= 'picmar' or species= 'pinban' or species= 'pinres' or species= 'pinstr or species= 'pinsyi' or species= 'thuocc' or species 'tsucan' or s species='pinband' then do; stem =0.08088'((1 0*diam)*2.662)/1 000; foliage =0.1193*((1 Odiam)**2.23)/1 000; end; else if species= 'acerub' or species= 'acesac' or species=.'acepen' or species= 'acespi' or species= 'tilame' then do; stem =0.06242*((1 O*diam)**2.486)*(5**0.3991 )/1 000; foliage =0.09901 ((1 O*diam)**2.113)/1000; end; else if species= 'alnrug' or species= 'betalr then do; stem =0.0298*((1 0*diam)**2.666)*(5**0.4243)/1 000; foliage =0.08227'((10*diam)**2.058)/1000; end; else if species= 'amespp' or species= 'aromel' or species- 'ostvir' or species= 'sorame' then do; stem =0.163*((1 0diam)**2.494)/1000; foliage =0.107*((1 Odiam)**.925)/1000; end; else if species- 'betpap' then do; stem =0.02373'((1 O*diam)**2.687)*(5**0.4838)/1000; foliage =0.06132*((1 0diam)**2.174)/1000; end; else if species= 'corcor then do; stem =0.04544'((1 Odiam)**2.848)*(5**0. 1594)/1000; foliage =0.07188*((1 0*diam)**2.244)/1 000; end; C-1 1

else if species= 'corsto' or species= 'coralt' or species= 'ilever' or species= 'nemmuc' or species= 'faggra' then do; stem =0.05237*((1 0*diam)**2.663)*(5**0.2258)/1000; foliage =0.1615*((10'diam)**1.985)*(5**-0.1682)/1000; end; else if species= 'fraame' or species= 'franig' then do; stem =0.05041 *((10*diam)**2.545)'(5**0.34)/1000; foliage =0.07334*((10 *diam)"*2.088)/1 000; end; else if species= 'lonspp' or species= 'loncan' or species= 'ledgro' or species= 'samcan' or species= 'sampub' or species= 'vibcas' or species= 'vibspp' then do; stem =0.115*(diam**2.749); foliage =0.1176*(diam**1.891); end; else if species= 'popgra' or species= 'popbal' or species= 'popdel' then do; stem =0.1671 *((10*diam)**2.329)/1000; foliage =0.2266*((10*diam)**2.068)*(3**-0.5506)/1000; end; else if species= 'poptre' then do; stem =0.07789*((10*diam)**2.563)*(3**0.1107)/1000; foliage =0.08338*((10*diam)**2.248)*(3**-0.4375)/1000; end; else if species= 'pruser' or species= 'prupen' or species= 'pruvir' or species= 'pruspp' then do; stem =0.1263*((10*diam)**2.496)/1000; foliage =0.03475*((10*diam)**2.512)/1000; end; else if species= 'querub' or species= 'queell' then do; stem =0.06487*((10*diam)**2.836)/1000; foliage =0.1018*((10*diam)**2.152)/1000; end; else if species= 'salspp' then do; stem =0.04262*((10*diam)**2.705)*(5**0.2872)/1000; foliage =0.07912*((10*diam.)**2.14)/1000; end; end; C-12

/* here several partials or totals per tree are calculated */ stotal=sum(stem,branch,foliage); if type=1 then wtotal=stotal; else if type=2 then wtotal=sum(stem,branch); scrown=branch+foliage; if type=1 then wcrown=branch+foliage; else if type=2 then wcrown=branch; /* here stem, branch, and foliage are converted to their per hectare basis */ if stratum = 1 then do; hstem=stem*stem1; hbranch=branch*stem1; hfoliage=foliage'stem 1; hstotal=stotal*stem 1; hwtotal=wtotal*steml; hscrown=scrown*stem 1; hwcrown=wcrown'stem 1; end; else if stratum = 2 then do; hstem=stem*stem2; hbranch=branch*stem2; hfoliage=foliage*stem2; hstotal=stotal'stem2;. hwtotal=wtotal*steml; hscrown=scrown*stem 1; hwcrown=wcrown*stem1; end; run; C-13

No. 4: Programs to create multiple height and diameter histograms, two per page r/ Here SAS catalogs for the histograms, the template, and the colormap are created: */ proc greplay igout=biofin.gseg tc=biofin.temcat cc=biofin.colmap cmap=color template=twotem; run; /* Here the colormap is created: */ proc greplay cc=biofin.colmap nofs; cdef color 1 / black: black 2 / white: white; cmap color; list cmap; run; r Here the template is created: */ proc greplay tcbiofin.temcat nofs; tdef twotem /defining first panel*/ 1/llx=O lly=O ulx=O uly=50 urx=100 ury=50 lrx=100 Iry=O color=white /defining second panel*/ 2/llx=O Ily=50 ulx=O uly=100 urx=100 ury= 00 lrx=100 Iry=50 color=white; template twotem; run; quit; C-14

/ Here an output page is created: '/ filename gsasfile '/y/kbergen/bio/biofin/output/g22.ps'; goptions target=APLPLUS device=APLPLUS vsize=10 hsize=7.5 ctext=black; proc greplay tc=biofin.temcat cc=biofin.colmap igout=biofin.gseg nofs; cmap color; template twotem; treplay 1:gchart 2:gchart66; run; end; C-15

APPENDIX D: STAND SUMMARY STATISTICS

V 04 40 40 N to V la N el cn 0 cm to 4D; to W) V) C4 cu t" v P- Cy N 0 N 4D (9 94 0 el N 0 in ta n CY 0 #a a V ty 0 a #A a " In CY 4D %n N CY in in Cy di VW el Cy a Cy (Y in a cq V F% V V CY eV 0% 0 ob a V cn en V 0 V 0 0 V cq a Cl) An 0, Im la CY #A a N a V eV N V 0 N CY a f- CY 44 N CY N N A el 0 0 a 0 v I- W) a V W P- In - 0 - CO) V v cn t" a el) N 0 a N in #I. - V 0 - C4 0 10 10 V V V Cu V- to CY 10 N. 0 N a CY V 10 N W CO 0 10 0 a P- M fo cm N.0 0 10 It PV An a N el cu; V —0 cm 0 cm in to Cm 0 CY 9v 0 N v a W a CM N ft - W ft cm r- 10 v- v- N V 0 0 cv 0 0 0 0 CY V in ID v 0 0 N 0% a a foo to 0 10 a 0 0 0 V 4" 0 0 to to am N 0 0 0 v 0 N N 0 a c - V V a a V a V 4% in V N CY Cm N cw V P% V N o Pft co P. 0 a no r1o. 0 cm a a CY 0 I* Pft a a a P. 1.00 V N cw N N V o Cm CY I C I a a 0 CM a 0 I%- N v v V cm CY 4% 1% N P% 0 - 0 - a 0 0 N 0 0 0 le 10 10 0 0 10 " a fa a 0 N 0 0 - a P- a P. 0 N N oe NO N" - a V N C% 44 V a to 0 V CY 0 cw en N to 0 10 0 0 10 'COW "a. cm to 10 PO. 0 - Cv eV (V a w cv 0 fe N 0 to 0 N a a fe 0 0 " v — N eq cv a 0 0 to 0 v- - 0 0 0 0 P% N 0 0 N N (V 0 fe cm 10 0 0 P% a a a CY V 0 0 0 " 0 fo 0 a - 10 " 0 0 00 ID a ft P% eV to V P. to N a 0 0 a a a a 0.0 a cm a ft 0 10 fa 44 on fo ft 0 0 a k" 0 V fe V N a 0 ew........... t —IF I I I I I I I I I I I I I I t I I I I I I I I I I I a I I I a I a I I I a... -...... ............ A I I a I I I I I I I I I I I I I I I I I I I I I C4 c c c c c c c c c c 8 t I I I -- I i I i I a " i, 0 0 i i i i i i i i i Al I I I I I I a A A I a I a I I I I I.... c~aN NN e e~ 000 0W W WWW 00O 000000000..... D-1

UP PE R SATUM DRY INMASS (kA) Stand Y r Dominnt SItcturiJ Level Level 2 Level 3 --—, 1 g c y Cf 1 b Crch Fry I-4- I I ___ I Ik..li rn d h T.l t t - win1 -n|9 -,zi I Yi re I M i Il fUIIrlln IBt upcon Dinrl 3Z00! 32003 10911 197f8 1 7RA-4 aa.i1 ia - 73 1993 rodpln 74 1993 w l pine 75 1993 while pn 76 1993 ur nmW I 77 1993 i ed- -L wn%.%Pgvwvn i 68073 W8072 4 3 25 17641 1994 -I I upon.w871 568072 424391 25634 256341 17641 7004 ib immn in ilr I lAlS I 5448U 1 33212 26204 2R1 71 21na5 14 a '-,-...... a -. —..' i,:,,, " MW.._.Ital, upcon. pin~r 181 338 II aO upon dcpinrd 2301 - -. --. — 23 11 138189 23149 22920 16713 6436 146237 74330. 71736 71736 2595 139006 10011 9962 7095 2016 El...... - -.... 781 1993 I red kwi I ezcufr shord muocon Al45 2 27 1 17] I I d'l I. f * ILr lAll 79 1993 red - 80 1993 rd dn 81 1993 Ic - 8 1993 - - 05 1993 _uo-M 86 1993 d o 87 1993 rd M - a 1993 nlwi.m n 10093 n. -hoM - -- - -_ - -., -...,,I.. l uliv i l I 1 l40 sho1n Uon supcon 564 564 418 145 1445 85 6 - horton ucon 2110 1407 707 703 443 264 - tlal uon pkban 25601 25667 15687 9994 9981 8025 196 ~ll u. M 11461 11461 6492 4969 49 4130 839 idl umon P 2741 2737 1937 804 801 54 150 - N dld nharwd 184028 100765 144530 39498 36234 36130 336 dl diMd m huwd 1 3362 180888 148951 34411 31717 31717 269 ti dcMd PO 546532 63288 46650 7882 6638 6638 1244 11N bowcon thuocc 17328 173288 112779 80509 60509 40918 19592 -1-50 - 911 1993 uMr m-o I dounWS til dmO 12208o 120297 9590s 26174 249i1 214AR 1 7f7 ___ 22 1994 redpk ___ 33 1994 IM* " _ 3 1994 ip199 __ 37 1994 lltc n 38 1994 lc 39 1994 ed no 40 1994 rd p1no ii i 4_0 41 1994 red O 42 1994 2ck 1n9 _ 45 1994 mmnblnt Mn ___ 4 1994 irnM _____! 1994 - -i 51_ 1994 fe - ____5 1994 i dn - 5_ 1994 Jck i - 5_ 1994 f -c 6____6 1994 1idn - 7 1994 r -d 7 1994 red po - 791- 1994 rdp-n 60 1994 mpd 61 1994 i - - 8 1994 dn 73 1994 red In 70 0o. 4....... oxcuffonI oxcueron! - - - - - - - --- -6 — -- r -W W.WI auIIa 1all upoon pk-, 63122 653122 33203 19919 1991 15029 489 ta ddd,O 589155 57149 50448 8707 8700 6700 2001 A1d upoon pMIn 12006 12088 6921 5185 5185 4291 874 sI hort u1p o n 1t wocon 161 1 96 64 6 4 54 10 o hotN pcon upcon ocon upcon 1d -con WN". -- 9688 9873 6117 3771 3756 3077 694 id upEn Pn 8104 8079 5469 2636 2610 2167 468 til dedd Po 6276 6202 4485 1791 1717 1533 258 1 dedd PoP 7167 6 888 6344 822 544 544 279 ld on 1r 48002 47996 36072 130 930 11923 8011 3919 - i upcn Pnbn 1774 177 1085 668 689 582 1 07 idON on pSan 0863 632 55. 2 311 311 260 51 id won -n 1 ucon p6ban 8316 6316 3846 2470 2470 2052 416 hort Cn Sc o I Idm uuon *N- 24153 24051 15374 6770 6677 6860 1889 hot u n S5co n 8361 633 3989 2363 2351 1426 937 t uPCn gPcon 1401 1401 981 420 420 248 172 s ho1t u n n 4012 4004 2665 1347 1339 847 500 IA uoon en 27651 2752 19698 7854 7831 5892 1961 i uoo Pm 1486 14057 9499 5358 5358 4300 105 t upcon p 8671 8668 6697 2874 2871 2371 50 I D 5 4 D 4 8 I I I I I s 5 D I I I I I I

1 5 I I I 1 I I I I I I I I I0 I', I I I C V 0 V -~ -*<~ CT ~ <~0<~~ Cb O- NS 0 0 - a^ N0 —T CT,-^~ * 00f a WC - N.I.I...............1 j.........1.......1.; I.- —..-.....-..........................j 3 |000 10ON ft 0 v| I| a RS ' I*l Vi ft~ "Ooqal te'wa %f 0 fle a N I4 Cy I% I I% In V I Iv I a I# I I -I II I I a Ii v a I II I ' eV aI aI I I 1 1 tv l PL 1 1 1 1 1 1 1 CMD,11 o C 40 a eV Sv v N c -gv ^ s 0 o o -, e ^ 0 II I I-3 Np CYC f PJ0V D-3

1tand Yow Middb Sralum Totabl (Conier and Broadlsa Combined) ____ umnew Tos Winter Total Trunk Crw, o nmm Crown winter WFo 72 1993 225 165 165 ~ ______ L 41 73 1993 300 237 237 __.______ 63 74 1993 420 331 331.__ ____ _ 75 1993 69 63 _ 63...__ _ 16 76 1993 366 264 2684. ________63 _ 7 1993 4021 33 0 3309..... _ __ 712 76 1993 1056 __ 63 3.__ 22 7 1993 5 4.. 4.4..1 60 1993 ___ 1993 32618 2730 2730.. ______551 _ 2 1993 6340 6249 6249. ___ ___ 1091 __ 106993 18202 14967 14967. 3215 _ 5 1993 1061 639 639. __ 22 _ 66 1993 727 667 667.. __ 14 ___ 7 1993 3629 3079 3079... 549 66 1993 1240 664 964. 256 91 1993 1660 1276 1276 286 22 1994 110 a 7 9. 23 33 1994 4460 3664 3664... 626 36 1994 1060 676 676_____.164 3_ 1994 4044 3052 3062.,. _..... ___ 993 3___ 1994 13017 106654 10664.._____ 2463 39 1994 56 41 41.._______ S 4____ 1994 7090 6656 6666._ 1434 41 1994 8128 6664 6664..... 1464 42 1994 7125 6911 6911.____ 1214 45 1994 7475 6073 6073.. ___._.. 1403 49 1994 11486 9379 9379.. _ 2107 61 1994 1466 1173 1173. ____ 262 64 1994 6947 7290 7290. _1657 56 1994 13196 10726 10720.._______ 2469 6S - 1994 13826 11176 11176. ___ 2652 6 1994 3254 2661 2661. 6. __ _9 66 1994 - 1702 1232 1232. _____ 470 77 1994 3311 2745 2745. ____ __ 5. 666 76 1994 217 176 176. 42 79 19094 7 6.__. 2 60 1994 ________ ________ 61 1994 4515 3779 3779. _____ ____73 1994 643 449 44 92 4492.. 943 65 1994 10207 6366 0365. 1622 0 *^

0 )1 DRY WOMASS (kgiha) Stand BA- SUpp tStratum (H*5m) Stand Yvw Stand Totale weighted eighKlat & aI Breast Height Mu.d_______..._____.___.___ Avg. Height (cbe. from d.i.. (dbh)_____.. Tnunk (Upper ummwer Told Winter Toa P rim eonrl) Croe n mmnw Crown winter Brnch Fol ____l Mea gm 8.D. em) Moon (cm) S.D. (cm) ____ 22 1991 46168 46620 28188 17880 17880 13789 4192 8.51 7.91 1.63 13.57 3.06 23 1991 177573 176701 137264 40167 39923 23628..16681 23.14 14.66 8.10 17.95 13.7 __ 24 1991' 71149 7052 61841 19203 19070 13654. 5654 13.02 11.26 3.09 15.28 623 ____ 25 1991 148551 146938 111203 37024 36868 21913 15435 22.18 12.31 8.04 16.02 14.50 ___ 26 1991 67932 626 54900 11681 11608 8953 4079 11.54 10.25 3.61 12.08 551 ___ 27 1991 89860 80465 70466 19331 19259 13773 5621 13.18 11.87 3.03 14.26 4.56 28 1991 262672 247911 200878 51447 48767 47884 3910 21.2 18.20 7.68 21.78 14.73 ___ 29 1991 217558 212221 1730356 43984 41444 40973, 35486 19.23 13.99 6..83 17.37! 1230 ___ 31 1991 140886 138278 112661 28271 26014 28014 2321 16.37 12.00 4,.85 11.83..6.83 ____ 32 1991 184065 162356 104473 659266 59169 40609 18982 13.59 11.41..3.68 17.46 8.08 ___ 33 1991 41532 34580 36426 5011 3476 34761 2631 6.74 5.67 1.70 4.31 1 58 ____ 34 1991 148178 143612 122332 26506 23171 23108 2738 17.14 10.76 _ 5.85 10.76 8.17 ____ 35 1991 32605 31830 21469 10982 10975 8157 2979 9.64.7.82 2.54 13.47 6.37 36 1991 10071 6463 6304 2907 2987 2545 1132 4.70 4.55 1.01 8.18 2.27 ___3_ 9922037 716 6 ' __ S 2___4 6__e___ 2.5 1.38 5.60 7.20. ____. 38 1992 473 6771 771..[1703 3.01 ____ 39 1992 709 548 4..35 247:... 247 206 686 e 6.59 7.31 1.31: 12.10. 2.69 40.1992 2688o 2223 2223. ~ ~ 45 1.4..... 4..1 1992 18138 2608 12826 10161 1013 806 2705 4.23 65.64 1.63 8.18 3.29 42 1992 19630 495 18049 172 170 144 3438 4.01 5.25 0.1 8.34 1.23..43 1992 147787 147442 104702. 43009 42941 26390 17695 20.06 18.28 _ 4.33 26.18 9.26 _44 1992 118882 118611 96133 21860 21257 17928 4521 16.21 13.08 3.91 15s14 652 45 1992 6861 1793 4291 609 666 473 897 2.7 7.79 2.18 8.66 4.11 4 1992 86787 87064 74805 13962 12249 11414 2548 13.2 8.84 3.85 7.90 4.53 48 1992 137476 133194 108660 299 26362 24324 4492 16.18 10.38 5.5 10.82 7:71 ____49 1992 11381 6_819 0210 86____ 44 44 2127 3.05 6.80 092 434 0.82 ____ 50 1992 102036 100666 73616 28046 27626 19760 8469 15.03 13.08 3.90 17.05 7.60 61 1992 37097 36331 22117 14635 14694 11645 3434 7.69 8.97 1.96 12.17 4.44 ____ 46 1993 274876 270224 216396 68132 66472 63767 4710 20.7 12.59 8.16 16.85 14.93 ____ 62 1993 77678 77468 63637 24004 24004 16329 7712 14.2 12.63 3.1 19.59 l6.80 ____ 63 1993 130649 126913 106869 234655 21426 20319 3471 16.67 12.29 6. 12 13.21 7.85 ____ 64 1993 11711 273 9479 1160 16______ 9 2133 3.6 4.97 0.54 7.91 1.61 ____ 665 1993 14166 129 113765 64 64 40 2736 3.9 4.78 0.61 7.47 1.51 ____ 66 1993 16690 16476 10134 6430 6430 4101 1355 9.0 7.6 2.18 13.82 466 ____ 6 1993 14467 139222 116068 2906 26776 243086 5223 16.72 11.99..6.00 12.61 _ 7.13 ____61993 297 6706 6706.._. 1591 3.44______ _______ _______ ____ 69 1993 9637 4114 6642 1837 1637 1664 1331 4.41 4.659 0.95 8.09 1.97 ____ 6 0 1993 166 11252 9673 4983 4983 4103 1583 6 6.I653 12.32 10.00 3.11 ____ 61 1993 62419 62244 46465 16919 16919 11366 4567 12.06 10.75 2.59 15.01 4.48 6 1993 41456 40376 29684 11666 11658 6928 2942 8.34 7.40 1.91 10.12 3.04 63 1993 " 26167 26469 16773 9163 9163 6863 25611 9.16 7.98 2.39 13.93 5.45 64 1993 6632 3277 24066 11506 11506 676 3202 10.88 9.90 2.40 17.87 5.53 6 1993 61760 61756 37674 1391 39101 10126 3760 11.08 9.98 2.32 14.40 3.98 6 1993 447 322 322.: [....16 120 —. 6 1993 83266 63200 64111 19132 19132 13433 6711 13.60 12.76 2.54 16.82 4.18 68 1993 103438 103069 73239 30135 30135 19479 1072 15.34 13.82 3.11 19.73 6.3 6 1993 16228 4316 12464 5.91,,421 421 2343: 3.52 4.94 1.26 4.19 1.15 ___ 70 1993 10160 1620 8628 190 129 129 1423 3.70 5.04 1.06 4.41 1.106.71 1993 37 363 37264 2181 16631 1665531 10873 4678 13.6 13.17 1.94 26.37 5.03

DRY BOMASS (kglhe) Stand BA), Stroun.H-5m - Stmd Ye Stand Todl Weighted i Diameter at ast Heigh lk _ _ _ __d... Avg. Height c.from dlm (dbh) Trunk (Upper Summ To Whiter ToW rm CroW ummwr Crown whlnwr Brc Meaoon (r) S.O. iM) Mean (cm) S.D. (cm 72 1993 32230 32003 19404 12786 12784 853 3974 13.65 12.52 3.05 23.7 7.54 73 1993 68373 607 42675 25634 25634 17641 8057 14.38 12.52 3.40 22.30 8.92 74 10993- 15990 16483 133616 20204 25197 21096 5198 18.21 15.81 4.50 10.21 7.24 75 1993 161407 161109 13242 23149 22920 16713 6461 1.9 16.e.85 3.90 21.82 7.33 76 1993 220936 1772 146621 74330 71736 71736 2678 16.11 16.59 4.66 18.59 9. 18 77 1993 2793 2366 17216 10011 9962 799 2726 7.34 6.87 2.04 12.70 4.6 76 1993 4308 416 2609 1677 1670 1131 686 13.96 10.81 6.21 17.27 12.47 7 0.0_37 19e 6 664 422 146 145 6 61 18.67 19.50., 26.50. 0 1993 2114 211 1407 707 703 44 264 18.5 12.71 6.28 18.52 13.8 1 1993 20961 26667 141 9994 990081 8026 2519 7.13 6.63 1.81 11.36 3.21 2 100993 1701 11461 11741 496 4969 4130 1930 56.53 5.76 1.16 10.56 2.07 3 1993 2004 2737 16924 604 01 654 3365 4.6 5.61 2.24 9.05 4.688 _ 85 1993 18606 160766 14639 3949 36234 36130 3590 16.5 12.44 6.46 11.35 7.73 6 1993 16400 180668 14965368 34411 31717 3171 2834 16.5 1.56 4.03 16.35 7.27 6 1993.68161 563266 467 782 663 6636 1793 13.0 10.74 5.1 10.77 6.0 8 1993 17462 17326 113763 6050 306090 40918 1984 12.12 9.62 3.46 13.43 6.27 9841 993 12341 12029 971681 26174 24391 2436 2072 17.31 13.57 5.05 15.18 9.13 22 1994 632 3122 332 1991 19919 102 4914 9.3 8.74..62. 14.59. 3.08 33 1994 6363 57149 64103 670 6700 670 232 0.0 7.27 2.8 5.02 2.24 3 1994 13146 1206 776 6166 6166 4291 1069 5.63 6.03 1.3.81 2.82 37 1994 4044 3062 3062. 993 19 3 14 1317 61 4 64 5 4 2473 4.4 6. 1 0.14 7.93 1.20 3 1994 66 41 41... 15 1.4 4 740 1994 70 66 666. 1434 2, 56. 41 1994 16016 9873 12761 3771 3766 3077 2168 5.57 5.44 1.64 8.38 2.54 42 10994 1622 607 11360 2263 2610 2167 162 5.65 5.72 0.96 7.56 1.44 45 1994 13751 6202 10567 1791 1717 1533 1661 4.84 6.62 4.04 7.71 9.02.4 1994 1652 6 1723 62 544 644 2385 4.5 5.39 1.1 4.10 1.0 51 1994 4946 4799 37246 1193 119 23 0o11 4201 12.1 11.5 2.6 13.68 4.01 954 194 10721 1774 8376 6 689 682 1764 4.65 5.01 0.5 7.54 1.04 5 1994 14061 3 1161 311 311 26 2520 4.83 5.20 0.5 7.09 1.48 6 100994 132 1117 11176. 2662 3.62. 6 1994 967 631 607. 2470 2470 2052 1011. 1 5.25 0.93 8.43 1.92 6 16994 170 1232 1232..470 1.3 77 1994 27464 24061 1 1 - 8779 8677 6860 2455 9.2.04 2.97 13.00 5.90 7 1994 6566 633 4164 2363 2351 1426 97 176 99 7.15 15.67 15.9 7 1994 140 1401 966 42 4247 20.00. 31.50. 1994 401 4004 2665 1347 1339 847 500 18.80 13.27 6.20 19.48 13.87 1 1994 32066 2752 23477 754_ 7831 56892 2697 90. 8.8 2.23 12.05 3. 1 1994 2029 14 13991 36 535 430 2002 6.5 6.67 1.72 10.61 2.49 i 1I994 1i77 6 1403 2674 2071 2371 2325 6.0 5.69 2.03 6.61 2.7

Middle Sirolu (1m<H -5.) Crown Depth D.a.y Stand Ye.w swe..m. r (Is GM) (in mfMs) (I1-/e eMeha) Mideiaed cak. from da m) uppr a Uppr Middle -i — t. — n g) e I.O.. (cm Mern (i m S. 8D. (mt Stand Total Sraturn Stratum 22 1991 2.63 1.50 3.69 3.0 9 5.79 1.05 1313 1173 141 23 1991 1.87 0.96 1.32 0.87 8.11 3.31 4143 948 3195 24 19._1 1.89 0.6 1.66 0.97 6.54 2.83 2496 903 1594 25 1991 2.13 1.0 1.94 1.19 0.27 4.12 3638 873 2766 26 1991 1.88 0.76 1.81 1.1 7.62 3.66 10509 1213 92907 27 1991 1.76 0.79 1.40 0.82 6.13 2.38 3147 1405 1742 28 1991 1.93 0 6.86 1.79 0.84 10.31 4.67 7478 705 6773 29 1991 1.83 0.84 1.91 1.01 10.31 4.57 7636 925 6711 31 1991 2.04 1.13 1.78 1.06 8.0;2 - 3.44. 2895 1840 1055 32 1991 1.83 0. 2.40 1.66 5.76 2.57 3547 2008 1539 33 1991 2.63 1.02 1.72 0.73 3.04 1.47 31017 9227 21790 34 1991 1.91 0.98 1.34 1.74 8.49 4.37 6218 1911 430 35 1991 2.34 0.98 3.19 2.04 7.02 2.79 1000 625 375 36 1991 3.05 1.21 4.08 2.41 5.12 0.91 1542 565 977 37 1992 1.21 0.23 2.05 0.7 2. 10 2010 3 2008 38 1992 2.80 0.61 6.31 1.4. ___ _ 1844. 1844 30 1992 4.80. 10.00. 6.1 0.92 25 16 8 40 1992 1.3 0.28 3.69 1.06_______.___ 1555. 1655 41 199002 2.36 1.14 53.17 2.6 4.84 1.16 6016 183 4832 42 1992 2.66 1.31 4.42 3.08 4.51 0.71 3808 43 3768 43 1992 1.96 0.72 1.47 0.63 8.62 3.54 1760 561 1180 44 1992 1.63 0.79 1.88 0.90 7.23 3.91 6979 1245 6734 45 1992 1.63 0.64 1.63 0.56 4.71 1.73 21442 70 21372 47 1992 _______. 5.31 2.98 3693 3693. 48 1992 2.06 0.94 1.92 1.01 7.62 3.9 7041 1893 6148 4 1992 2.36 0.91 2.01 0.6 3.27 0.91 30744 205 30540 50 1992 1.61 0.60 1.27 0.71 7.60 3.17 6771 943 6828 51 1992 1.97 0.68 2.01 1.1 6.83 1.98 4623 1015 3501 46 1993 1.9 0.87 1.64 0.88 7.87 3.75 8287 1040 7227 52 1993 3.6i 1.26 4.6f 2.56 8.27 2.30 674 628 47 63 1993 1.908 1.16 1.60 1.31 7.32 3.14 6111 1393 3719 64 1993 3.2 1.04 6.0 2.3 4.7 0.4 1682 2 155 66 1993 3.20 1.02 6.41 1.94 4.6 0.13 2671 15 26 66 10993 2.03 1 05 02.06 1.65 7.92 2.02 4.23 338.8 67 199003 1.00 1.06 1.46 1.1 6.12 2.88 10356 1770 8586 56 1993 2.63 0.99 4.82 2.3... 17980. 1789 60 199003 2.72 1.3 4.64 2.78 4.96 0.46 1526 386 1141 60 10993.23.14 8.08 3.62 6.34 0.96 1002 5673 430 61 100993 3.9 1.05 6.70 1.0 7.00 2.23 1006 975 31 682 199003 3.64 1.18 4.87 2.21 6.92 1.8 2066 1813 242 199003 2.64 1.47 4.13 2.46 6.90 2.29 882 630 362 04 1993 2.7C 1.27 4.24 2.27 8.20 2.40 612 410 102.G6 1993 I.06 1.69 2.27 2.20 60. 2.17 976 953 _ 23 66 1993 1.0 0.24 1.6600 0.4. 1788 178 67 1993 1.67 - 0.38 2.54 1.56 6.844 1.95 1007 953 65 688 1993 3.06 1.20 7.20 3.66 7.09 1.73 876 6845 31 6 1993 2.11 0.93 1.68 0.91 2.52 0.68 40850 1433 39417 70 1993 2.33 1.12 1.98 1.11 3.24 0.40 21450 513 209038 71 1993 2.20 1.41 4.50 65.8 9.51 1.23 193 1786 16 0..,

MidMleSt.tulddb ImcHam) Cmown D0.th D-n.MyD Stnd VYo fl tn) w o (nmolWs) (Uv *slm/he) MlIued c-ko. r drom uppe, *au Upper Mddle n Ir 8.D.01 (ml Mean (c. cm e ml S. 0. Sland Totd Sltlum Sltratum 72 1993 2.42 1.43 2.76 2.44 9.41 1.63 305 180 12 73 1993 2.17 1.08 2.19 1.76 9.26 2.5 667 390 297 _ 74 1993 1.81 0.7 1.33 0.6 7.50 2.47 3680 1125 2555 _ 7 1993 1.52.5 0.6 0.00 04.74 2.15 2220 1022 1204 76 13 93 1.68 0.26 1.21 0.52 6.5 4.04 4181 970 3211 77 1993 2.17 1.0 2.74 2.04 6.57 1.40 2956 613 2344 7_ 1993 1.20 0.28 1. 0 0.34.36 3.57 1436 29 1406 7_ 1993 1.09.17 1.11 0.32 10.00. 5 3 3 _ 8 1993 ___ 10.83 3.33 13 13. __ 1993 2.58 1.32 3.3 3.08 6.25 1.45 1773 938 836 _ 82 1993 3..40 1.5 7.11 3.31 5.1 1.09 1086 563 523 83 1993 2.72 1.34. 4.10 3.2 5.00 1.41 3841 138 3711 85 1993 2.28 1.83!.9 1.62 7.01 2.83 3924 2205 1719 ____ 86 1993 1.6 0.7 1.30 0.68 9.26 3.47 6140 1283 4857 17 1993 2.19 1.24 1.76 1.25 6.69 2.48 11287 1100 10167 6 88 13 3 1.3 1.32 2.54 1.86 6.6 2.13 4703 3813 891 91 1993 1.72 0.60 1.32 0.9 8.60 2.71 7193 880 6313 22 1994 2.23 0.6 2.0 2.3 6.5 1.1 1207 1142 65 33 1994 2.30. 1.41 1.65 0.9 3.27 1.32 24555 8430 18125 36 1994 2.4 1.036 3.2.6 1. 85.52 0.9 1376 642 534 3 1994 _.3 0.53 2.0 1.0 71. _ 70 9 70 36 1994 3.86 1.03.22 1.4 4.77 0.2 1866 1 7 1849 3 1994 1. 02 0.28 _2.29 0.7__ 104. 104 40 1994 2.10 0.82 5.04 _ 1.6 _ 1706. 1706 41. 194 2.61 1.43 2.76 2.5 5.25. 2.62 431 729 3581 994 720r 1'4 2_5 42 1994,24 1.66 2 2.80 2. 1 4.31 0.5 30. 833 2096 4 1994.2.11 0.94 1.66 0.91 7.43 5.60 30037 11S 29922 4 1994 2.8 1.31 1. 6 1.0 3.59 0.78 33476 2447 31029 51 1904 2. 1.52 2.10 1.30 7.31 2.45 3517 1004 2513 -41,-, 3.-!._1..... 5 1994 3..21.03 2.331 4.75 0.44 1441 204 1237 5S 1994 3.64 1.41.8.1 2.33 4.33 0.71 2086 108 1979 8 1994 _ 2.71 1.07 4.62 2.30. -1_____ 1883 61 1604 53.6 0.97 6. 7 2.6 S.13 0.4 698 631 449 66 1694 1.1 0.31 1.80 0.6.___ 52 5288 7 1864 24 1.28 2.J7 2.1 5.62 2.35 033 483 1549 7 14 1. 0.27 1.22 0.42 1.17 6.8 2264.36 2219 79 1994 1.1 0.1 1.17 0.4 12.00. __ 4 ____ 7 8 100.4 12.47 4.5 22 22 81 1904 3.05 1.71.4.04 3.61 6.. 1.92.1565 86817 768 2 104 3.72 1.51 6.67 3.41 6.07 0.95 1196 76 521 83 1994 2.9 1.46 3.78 3.0 4.89 0.0 3083 563 2500 - - - - -- - i - i -i ii ii

00000PI.-C a 0 #A W 0 C4 C#j 40 cm 0 0 - a a cm 000000000 0:000ft- rovccpc;:F::.... C4 et C a a 0 6 0 6 6 6 0 6 0, 0 0 a ci ci ci ci 0 ft 0 0 0 00 0 0 0 0 V 410 a a go a 0 0 0 a -0 4" 0 fa 9 0 0 a 0 0 40 04 " 0 N 0 0 a 0 0 a 040000 Coco-co P so 0 COCINN00 0 co 0000000000 0 0 fa 0 A,* a 0 0 cv a cv ft cm 0 0 0 la 0 W) N0000033 N el C4 q- CIV 0 0 3 S cm 9 tv 0, r4l a - to a 0 Cl!.. 1IR. 000664666660 —* 64611i4 0vv *4,4O —w0c4ri666 cm cw 0 to 0 a 40 00091100 a " 0 0 0 co 3 co 3 P%. 0 0 tqv, 62 10 P% 3 2 0 a a Cld 0 ci ci 4i ci ci 4i di 4i ci 0 4i 4i ci 01i If -00000 00030 1* C, a C4 4! a C11! a 0 a 0 a 0 0 N 0 0 tv 0 0 cv 3 0 0 0 0 -000666666 66..: 0 0 0 0 0 0 ci 4i 0 0 a C" a tv a 1% P-6 0 0) a C) 0 q* a PI'. I'll. la 0 eV V 40 0;cvw 0 o tv tv 0 N 0 a N 0 N 0 Z poll V PIN. Z eV 0.1.. 0 0 6 -U a A 4.4 4 J., in V) el (v cm a Pb Al 40 10 a 0 V a a qv P. 0 0 to 3 N v- 0 12 419 - 0 0 V............ coo U 64i 4i W, 0 ft v 6 0 0 0 a ci N qv a tv a a NO 0 a 0 V N V I%. to 46;; 0 a N CM " la 0 N l4b N a ft V ft a to 0 C14,6 q 4D 0.. q. a 10 V - a 0.................................... N a 40 a a pft 0 4" 0 V 0 0 W) O. q- 0 a V 4-i di ci ci ci ft el f& V- Cd ft a Vftft ft 0 00-00;3-0-OV a to a 0 0 0 CM v) - 0000IN 00 do 1 04 a 0 0 Iri I.; P; P; v; 0 to 0 a *No *NO a a Ns V 10 CIO 0!c P I"t a 491 0 ft a a N a 0 0 - v- V- 01. a Cld Ino 0 If 40 a V........................... 40 a V o- 1% - V - a ft a a ft a N Cd - ft qw ft ft ft C4 Al tv C4 C41 C4kl ft 940 " 4% ft " el a el 0 00000 Oa 00000000000 00 0 00 0000 W v.- W-P I- W- q. V- q. 4- W- W- W- q. W W- V- W- W I- ICY C" 10 a 0 P%. aNN:: cm C14 OA fm v v v v v v v a a v a a a 0000000000ONN D-9

stlnd vow (mA2Ibe) Stand Tota Stend Teta UPer bUddb Culer DA Conltar BA Red Pkw OA Jack Pin. BA _________ LW* Skeaum Lb. Live Percent Red Pbi@ BA Jac* Pine OA Percent Percent 7 2 1993 6.66 0.61 6.73 0.13 6.79 0.99 6.13 0.65 0.92 0.07 7__ 73 1993 17.64 0.20 17.65 0.16 17.61 1.00 12.29 5.52 0.69 0.31 ___74 1993- 37.67 670 37.22 0.44 25.51 0.66 0.00 0.00 0.00 0.0 _ _75 1993 42.63 7.22 4..463 0.10 39.72 0.93 000 0.42 0.00 0.01 ___7 1993 33.19 1.31 $2.75 0.44. ____0.00 0.00 0.00 0.0 I___7 1993 10.96 0.66 6.60 2.16 9.77 0.69 6.67 3.10 0.61 0.26 ___76 1993 1.16 0.12 1.01 0.15 0.93 0.60 0.93 0.00 0.60 0.00 _ _79 1993 __ 0.14 0.20.141 0.01 0.14 0.95 0.14 0.00 0.95 0.00 so_ 6 1993 0.49 0.03 0.49. 0.44 0.91 0.44 0.00 0.91 000 a__ 61 1993 11. 76 027 10.30 1.46 11.36 0.97 6.53 5.64 0.47 0.50 ___ 62 1993 7.67 0.06 513 2.66 7.67 1.00 4.06 3.69 0.53 0.47 is__6 1993 9.12 0.14 1.14 7.96 6.34 0.91 6562 2-11 0.64 0-23 6 5 1993 33.43 2.61 32.....6 0.791 0.42 0.01 0.0 0.001 0.00 0.0 a__6 1993 33.05 3.161 32.24 0.62 0.j06 0.00 0.00 0.00 0.00 0.00 a__ 1993 16695 6.05 13.12 3.73. ____0.00 0.00 000 0.0 a_ 66 1993 66.40 6.22 66.72 0.69 66.40 1.00 0.00 0.00 0.00 0.0 9 1 1993 23.0 1.07 21.67 1.33 0.36 0.02 0.00 0.00 0.00 0.0oo 2_ _ 22 1094 20.0 16.94 0.06 20.00 1.00 20.00 0.00 1.00 0.0 ___ 3 1994 24.54 3.47 20.00 4.64. _____0.00 0.00 0.00 0.0~ __36 1994 6.27 0.61 j.0.60 6.11 0.96 1.17 4.941 0.19 0.79 _ _37 1994 2.99 0.46 ____2.99 2.991 1.00 0.10 2J.9 0.03 0.97 _ _36 1994 ~6. I jO 6 j060 jl 6.16 1.00 0.0 6.16 0.00 1.0 3 1994 0.0 _____.____0.06 0.04 0.97 0.00 0.04 0.00 0.9 ___4 1994 3.72 ___ ___ 372 3.72 1.00 3.31 0.40 0.69 0.11 4 1 1994 640 0.03 4.39 j.01 7.47 0699 4668 2-34 0.66 0.26 _ _42 1994 7.32 0.16 j.o0 3.42 6.31 0.66 0.00 6.29 0.00 0.66 ___45 1994 9.63 1.03 1.24 8.3 0.30 0-03 0.00 0.00 0.00 0.0 4 1994 15.21 103 3.45 11.76 ____0.00 0.00 0.00 0.0 6 1 1994 17.2 0.44 16.01 1.26 16.19 0.94 14.90 1.26 0.66 0.0 ____6 1994 4.991 0.03 09 4.06 4-99 1-00 0.00 4.99. 0.00 1.00 65 1994 6j.63 0.10 6.06 6.63 1.00. 0.00 6653 0.00 1.0 ___6 1994 4.23 0.4. 1 4..21 2.00 0.00 4.21 0.00 1.00 5 1994 4.566 5.12 1.44 4-66 100 0.00 4.66 0.00 1.001 ___6 1994 1.521 0.42. 1.6 1.62 1.00 000 1-62 0.00 1.0 7 1994.371 0.33.,73 1.66 6.02 0.66 6.40 2.76 0.56 0 2 761 1994 1..13 27 -0.29 1-14 0-73 1.14 0.00 0.73 0.0 7d 1994.32 009 0.3..j 0.1~.32 0.97 0.32 0.00 0.971 0.0 ad 1994 0.911 0-.0 0.91 ______ 0.61 0.69 0.61 0.00 0.69 0.0 681 1994 11.721 0.541 9.971 1.76 11.43 0.97 6.69 6.69 0.60 0.46 62 1994.,521 0.2 291 2.23 61.60 1.00 4.36 4.16. 0.61 0.4 63l 1994 9.31 0.12 3.751 4.6 7.76 0.93 5.61l 1.761 0.67 0.21l 0

0 -A _._ Groundi C4P,% Err, % (upper & mddb) etaaMd Ye V.22 1991 _ 16.80 15.79 23 1991!12.88 22.99 2 1991 12.95 31.8 25 1991. - -. — 16.67 27.30 2_ 1991 — _____ ____. 10.65 16.90 2___ 1991 _.03 3.081 2 __1991 14.43 16.0 2_ 1991 11.90 11..6 _31 1991 _____ _____ __ __.79 13.62 3_2 1991.____.. ____. ____.24 23.43 33 1991 16.23 1.19 _341 100991 _______ _17.71 13.49 _35 1991 _ _ 16.97 24.39 36 1991 24.74 30.08 3_ 1992 1992i, 64.74 7 22.62 114 41.68 37.85 3__ 1992 1I92 1.01 20j.97 104 17.16 13.49 3 _ 3 1992 12 s.07 1 0.0 12 12.1 12696 34.96 40 1992 100992.97 14.66 10 24.34 16.40 41 1992 199 668.23 24.33 120 17.09 16.70 42 1992 1992 74.01 20.3 118 14.90 2102 43 1992 199i 48.87 2f.71 012 12.33 36.6 44 1992 199 6 0. 0.6 j 7 120 16.42 20.68 46 1992 1994 70.7 0 20.03 201 19.8 18.00 47 199002 1 63i.9 26.44 84 11.22 21.57 486 1992 199 32.711 2 j1. 9 120 1_2.69 14.25 4 1992 109 7 l. _ J.99 66.... 26.30 21.74 6o 1992 199 32..9 23.85 12o0 9.9 21.68 81 1992 10099 3.11 29.34 120 16.46 34.69 4 1993 Io99 20.43 17.4 1 2 14.09 16.69 6 199003 _ 1003 61.43 26.03 1 2 17.27 16.83 563 19 93 1900 41.88 17.89 120 16.86 17.84 6 1993 199 67.11 16.76 120 16.44 22. 68 12993 1 93 2.64 19.46 120 14.06 19.14 6_ 19_3 199 63.21 16.3S3 121 22.74 28.37 6 1993 100: 43.76 17.660 1201 11.27 17.25 88 199003 1009.0 17.72 1201 21.37 21.66 50 19003 t199 7.7, 17.96. 120 22.66 36.21 60 1993 1993 72.04 10.741 120 1.38 22.5 0_ 1 1993 9 66.02 1.16 121 10.24 13.70 6 10093 1001 72.12 16.63 1201 1_0.66 12.62 __ 1993 1990 70.08 20.76 120 13.60 1.096 _ 4 1993 61031 O:.81 2!1.442 120 1.80 21.67 __ 1993 1 93 74.46 17.4 _____ 12 13.87. 1..03 __ 6 1993 1993 63.31 17.31 1201 3.27 42.78 ____ 7 1993 1 67.10 16.12 120 90.96 11.52 __ 1993 1993 36.76 20.61 120( 11.96 12.73 _193 1 993 62.16 19.093 46 13.02 1.08 70 1993 1993 6.6 19.2 24 28.61 48.7 1 71 1 93 1003.4 20.40 12 26.24 24.30

Ground C4w% Error % (uppew middb) Stand Yew -Yr Me| m ed A. Covwr % Sd N of Pw14 BA Densl 72 1993 1993 27.97 31.11 120 21.47 50.86 73 1993 1993 56.23 24.84 120 18.57 24.50 74 1993 13 39.4 16.25 120 9.12 38.04 75 1993 1993 33.67 21.0 a. 1 9.45 30.07 78 193 1993 20.26 1 7 120 10.12 27.53 7 19933 1993 00.77 21.18 12 16.71 21-15 78 1993 1993 60.72 18.97 120 114.19 37.83 79 1993 1993 46.2 26.16 12 17.27 86.91 80 1993 1993 32.9 22.38 120 79.62 80.00 81 1993 1993 88.76 12.2 120 14.03 26.75 82 1993 1993 66.53 12.81 12 18.87 21.46 8 8 1993 1993 49.15 20.37 12 13.73 16.78 __ 8 1993 1993 23.18 16.27 12 8.00 14.17 __1993 13 37.25 19.62 10 9.93 26.34 8 _ 1993 1993 92.97 13.2 _ 15.59 20.7 _ 88 1993 1993 42.15 25.21 12 6.51 25.2 91 1993 1993 30.88 18.7 8 2 1.27 36.9 _ 22 1994 1994 65.7 34.36 7 33 1994 1994 44.17 23.38 24 3__ 1994 1994 86.93 12.10 ____ 71 3_ 11994 194 70.95 25.27 7 _ 3 8 1994 1994 70.73 17.71 4 _ 39 1994 1994 2.34 21.68 7_ _1 40 1994 10994 6.17 13.2 2 4 _ 41 1994 1994 73.28 28.44 _ 54 _ _ 4 42 1994 194 4.06 18.18 72t _ 4 4 1994 1994 70.70 20.93 2__ 0 _ 4 _ 1994 1994 6944 26.73 5 __ 1 1994 1994 81.85 28.93 72 _ 4 1994 1994 71.04 18.03 7 _ S 1994.1994 7.6 11.57 7 __ 58 19944 94 92.34 13.82 71 ______1 5 1994 1 94 80.14 17.98 69 _ 19941994 68.14 14.45 70 __ 7 199494 994 62.60 32.44 72 _ 78 1994 1994 1.23 17.04 61 __ 71 1994 1994 47.02 25.8 47 0 8 1994 1994 63.33 26.90 72 _ 81 1994 1994 88.96 12.87 72 __ 82 1994 1994 ".8 10.75 71 83 1994 1994 73.11 22.06 72 -

Leat Area Index - a "LAI Summary" Stand Year _________ ______ ____ Corrected___________ __________ Summer LAI Winter LAI Measured Sep-90 ______41111991 or 12V93 Aug-91 Jul-02 ______ Sep-92 Ave______g____ _____ Full Canopy Crown, Full Canopy. Crown FulCnp Crown Full Canoi, -Crown Full Canopy crown Fu!ll CanopySCrownL. FulCnp 22 1991 2.40 3.20 2.50 _ _________ 3.20 2.45 3 20 23 1991 __ ___ 3.36 4.83 3.10 _ ____ _____ _____ 4.83 3,23 4 60 _ _ _24 1991 __ _ _ _ 2.00 5.35 2.34 __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 5.35 2.17 5.11 ___25 1991 _ ____ 3.38 _ ____ 5.32 3.20 _____ _____ _____5.32 3.29 5.12 _ _ _28 1,91 __ _ _ __ _ _ _ _ 4.57 2.02 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 4.57 '2 02 4 42 ___27 1991 _____ 2.36 _____ 4.22 2.48 _____ _____ _____ _____ 4.22 2.42 4A14 ___28 1991 _____ 3.59 0.47 0.47 4.56 4.16 4.19 4.37 3.87 0 47 _ _29 1991 _ ___ 3.72 0.25 0.25 4.22 3.80 4.11 _ ___ ____4.16 3.76 0.25 3__ 31 11991 _ ____ 2.61 0.13 0.13 3.85 3.36 3.67 _ ____ _____3.76 2.98 0 13 ___32 1991 _____ _____5.86 5.28 _ ____ _____5.186 5.28 5 80 __ 33 1991 ____ 1.72 0.11 0.11 3.33 2.18 3.81 ________ 3.57 1.95 O.11 ___34 1991 2.78 0.18 0.18s 3.98 3.43 3.71 _ ____ _____ _____ 3.85 3.11 0. 18 _ _ _35 1991 1.03 2.44 1.38 _ _ _ _ _ _ _ _ __ _ _ _ __ _ _ _ __ 2.44 1.20 2 43 36 1991 0.60 _____ _ _ _ _ 1.73 0.80 _____ _____ _____ _____ 1.73 0.70 1 69 __ _37 1992 _ _ _ _ _ _ _ __0.84 __ _ _ _ _ _ _ _ _ _ _ _ 0.84 0.84 _ _ _38 1992 _ _ _ _ _ _ _ _ __1.15 _ _ _ __ _ _ _ __ _ _ _ __ 1.15 1 i5 _ _ _3 1992__ _ _ _ __ _ _ __ _ _ _ _ 1.12_ _ _ _ _ _ _ _ _ _ 1.12 1 12 _ _ _4 1992 _ _ _ _ _ _ _ _ _ __ _ _ __1.27 _ _ _ __ _ _ _ __ 1.27 1 27 4 1 1992 ____ __ ___2.20 0.39 2.20 0.39 2.04 42 1992__ ___ 43 1992 _____ _______ ___3.92 2.40 3.92 2.40 3 84 _ _ _44 1992 _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ __ 3.83 1.92 _ _ _ __3.83 1.92 3 12 45 1992 _ ___ 0.13 0.13 2.05 _ ___ ____2.05 0.13 47 1992 __ ___ 1.85 1.85 _ ____ _____4.76 4.76 1 01 ___48 1992 _____ 1.01 1.01 _____3.43 1.77 3.43 1.77 0.99 49 1992 __ _ _ _ 0.99 0.99 _ _ _ _ _ _ _ __ 0 01 ___50 1992 _ ____ 0.01 0.01.3.02 3.02 2 52 5 1 1092 _____ __ ___3.05 3.05_____ 4 6 1993 __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 1 85 _ _ _52 1993_ _ _ _ _ _ _ _ 5 3 19 9 3 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ _ _ 1 0 6 ___54 1993 1.06 1.08 __ _ 5 1993_ _ _ _ _ _ _ _56 1993__ _ _ _ _ _ _ _ _ _ _ _57 1993 _ _ _ _ _ _ _ _ _ __ _ _ _ __ _ _ __1.44 _ _ _58 1993 _ _ _ __ 1.44 1.44 _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _59 1993__ _ _ _ _ _ _ _ _ 0 26 ___60 1993 0.26 0.28 0 89 __ _ 61 1993 0.89 0.89_ _ _ _ _ _ _ _ _ _ a_ _ 62 1993__ _ _ _ _ _ _ _ _ 6_ _ 83 1993_ _ _ _ _ __ _ 64 1993__ _ _ _ _ _ _ _ _ 6_ _ 65 1993__ _ _ _ _ _ _ _ _ __ _ 66 1993__ _ _ _ _ _ _ _ _ 6_ _ 67 1993 __ _ _ ___ _ _ ___ _ _ ___ _ _ _ _ _ _ _ _ 6_ _ 88 19 9 3 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 69 1993 0 73 t -:: m F-I I II I I -1 70 1993 0. 73 0. 73 I __1 t10931 ___ I __ II__ Ii _ I ___I __ i-. -4 I I I I

II I I I I j I L I I i 3 I I a ~ C4 ) ~ a00 0 N @0 r o cida I I I I Ili III-III I I 1 1 1 1 I I I I I I I I II II I I I I -,r"r...... I I 1 1 II i M-W.j........................ I r r.. 11............... I.. P. N V" 10 N 10 0 1100 10 Iva eV, flat loa M a Y bt n n4 D-14

vow.. — W-d Yew IN OOODHATE SW E I8W Y I INE X I INE Y 22__ 1991 23__j~ 1991 ___24 1991 25 1991 26j 1991 ___27 1991 ___28 1991 667521.1 669386.1 6736292' 669396.4 6762332' 6627800.j 661638.:, 661647.4 esosos-.: 666007.2 66043921 660543.' 6701 17.1 6135412.5 5130535.0 5136046.1 5130726.1 5133016.5 667820.01 6135645.4 fiaaoaia-I owop.ol 673826.4 669560.2 657,65909i -- - A&4nan is 0u3091W, Gouzuu.3 J 5139469.6J 661738.7I 613960.66 661661-!j 1991 I 31 1991 I 32 1991 33 1991 I 34 1991 6143976.1 6147767.1 61 43750.0 61 43607.0 661109.2 666203.~ 660616.1 660796.1 670311.0 5130606.1 5 138262.4 6131006.4 6133336.4 6136121.4 6139694.4 6140016.4 5144177.4 6147963.4 61 I43976.4 6 143766.1 6136173.4. 65136271.4 6139413.4 6139663.4 6140099.4 6139632.1 6136743.4 6132762.4 6134277.4 6137667.1 - - - 1991 I 6135924.0 -::= - - - -- t -, H - =:T> 5-,: 1991 I ___37 1992 ___36 1992 ___39 1992 ___40 1992 4 1 1992. 42 1992 i 43 1992 44 1992 45 1992 47 1992 I 460 1992 I esseso.:. 667969.4 669440.4 666060.4 672660.' 671366.4 666034.4 666474.1 567165.4 6136079.0 6139207.1 6139490.1 6139679.0 6139640.1 6136536.0 5132472.0 6134060.1 6137720.0 6144299.1 6146610.0 6 146666.0 666904.0 6U81S4.2 ------ = 669710.7 6663005 672959.1 671727.1 6662463 6667421 666166.1.0 -L 01 660131.8 - - - 4-:, 655400.1 - - - - - - - V i 41 1992 661166.4 4 — m. i j12~ 656661.4 661446.1 66163.6. 674556.1 1 7 1 1 1 1 6144620.4 6146766.4 6146606.4 61 43642.A 6143641.1 6139699.A 6146662.0 6137729.1 61I 1992 674269.11 6139404.1 - 461 1003 1 049906-i1 5146313.51 660229.4 1 1993 I; 671515.91 6137612.0 671722.1 I 63 1993 I 64 - 1993 1 1222 I 55925751IL 66 1993 _ _ _ _ 1993 I I so 19*93 - 671 69 1993 6 1993 __I 61 1993 __ 6 1993 ___63 1993 __I 64 1993 1' 6 1993 __'_ 66 1993 67 1993 __ 66 1993 69 1993 i -I -i 673746.7 6141207.5 669246.7 6139153.5 66949L6._3 6140713.0 669263.0 613661210 669773.6 6142210.0 671466.6 6137906.1 666647.0 6137016.1 66705064 16136636 A 16137066.0 6136633.6 16137900.0, 666609.3 668621.0 117>- - -, 6136646.0 6136763.0 6 137266.0 5137036.0 61361086. 6136926.0 6139692.1 5137337.0 DOWq u61 666666.1 - - - - - r- F-i 666667.6 - I II - I - I I I wuwwqw. - 6137129.61 670423.4 141280i[ 673939.7 5141601.5 1993 I -M I:-: m,. 1 7-11 1991 1 ~~2~L~2W~ 671806.21 6139661.61 619. 196. 671998.91 5139786.0

Stand Yew UTM COORDNATES SWX SWY IHEX NET 72 1993 671998.9 5139"56. 672205.3 5139795.5 73 1993 670106.5 5140329. 670413.4 5140558.5 74 1993 666143.3 614191.0 666376.1 5142152.5 75 1993 666417.5 6141759.5 666634.1 5142160.5 7__ 1993 666264.0 6142955.0 666490.5 5143148.5 _ 7 1993 664039.0 6137771.0 664239.1 5138006.5 78 1993 661131.1 61347097.0 661389.3 5135128.0 709 1993 660921.1 6133567. 661119.9 5133830.5 _ 0 1993 660858.3 8134149.0 661106.1 5134362.0 81 199003 665172. 6135674.0 665421.8 5135869.< ____ 802 1993 666688. 5135026.5 6658867.6 6135293.5 8_ 3 1993 672055.0 6136839.0 672263.4 6135776.0 85 1993 655787.4 6139630.0 65996.6 51390831. __ 1993 660400.8 6141600.0 60557.9 6141918.5 __ 7 1993 86538.63 147164.5 659143.2 6147494.0 ____ 1993 6562790.8 148144.8 666476.0 6148363.6 9_ 1 1993 646641.6 6146SS3.6 646838.61 6145872. 22 1994 667621. 65135412.5 866720.0 6135645.0 33 100994 6604390.2 6143760. 660818.8 5143976. 3__ 1994 666660.3 136079.0 666904.9 6136271. 37 1994 667080.99 8139207.5 66164.2 513941s.5 3_ 1994 60440.2 5139490.5 669710.7 1396083.6 30 100994 66080.6 68139879.0 668300.7 5140099.1 40 1994 672560.4 5130"40.6 672959.5 5139832.s 4_ 1 1994 671386. 6135636.0 671727.1 5135743. 42 1994 668034.0 5132472.0 666246.3 5132752.5 45 1994 659097.4 814429900.5 660131.8 5144620.5 40 1994 661166.4 8143632. 0661446.1 5143842.0 ____ 51 1994 6742980.1 6139404.8 674666. 61399900.0 54 199004 660036.0 61340.0 66809246.7 8139163.5 S5 1994 669267. 68140463.8 669496.3 5140713.0 6_ 1004 671826.4 6137700.0 671468.8 61379000. 6_ 1994 668649.6 136817. 6688847.0 6137018.5 __ 199004 668886660.4 613722.0 6807.6 6138928.0 77 1994 66403. 6137771.0 6604239.1 51300. 76 1994 661131.1 8134797.0 861380.3 6135612.0 7 1994 660921.1 5133697. 6611119. 613330. 80 19004 660868.3 6134149.0 661108.1 6134352.0 6 1 1004 666172.0 6138674.0 665421.8 6136860.0 821 1994 066688.0 6136026.8 665807.6 81362093. 83 19004 7206.05 6136639.0 672263.4 6138776.0

APPENDIX E: STAND STRUCTURE

I

-------------— STAND=22 YEAR=91 STRATUM-1 --- —------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) ( stem* ) plcgla 7.63 3.03 3.00 5.33 0.58 3.00 4.83 0.58 3.00 0.04 8 pinres 13.60 3.03 466.00 7.61 0.96 9.00 6.11 0.99 9.00 17.77 1165 STRATUM TOTAL 13.57 3.06 469.00 7.04 1.34 12.00 5.79 1.05 12.00 17.81 1173 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=22 YEAR991 STRATUM=2 --- —-------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (9 stems) amespp 1.01 0.27 8.00 1.45 0.31 8.00 NA NA 0.00 0.01 63 picgla 5.70 1.13 2.00 4.00 1.13 2.00 NA NA 0.00 0.04 16 pinres 5.86 2.86 8.00 3.25 1.62 8.00 NA NA 0.00 0.20 63 STRATUM TOTAL 3.69 3.09 18.00 2.53 1.50 18.00 NA NA 0.00 0.25 141 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=22 YEAR=94 STRATUM=1 --- —---------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (n2/ha) (stem/ha) pinres 14.59 3.08 274.00 8.75 1.38 24.00 6.58 1.14 24.00 19.94 1142 STRATUM TOTAL 14.59 3.08 274.00 8.75 1.38 24.00 6.58 1.14 24.00 19.94 1142 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=22 YEAR=94 STRATUM=2 --- —------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (a) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD W MEAN STD N (m2/ha) (stems/ha) m amespp 0.65 0.07 2.00 2.34 NA 1.00 NA NA 0.00 0.00 26 - pinres 4.23 1.80 3.00 2.79 1.40 2.00 NA NA 0.00 0.06 39 STRATUM TOTAL 2.80 2.34 5.00 2.64 1.02 3.00 NA NA 0.00 0.06 65 ---------------------------------------------------------------------------------------------------------------------

-STAND=23 YEAR=91 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES abibal acerub betpap picgla picmar pinres pinstr popgra STRATUM TOTAL MEAN 11.23 6.35 16.73 8.62 18.20 34.69 24.64 27.10 17.95 STD 5.84 4.53 6.89 4.92 8.06 10.52 9.92 NA 13.79 N 12.00 145.00 11.00 25.00 2.00 77.00 106.00 1.00 379.00 MEAN 11.23 12.96 16.28 9.33 18.00 23.33 20.72 23.50 17.63 STD 5.80 6.22 5.18 5.74 4.24 5.51 6.64 NA 7.73 N 11.00 13.00 9.00 12.00 2.00 24.00 32.00 1.00 104.00 MEAN 8.77 7.73 8.94 5.63 10.50 8.54 8.20 9.50 STD 4.93 4.37 2.80 2.84 0.71 2.25 3.02 NA N 11.00 13.00 9.00 12.00 2.00 24.00 32.00 1.00 BA (m2/ha) 0.37 1.73 0.70 0.48 0.14 19.84 14.67 0.14 DENSITY (stems/ha) 30 363 28 63 5 193 265 3 8.11 3.31 104.00 38.07 948 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ---- STAND=23 YEAR=91 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES abibal acerub amespp betpap picgla picmar pinstr m prupen ' salspp N) vibcas STRATUM TOTAL MEAN 2.63 1.24 0.63 0.92 2.14 2.70 1.30 1.30 0.70 0.82 1.32 STD 1.14 0.78 0.26 0.55 1.03 NA 0.51 NA NA 0.37 0.87 N 20.00 337.00 4.00 15.00 15.00 1.00 6.00 1.00 1.00 9.00 409.00 MEAN 2.06 1.92 1.33 1.51 1.71 1.70 1.27 1.80 1.20 1.29 1.87 STD 0.83 1.00 0.33 0.69 0.63 NA 0.42 NA NA 0.25 0.96 N 20.00 337.00 4.00 15.00 15.00 1.00 6.00 1.00 1.00 9.00 409.00 MEAN NA NA NA NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.10 0.44 0.00 0.01 0.05 0.00 0.01 0.00 0.00 0.00 0.62 DENSITY (stems/ha) 156 2633 31 117 117 8 47 8 8 70 3195 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

---- STAND=24 YEAR=91 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH SPECIES acerub betpap pinban pinres pinstr popgra poptre STRATUM TOTAL MEAN 5.83 11.43 17.20 24.93 8.19 9.76 2.70 15.28 STD 2.19 5.24 3.98 19.29 1.75 3.26 NA 6.23 N 43.00 18.00 275.00 7.00 9.00 8.00 1.00 361.00 MEAN 7.75 10.50 14.60 13.36 6.00 10.00 5.50 10.99 STD 2.16 3.38 3.63 5.03 0.71 2.45 NA 4.31 N 10.00 12.00 15.00 7.00 4.00 7.00 1.00 56.00 MEAN 5.50 7.79 7.17 8.93 4.75 3.57 3.50 6.54 STD 2.01 2.86 2.51 2.86 0.65 1.64 NA 2.83 (m) N 10.00 12. 00 15.00 7.00 4.00 7.00 1.00 56.00 BA (2 /ha) 0.33 0.55 16.83 1.29 0.12 0.16 0.00 19.29 DENS ITY (stems/ha) 108 45 688 18 23 20 3 903 -------------------- STAND=24 YEAR=91 STRATUM=2 ------------------------------------------------------------- SPECIES acerub amespp betpap corcor pinban pinres pinstr popgra salspp STRATUM TOTAL MEl 1.6 0.8 1. 5.4 4.1 2.9 2.1 1.3 1.5 DIAMETER (cm) LN STD 51 0.76 33 0.25 38 1.07 14 0.38 10 NA 70 NA )2 1.41 10 NA 30 0.85 56 0.97 MEASURED HEIGHT (m) N 65.00 3.00 12.00 97.00 1.00 1.00 22.00 1.00 2.00 204.00 MEAN 1.97 1.33 2.20 1.75 3.20 2.90 2.09 2.50 1.30 1.89 STD 0.79 0.15 0.77 0.48 NA NA 0.88 NA 0.42 0.68 N 65.00 3.00 12.00 97.00 1.00 1.00 22.00 1.00 2.00 204.00 CROWN MEAN NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.13 0.00 0.03 0.09 0.02 0.01 0.14 0.00 0.00 0.42 DENSITY (atoms/ha) 508 23 94 758 8 8 172 8 16 1594 m

STAND-25 YEAR=91 STRATUM=1 DIAMETER (cm) MEAN STD N MEASURED HEIGHT (m) MEAN STD N CROWN DEPTH (m) SPECIES abibal acerub betpap picgla picmar pinres pinstr popgra STRATUM TOTAL 7.53 5.29 5.90 10.78 10.45 35.86 26.66 29.25 16.02 3.06 3.38 5.24 6.16 4.93 11.58 11.78 12.80 14.50 18.00 123.00 21.00 32.00 23.00 62.00 68.00 2.00 349.00 7.56 11.77 11.00 10.93 11.83 23.06 21.04 22.50 16.52 3.14 5.63 5.26 4.83 5.05 6.13 5.89 7.78 7.89 8.00 13.00 9.00 14.00 9.00 26.00 27.00 2.00 108.00 MEAN 6.00 7.85 6.78 8.76 8.33 10.23 11.37 9.50 9.27 STD 3.00 3.72 2.69 3.89 3.81 3.34 4.81 3.54 4.12 N 8.00 13.00 9.00 14.00 9.00 26.00 27.00 2.00 108.00 BA (m2/ha) 0.23 0.95 0.25 0.96 0.60 17.26 11.32 0.37 31.94 DENSITY (stems/ha) 45 308 53 80 58 1 55 170 5 873 -------------- STAND=25 YEAR=91 STRATUM=2 ------------------------------------------------------------ SPECIES abibal acerub alnrug amespp betpap picgla picmar pinstr popgra salspp vibcas STRATUM TOTAL DIAMETER (cm) MEAN STD N 3.03 1.35 42.00 1.57 0.79 206.00 1.00 NA 1.00 0.60 NA 1.00 1.17 0.69 30.00 3.56 1.60 23.00 3.76 1.34 9.00 2.08 0.81 36.00 2.70 NA 1.00 1.70 0.28 2.00 0.93 0.38 3.00 1.94 1.19 354.00 MEASURED HEIGHT (m) CROWN DEPTH (m) MAN 2.37 2.13 1.30 1.20 1.70 2.43 3.38 1.84 3.70 2.05 1.17 2.13 STD 1.00 1.09 NA NA 0.88 1.15 1.13 0.69 NA 0.21 0.21 1.06 N 42.00 206.00 1.00 1.00 30.00 23.00 9.00 36.00 1.00 2.00 3.00 354.00 MEAN NA NA NA NA NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.28 0.39 0.00 0.00 0.03 0.21 0.09 0.11 0.00 0.00 0.00 1.12 DENSITY (sterm/ha) 328 1609 8 8 234 180 70 281 8 16 23 2766 m ---------------------------------------------------------------------------------------------------------------------

-----------— STAND=26 YEAR=91 STRATUM= ------------------------------------------------------------ SPECIES ablbal acerub betpap larlar picmar pinban pinres pinstr poptre STRATU TOTAL 7.( 9.' 16.: 15.1 11. 17.: 20. 22.( 16.1 DIAMETER (cm) LN STD 30 2.39 91 7.51 17 5.44 82 8.99 58 4.78 ' 17 3.68 70 NA 68 7.81 16 4.97 MEASURED HEIGHT (m) N 8.00 12.00 3.00 11.00 422.00 9.00 1.00 14.00 5.00 MEAN 6.43 8.67 15.50 12.68 12.05 13.61 15.50 13.65 14.90 STD 2.57 5.12 3.50 4.01 5.12 2.61 NA 3.47 3.58 N 7.00 12.00 3.00 11.00 20.00 9.00 1.00 13.00 5.00 CRONN MEAN 5.21 5.63 8.17 7.91 8.18 8.00 8.50 10.15 6.60 DEPTH (a) STD N 1.91 7.00 3.82 12.00 3.33 3.00 2.86 11.00 4.48 20.00 2.25 9.00 NA 1.00 3.61 10.00 2.99 5.00 BA (m2/ha) 0.08 0.35 0.17 0.70 13.00 0.54 0.08 1.57 0.28 DENSITY (stemu/ha) 20 30 8 28 1055 23 3 35 13 12.08 5.51 485.00 11.93 4.70 81.00 7.62 3.65 78.00 16.78 1213 --------------------------------------------------------------------------------------------------------------------- STAND-26 YEAR-91 STRATUM=2 DIAMETER (Ca) MEASURED HEIGHT (a) m 61 SPECIES ablbal acerub alnrug amespp aromel larlar ledgro nemmuc picmar pinban pinstr salspp sorame vibcas STRATUM TOTAL MrA" 3.73 1.64 1.49 1.07 0.82 2.39 1.04 1.43 2.61 1.85 3.20 1.39 1.60 1.15 1.81 STD 1.97 0.92 0.63 0.33 0.19 1.54 0.23 0.61 1.03 0.21 0.42 0.70 0.34 0.41 1.10 N 44.00 144.00 70.00 19.00 5.00 7.00 14.00 175.00 352.00 2.00 2.00 8.00 9.00 339.00 1190.00 MEAN 2.59 2.65 1.98 1.86 1.30 2.56 1.20 1.65 2.60 1.30 1.10 1.51 1.74 1.49 STD 1.18 1.41 0.90 0.85 0.20 1.43 0.13 0.59 1.21 0.28 0.14 0.40 0.52 0.44 N 40.00 23.00 19.00 7.00 5.00 7.00 7.00 20.00 32.00 2.00 2.00 8.00 9.00 16.00 CROWN DEPTH (a) MEAN STD N NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 BA (m2/ha) 0.48 0.31 0.11 0.01 0.00 0.03 0.01 0.26 1.70 0.00 0.01 0.01 0.01 0.31 DENSITY (stems/ha) 344 1125 547 148 39 55 109 1367 2750 16 16 63 70 2648 2.14 1.11 197.00 NA NA 0.00 3.27 9297 ---------------------------------------------------------------------------------------------------------------------

SPECIES acerub amespp betpap pinban STRATUM TOTAL STAND=27 YEAR=91 STRATUM=1 DIAMETER (cm) MEAN STD N 4.24 1.06 57.00 2.78 0.39 6.00 20.67 2.57 3.00 15.51 2.90 496.00 14.26 4.56 562.00 ----------------------------------- ---------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (sterm/ha) 7.25 1.51 6.00 4.80 1.35 5.00 0.21 143 7.50 0.00 3.00 5.00 0.00 3.00 0.01 15 14.17 0.29 3.00 10.00 0.87 3.00 0.25 8 15.25 2.69 12.00 6.00 2.29 12.00 24.24 1240 12.15 4.31 24.00 6.13 2.38 23.00 24.72 1405 --------------- STAND=27 YEAR=91 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES acerub amespp betpap corcor faggra pruser STRATUM TOTAL MEAN 1.98 1.42 1.30 1.02 1.50 1.40 1.40 STD 0.96 1.05 NA 0.33 NA NA 0.82 N 84.00 11.00 1.00 125.00 1.00 1.00 223.00 MEAN 2.23 1.75 2.30 1.48 NA 1.50 1.88 STD 1.00 1.07 NA 0.44 NA NA 0.89 N 84.00 11.00 1.00 69.00 0.00 1.00 166.00 -------- STAND=28 YEAR=91 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (m) m 6) SPECIES abibal acerub acesac betall faggra pinstr tsucan STRATUM TOTAL MEAN 8.30 23.47 7.46 21.03 20.52 55.20 25.79 21.78 STD NA 10.79 7.29 13.86 18.26 NA 12.01 14.73 N 1.00 109.00 9.00 38.00 103.00 1.00 21.00 282.00 MEAN 5.00 20.63 8.43 16.62 19.40 31.00 12.94 17.49 STD NA 5.61 4.21 7.04 6.75 NA 4.36 7.07 N 1.00 31.00 7.00 25.00 36.00 1.00 18.00 119.00 CROWN MEAN NA NA NA NA NA NA NA CROWN MEAN 1.50 11.88 4.07 10.61 11.17 15.00 9.06 10.38 CROWN MEAN 3.30 NA NA NA NA NA 3.30 DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 - ----- -- - --- -- DEPTH (m) STD N NA 1.00 4.04 28.00 1.86 7.00 4.90 19.00 4.32 33.00 NA 1.00 4.22 18.00 4.64 107.00 - ----- -- -- -- - - DEPTH (m) STD N NA 1.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 1.00 BA DENSITY (m2/ha) (stems/ha) 0.01 3 14.26 273 0.18 23 4.69 95 15.20 258 0.60 3 3.31 53 38.26 705 BA (m2/ha) 0.25 0.02 0.00 0.09 0.00 0.00 0.36 DENSITY (-temu/ha) 656 86 8 977 8 8 1742 ----------- STAND=28 YEAR=91 STRATUM=2 SPECIES abibal acerub acesac betall faggra tsucan STRATUM TOTAL DIAMETER (ca) MEAN STD N 3.18 1.44 20.00 1.10 0.18 6.00 1.55 0.82 90.00 8.37 2.65 3.00 1.76 0.66 745.00 2.60 0.10 3.00 1.79 0.84 867.00 MEASURED HEIGHT (m) MEAN 1.83 1.28 1.77 4.00 1.95 1.33 1.93 STD 1.01 0.22 0.87 0.66 0.84 0.21 0.85 N 20.00 6.00 90.00 3.00 745.00 3.00 867.00 BA (m2/ha) 0.15 0.00 0.17 0.14 1.61 0.01 2.08 DENSITY (stenr/ha) 156 47 703 23 5820 23 6773 - - - - - - - - - - - - - - - - ----- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

----------- -------- STAND=29 YEAR=91 STRATUM=1 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (a) CROWN DEPTH (m) SPECIES abibal acepen acerub acesac betall faggra pinstr poptre tsucan STRATUM TOTAL MEAN 7.74 3.90 18.52 9.49 16.22 16.53 11.90 34.80 34.84 17.37 STD 6.27 NA 9.49 11.10 11.57 15.11 NA 10.63 7.72 12.30 N 5.00 1.00 149.00 14.00 85.00 104.00 1.00 4.00 7.00 370.00 MEAN 8.33 5.50 15.94 6.50 15.22 18.94 6.00 23.63 15.29 16.05 STD 3.06 NA 7.09 1.27 6.01 6.87 NA 3.25 2.67 6.99 N 3.00 1.00 43.00 5.00 29.00 33.00 1.00 4.00 7.00 126.00 MEAN 5.00 1.50 10.23 3.40 9.20 13.07 NA 10.50 10.42 10.31 STD 2.83 NA 4.12 1.56 3.45 4.73 NA 2.55 1.59 4.57 N 2.00 1. 00 31.00 5.00 20.00 28.00 0.00 4.00 6.00 97.00 BA (m2/h&) 0.09 0.00 12.65 0.56 6.60 10.20 0.03 1.02 1.74 32.88 BA (a2 /ha) 0.86 0.02 0.11 0.13 0.22 1.11 0.01 2.46 DENSITY (stema/ha) 13 3 373 35 213 260 3 10 18 925 DENSITY (stems/ha) 1359 125 570 633 102 3891 31 6711 STAND=29 YEAR=91 STRATUM=2 DIAMETER (ca) MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES abibal acepen acerub acesac betall faggra poptre STRATUM TOTAL MEAN 2.63 1.39 1.33 1.47 4.35 1.77 1.38 1.91 STD 1.09 0.70 0.79 0.64 3.05 0.72 1.15 1.01 N 174.00 16.00 73.00 81.00 13.00 498.00 4.00 859.00 MEAN 1.73 1.49 1.46 1.76 2.36 1.93 1.18 1.83 STD 0.66 0.64 0.69 0.89 1.10 0.88 0.15 0.84 N 174.00 16.00 73.00 81.00 13.00 498.00 4.00 859.00 MEAN NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 m -4i --------------------------------------------------------------------------------------------------------------------- SPECIES acerub acesac amespp faggra poptre STRATUM TOTAL STAND=31 YEAR=91 STRATUM=1 DIAMETER (cm) MEAN STD N 14.96 6.31 245.00 10.12 6.22 455.00 11.45 2.76 2.00 6.69 2.10 23.00 23.96 10.09 11.00 11.83 6.83 736.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MAN STD N MEAN STD N (m2/ha) (stemn/ha) 18.53 3.40 19.00 8.71 3.35 19.00 12.68 613 15.17 5.05 21.00 9.00 3.13 21.00 12.59 1138 17.00 1.41 2.00 3.00 1.41 2.00 0.05 5 9.06 3.67 8.00 7.06 3.99 8.00 0.22 58 18.36 4.11 11.00 6.55 2.96 11.00 1.44 28 16.05 5.11 61.00 8.02 3.44 61.00 26.98 1840 --------------------------------------------------------------------------------------------------------------------- SPECIES abibal acerub acesac amespp faggra poptre STRATUM TOTAL STAND=31 YEAR=91 STRATUM=2 DIAMETER (cm) MEAN STD N 2.48 0.50 4.00 1.46 0.96 15.00 2.03 1.12 80.00 1.22 0.57 28.00 1.90 1.53 4.00 1.10 0.87 4.00 1.78 1.06 135.00 MEASURED HEIGHT (a) MEAN STD N 1.33 0.32 4.00 1.43 0.49 15.00 2.40 1.25 80.00 1.55 0.62 28.00 1.50 0.87 4.00 1.75 0.97 4.00 2.04 1.13 135.00 CROWN DEPTH (m) MEAN STD N NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 BA (a2/ha) 0.02 0.03 0.26 0.03 0.01 0.00 0.35 DENS ITY (stems/ha) 31 117 625 219 31 31 1055 ---------------------------------------------------------------------------------------------------------------------

---------------- STAND=32 YEAR=91 STRATUM= --- ------------------------- ----------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (steam/ha) abibal 10.44 4.79 66.00 9.90 4.25 15.00 4.63 2.14 12.00 1.71 165 alnrug 5.96 1.88 7.00 6.20 1.04 5.00 3.50 0.50 5.00 0.05 18 franig 10.06 4.72 5.00 10.70 3.95 5.00 5.38 1.70 4.00 0.12 13 larlar 15.23 7.23 4.00 15.50 2.04 4.00 4.63 1.38 4.00 0.21 10 picgla 19.02 7.42 9.00 17.07 4.49 7.00 7.21 3.68 7.00 0.73 23 picmar 16.96 3.37 83.00 14.80 2.25 10.00 5.89 2.07 9.00 4.87 208 poptre 20.84 6.66 9.00 17.44 2.59 9.00 5.22 1.82 9.00 0.84 23 thuocc 18.40 8.40 620.00 12.39 3.72 32.00 6.53 2.80 32.00 49.80 1550 STRATUM TOTAL 17.46 8.08 803.00 12.83 4.50 87.00 5.76 2.57 82.00 58.32 2008 --------------------------------------------------------------------------------------------------------------------- ----------— STAND=32 YEAR=91 STRATUM=2 ----------------------------------------------------------- DIAMETER (m) MEASURED HEIGHT (a) CROWN DEPTH (a) BA DENSITY SPECIES MEAN STD W MEAN STD N MEAN STD N (m2/ha) (stm/ha) abibal 2.48 1.17 49.00 1.91 0.88 49.00 NA NA 0.00 0.23 383 acerub 0.60 NA 1.00 1.20 NA 1.00 NA NA 0.00 0.00 8 alnrug 1.93 1.11 50.00 1.92 0.89 50.00 NA NA 0.00 0.15 391 coralt 1.09 0.62 8.00 1.79 0.39 8.00 NA NA 0.00 0.01 63 franig 1.05 0.78 2.00 1.80 0.99 2.00 NA NA 0.00 0.00 16 m picmar 1.65 0.64 2.00 1.20 0.14 2.00 NA NA 0.00 0.00 16 salspp 2.10 2.12 2.00 1.75 0.07 2.00 NA NA 0.00 0.01 16 thuocc 2.84 2.13 83.00 1.79 0.93 83.00 NA NA 0.00 0.64 648 STRATUM TOTAL 2.40 1.68 197.00 1.84 0.88 197.00 NA NA 0.00 1.04 1539 ------------------------- -------------------------------------------------------------------------------------------

STAND=33 YEAR=91 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES acerub acesac amespp aromel popgra poptre prupen pruser STRATUM TOTAL MEAN 3.48 3.79 2.31 2.83 6.02 4.62 3.40 6.00 STD 1.12 2.16 0.27 0.61 1.82 1.31 1.11 1.54 N 62.00 35.00 11.00 3.00 106.00 516.00 277.00 5.00 MEAN 5.87 6.47 5.50 7.00 7.63 6.43 6.68 8.70 STD 0.98 1.62 0.00 2.12 2.57 1.41 1.68 2.02 N 19.00 18.00 5.00 2.00 34.00 51.00 42.00 5.00 CROWN MEAN 3.03 3.81 3.50 3.35 3.61 2.40 2.84 5.00 DEPTH (m) STD N 0.96 19.00 1.55 18.00 0.71 2.00 3.04 2.00 1.51 27.00 1.13 50.00 1.46 41.00 1.84 5.00 BA (m2/ha) 0.59 0.47 0.04 0.02 2.99 8.49 2.53 0.14 DENSITY (stemu/ha) 564 318 100 27 964 4691 2518 45 4.31 1.58 1015.00 6.71 1.84 176.00 3.04 1.47 164.00 15.27 9227 --------------------------------------------------------------------------------------------------------------------- STAND=33 YEAR-91 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES acerub acesac amespp aromel faggra lonspp poptre m prupen (D pruser pruvir sorame STRATUM TOTAL MEAN 1.58 1.41 1.40 1.52 2.20 0.93 2.38 1.93 1.90 1.57 1.60 1.72 STD 0.74 0.55 0.51 0.67 NA 0.23 0.81 0.63 NA 0.81 NA 0.73 N 74.00 271.00 40.00 26.00 1.00 6.00 114.00 227.00 1.00 6.00 1.00 767.00 MEAN 2.21 1.98 2.27 2.36 3.70 1.23 3.56 3.44 NA 2.15 1.60 2.59 STD 1.17 0.91 0.89 0.77 NA 0.05 1.21 1.14 NA 1.04 NA 1.23 N 40.00 88.00 17.00 26.00 1.00 6.00 29.00 75.00 0.00 6.00 1.00 289.00 CROWN MEAN NA NA NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (n2/ha) 0.50 1.38 0.20 0.16 0.01 0.01 1.60 2.08 0.01 0.04 0.01 6.00 DENSITY (stems/ha) 2102 7699 1136 739 28 170 3239 6449 28 170 28 21790

----- STAND=33 YEAR=94 STRATUM=1 DIAMETER (cm) MEASURED HEIGHI SPECIES acerub acesac amespp popgra poptre prupen STRATUM TOTAL MEAN 4.63 5.02 3.42 6.78 5.01 3.89 5.02 STD 3.25 2.56 1.44 2.02 1.73 1.31 2.24 N 106.00 32.00 27.00 179.00 300.00 199.00 843.00 MEAN 5.80 NA NA 12.17 6.25 10.50 8.36 STD 0.28 NA NA 3.33 1.59 NA 3.48 r (m) N 2.00 0.00 0.00 3.00 4.00 1.00 10.00 STAND=33 YEAR=94 STRATUM=2 DIAMETER (cm) CROWN MEAN 3.05 NA NA 3.75 2.65 4.00 3.27 CROWN MEAN NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N 0.78 2.00 NA 0.00 NA 0.00 2.47 2.00 1.34 2.00 NA 1.00 1.32 7.00 DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 2.65 0.79 0.29 7.03 6.61 2.63 20.00 BA (m2/ha) 0.07 1.23 1.19 0.79 0.00 0.14 0.29 0.81 0.01 4.54 DENSITY (stems/ha) 1060 320 270 1790 3000 1990 8430 DENSITY (stems/ha) 344 6219 5219 2094 31 313 438 1375 94 16125 MEASURED HEIGHT SPECIES acepen acerub acesac amespp lonspp popgra poptre prupen pruser STRATUM TOTAL MEAN 1.47 1.38 1.51 1.94 0.70 2.20 2.77 2.54 1.20 1.65 STD 0.62 0.79 0.79 1.04 NA 0.94 0.87 1.05 0.26 0.93 N 11.00 199.00 167.00 67.00 1.00 10.00 14.00 44.00 3.00 516.00 MEAN 1.40 1.84 1.75 4.00 NA NA NA 3.43 NA 2.21 STD NA 0.60 0.13 NA NA NA NA 1.62 NA 1.07 (m) N 1.00 9.00 3.00 1.00 0.00 0.00 0.00 3.00 0.00 17.00 m o

STAND=34 YEAR=91 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (n) CROWN DEPTH (a) SPECIES abibal acerub acesac amespp faggra picgla popgra poptre prupen pruser STRATUM TOTAL MEAN 12.43 9.89 6.91 3.97 8.95 15.30 25.61 23.32 3.60 4.47 10.76 STD 2.80 6.34 4.82 1.15 4.53 NA 7.29 4.94 NA 1.75 8.17 N 3.00 384.00 200.00 14.00 16.00 1.00 79.00 6.00 1.00 3.00 707.00 MEAN 11.33 15.65 13.30 7.50 10.75 8.50 18.98 21.42 5.00 6.67 14.85 STD 3.33 7.01 4.12 1.73 4.31 NA 5.35 5.10 NA 1.53 6.52 N 3.00 24.00 16.00 5.00 10.00 1.00 23.00 6.00 1.00 3.00 92.00 MEAN 10.17 10.54 8.93 3.60 8.05 6.50 8.24 8.92 3.50 3.17 8.49 STD 3.33 5.87 2.90 0.42 3.39 NA 3.97 2.65 NA 1.04 4.37 N 3.00 21.00 15.00 5.00 10.00 1.00 21.00 6.00 1.00 3.00 86.00 BA (m2/ha) 0.10 11.24 3.01 0.05 0.34 0.05 11.88 0.72 0.00 0.01 27.40 DENSITY (stem/ha) 8 1038 541 38 43 3 214 16 3 8 1911 --------------------------------------------------------------------------------------------------------------------- STAND-34 YEAR-91 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (a) CROWN DEPTH (a) SPECIES abibal acerub acesac amespp faggra popgra poptre pruser sorame STAUM TOTAL MEAN 3.72 1.28 1.13 1.21 1.80 35.50 0.50 1.03 0.90 1.34 STD 2.56 0.74 0.60 0.77 1.42 NA 0.00 0.61 NA 1.74 N 5.00 194.00 196.00 62.00 45.00 1.00 2.00 4.00 1.00 510.00 MEAN 2.74 1.98 1.78 1.86 2.18 1.10 1.15 1.90 1.20 1.91 STD 1.70 1.03 0.89 0.91 1.13 NA 0.21 0.78 NA 0.98 N 5.00 194.00 196.00 62.00 45.00 1.00 2.00 4.00 1.00 510.00 MEAN STD NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.06 0.28 0.21 0.08 0.16 0.84 0.00 0.00 0.00 1.63 DENSITY (stmin/ha) 42 1639 1655 524 380 8 17 34 8 4307 m I ------------— STAND=35 YEAR=91 STRATUM=1 ------------------------------------------------------------ DIAMETER (cm) FMEASURD HEIGHT (m) CROWN DEPTH (a) BA DENSITY SPECIES MEAN STD N MMEN STD N MEA STD N (nm/ha) (stemu/ha) aceruib 9.83 3.79 3.00 7.50 0.87 3.00 4.67 0.76 3.00 0.06 8 amespp 6.00 NA 1.00 5.50 NA 1.00 2.50 NA 1.00 0.01 3 pinban 13.55 6.38 246.00 9.57 2.62 22.00 7.55 2.68 22.00 10.83 615 STRkTUM TOTAL 13.47 6.37 250.00 9.17 2.62 26.00 7.02 2.79 26.00 10.90 625 --- -----------------------------------— STAND35YEAR91STRATUM=2 — -------------------------------------------------------- -------------------- STANDs35 YEAR=91 STRATUM=2 --------------------------------------------------------------------- SPECIES acerub amespp pinban pinstr salspp STRAU TOAL DIAMETER (cm) MEAN STD 1.94 0.92 1.05 0.17 3.82 2.10 3.50 NA 1.90 NA 3.19 2.04 N 9.00 4.00 33.00 1.00 1.00 48.00 MEASURED EIGHT (a) MEAN STD N 2.06 0.91 9.00 1.28 0.05 4.00 2.57 0.99 33.00 1.90 NA 1.00 2.20 NA 1.00 2.34 0.98 48.00 CROWN DEPTH (a) MAN STD N NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 NA NA 0.00 BA DENSITY (n/ha) (stems/ha) 0.03 70 0.00 31 0.38 258 0.01 8 0.00 8 0.42 375 ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban pinres STRATUM TOTAL STAND=36 YEAR=91 STRATUM=1 DIAMETER (cm) MEAN STD N 7.85 2.01 203.00 11.10 2.39 23.00 8.18 2.27 226.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (atenm/ha) 5.50 0.71 10.00 4.85 0.82 10.00 2.62 508 6.07 1.02 7.00 5.50 0.96 7.00 0.58 58 5.74 0.87 17.00 5.12 0.91 17.00 3.20 565 ------------- -------------------------------------------------------------------------------------------------------- -------------------- STAND=36 YEAR=91 STRATUM=2 SPECIES acerub amespp pinban pinres salspp STRATUM TOTAL MEJ 2.1 1.. 4. 6. 0. 4.1 DIAMETER (cm) MN STD 80 NA 34 0.43 36 2.37 93 2.91 50 NA 08 2.49 N 1.00 13.00 106.00 4.00 1.00 125.00 MEJ MEAN 2.10 1.46 3.22 3.65 1. 50 3.02 LSURE:D HEIGHT (m) STD N NA 1.00 0.36 13.00 1.12 105.00 0.77 4.00 NA 1.00 1.19 124.00 CROWN DEPTH (m) MEAN NA NA NA NA NA NA STD NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.00 0.02 1.60 0.13 0.00 1.75 DENSITY (stems/ha) 8 102 828 31 8 977 m _.8,... ------------------— STAND=36 YEAR=94 STRATUM=1 ---------------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) pinban 8.43 2.55 177.00 6.28 0.93 21.00 5.54 0.95 16.00 4.49 737 pinres 11.56 3.22 25.00 5.70 NA 1.00 5.20 NA 1.00 1.17 104 STRATUM TOTAL 8.81 2.82 202.00 6.25 0.92 22.00 5.52 0.92 17.00 5.66 842 ------------- -------------------------------------------------------------------------------------------------------- -------------------- STAND=36 YEAR=94 STRATUM=2 ---------------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (atma/ha) amespp 3.23 3.12 7.00 3.29 2.25 2.00 NA NA 0.00 0.13 91 pinban 3.69 1.66 27.00 2.93 1.14 13.00 NA NA 0.00 0.45 352 prupen 1.61 0.73 7.00 1.70 0.42 2.00 NA NA 0.00 0.02 91 STRATUM TOTAL 3.26 1.98 41.00 2.83 1.23 17.00 NA NA 0.00 0.60 534 ---------------------------------------------------------------------------------------------------------------------

--------- ------ STAND=37 YEAR:92 STRATUM= - ----------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (a) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (2/ha) (temo/ha) pinban 7.20 NA 1.00 5.60 NA 1.00 2.10 NA 1.00 0.01 3 STRATU TOTAL 7.20 NA 1.00 5.60 NA 1.00 2.10 NA 1.00 0.01 3 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinres STRATUM TOTAL STAND=37 YEAR=92 STRATUM=2 DIAMETER (cm) MEAN STD N 2.02 0.63 256.00 9.00 NA 1.00 2.05 0.77 257.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (atmU/ha) 1.20 0.23 256.00 NA NA 0.00 0.71 2000 1.60 NA 1.00 NA NA 0.00 0.05 8 1.21 0.23 257.00 NA NA 0.00 0.76 2008 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=37 YEAR=94 STRATUM=2 ------------------------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (atems/ha) pinban 2.07 0.95 544.00 1.46 0.41 45.00 NA NA 0.00 2.89 7083 pinres 9.90 NA 1.00 NA NA 0.00 NA NA 0.00 0.10 13 STRATUM TOTAL 2.08 1.01 545.00 1.46 0.41 45.00 NA NA 0.00 2.99 7096 --------------------------------------------------------------------------------------------------------------------- m cI

------------------- ------- STAND=38 YEAR=92 STRLATUM=2 --- —----------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (in) CROWN DEPTH (in) Rh DENSITY SPECIES HEAN STD N MEAN STD N MEAN STD N (m2fha) (stems/ha) plnban 5.31 1.46 236.00 2.80 0.61 236.00 NA NA 0.00 4.39 1844 STRATUM TOTAL 5.31 1.46 236.00 2.80 0.61 236.00 NA NA 0.00 4.39 1844 -------------------------------- SAD3 ER9 TAU= --- —----------------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (in) CROWN DEPTH (inA. DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (in2/ha) (atmn/ha) pinban 7.93 1.20 4.00 5.10 0.14 4.00 4.77 0.25 3.00 0.08 17 STRATUM TOTAL 7.93 1.20 4.00 5.10 0.14 4.00 4.77 0.25 3.00 0.08 17 SPECIES pinban salspp STRATUM TOTAL STAND=38 YEAR=94 STRATUM=2 DIAMETER (cm) MEAN STD N 6.25 1.80 141.00 1.20 NA 1.00 6.22 1.84 142.00 MEASURED HEIGHT (im) CROWN DEPTH (in) Rh DENSITY MEAN STD N MEAN STD N (mn2/ha) (atwm/ha) 3.60 0.62 47.00 NA NA 0.00 6.10 1836 NA NA 0.00 NA NA 0.00 0.00 13 3.60 0.62 47.00 NA NA 0.00 6.10 1849 --------------------------------------------------------------------------------------------------------------------- m ~SPECIES pinban pinres STRATUM TOTAL STAND=39 YEAR=92 STRATUM=l --- —----------------------------------------------------------------------- DIAMETER (on) MEASURED, HEIGHT (mn) CROWN DEPTH (in) Rh DENSITY MEAN STD N MEA" STD N MEAN STD N (M2/ha) (atema/ha) 10.03 1.94 3.00 8.40 1.44 3.00 5.87 0.32 3.00 0.06 8 13.65 2.11 4.00 6.47 0.06 3.00 5.10 0.36 3.00 0.15 10 12.10 2.69 7.00 7.43 1.40 6.00 5.48 0.52 6.00 0.21 18 -------------------------------— TND9YER9STTU2 --- —----------------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (mn) CROWN DEPTH (EA R DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD, N (in2/ha) (atems/ha) plnres 10.00 NA 1.00 4.80 NA 1.00 3.40 NA 1.00 0.06 8 STRATUM TOTALL 10.00 NA 1.00 4.80 NA 1.00 3.40 NA 1.00 0. 06 8 -------------------------------— SAD3YER9STTU2 --- —----------------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (mn) CROWN DEPTH (in) EA DENSITY SPECIES MEALN STD N MEAN STD N EN STD, N (mn2/ha) (atem/ha) pinban 2.43 0.66 7.00 1.32 0.23 6.00 NA NA 0.00 0.04 91 prupen 1.10 NA 1.00 1.20 NA 1.00 NA NA 0.00 0.00 13 STRATUM TOTAL 2.26 0. 77 8.00 1.30 0. 22 7.00 NA NA 0.00 0. 05 1 04

------------------- STAND=40 YEAR=92 STRATUM=2 ----- --------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) pinban 3.60 1.16 25.00 1.64 0.40 25.00 NA NA 0.00 0.22 195 pinres 3.70 1.05 174.00 1.33 0.23 174.00 NA NA 0.00 1.58 1359 STRATUM TOTAL 3.69 1.06 199.00 1.37 0.28 199.00 NA NA 0.00 1.80 1555 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinres STRATUM TOTAL STAND=40 YEAR=94 STRATUM=2 DIAMETER (am) MEAN STD N 4.93 1.49 15.00 5.05 1.56 116.00 5.04 1.54 131.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stmro/ha) 2.60 0.54 5.00 NA NA 0.00 0.40 195 1.88 0.42 42.00 NA NA 0.00 3.31 1510 1.96 0.48 47.00 NA NA 0.00 3.72 1706 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=41 YEAR=92 STRATUM=1 m rn I' SPECIES picgla picmar pi nban pinres popgra popt re STRATUM TOTAL DIAZETER (cm) MEAN STD 7.65 0.49 7.70 NA 8.10 2.17 10.15 4.32 4.80 0.95 4.60 0.79 8.18 3.29 MEASURED HEIGHT (m) N 2.00 1.00 39.00 22.00 3.00 8.00 75.00 MEAN 5.75 5.30 5.57 6.15 6.23 5.52 5.80 STD 0.35 NA 0.65 2.75 0.95 0.65 1.69 N 2.00 1.00 30.00 22.00 3.00 6.00 64.00 MEAN 5.25 3.80 4.73 5.28 4.87 3.93 4.84 STD 0.35 NA 0.79 1.55 1.20 0.44 1.15 N 2.00 1. 00 24.00 19.00 3.00 6.00 55.00 CROWN DEPTH (m) BA (n2/ha) 0.02 0.01 0.52 0.51 0.01 0.03 1. 1 1 DENSITY (stems/ha) 5 2 95 54 7 20 183 --------------------------------------------------------------------------------------------------------------------- SPECIES acerub amespp aromel betpap picgla picmar pinban pinres popgra poptre prupen queell salspp vibcas STRATUM TOTAL STAND=41 YEAR=92 STRATUM=2 DIAMETER (cm) MEAN STD N 1.00 NA 1.00 1.24 0.45 23.00 0.85 0.25 4.00 2.77 0.92 8.00 4.95 4.17 2.00 4.62 2.08 6.00 5.05 1.97 91.00 7.40 2.12 111.00 2.31 0.87 126.00 3.00 1.13 25.00 2.80 NA 1.00 3.20 NA 1.00 1.14 0.36 223.00 0.75 0.27 12.00 3.17 2.69 634.00 MEASURED HEIGHT (a) MEAN 2.00 1.32 1.10 2.68 2.75 2. 68 3.66 3.57 2.23 2.84 1.30 2.20 1.44 1.13 2.36 STD NA 0.30 0.12 0.74 2.47 0.68 0.82 0.82 0.71 1.06 NA NA 0.31 0.14 1.14 CROWN DEPTH (m) N 1.00 23.00 4.00 8.00 2.00 6.00 91.00 111.00 126.00 25.00 1.00 1.00 223.00 12.00 634.00 MEAN NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.00 0.02 0.00 0.04 0.04 0.09 1.60 3.94 0.46 0.15 0.00 0.01 0.19 0.00 6.55 DENSITY (stena/ha) 8 175 30 61 15 46 694 846 960 191 8 8 1700 91 4832 ---------------------------------------------------------------------------------------------------------------------

------ -- - STAND=41 YEAR=94 STRATUM=1 ----------------------------------- ----------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) betpap 6.70 1.56 2.00 NA NA 0.00 NA NA 0.00 0.03 8 plcmar 8.85 1.28 6.00 5.90 0.57 2.00 5.00 NA 1.00 0.16 25 pinban 7.97 1.97 58.00 6.27 1.51 11.00 5.03 0.67 7.00 1.28 242 pinres 8.74 2.78 103.00 6.63 3.67 10.00 6.10 3.42 8.00 2.83 429 popgra 3.47 0.06 3.00 NA NA 0.00 NA NA 0.00 0.01 13 poptre 9.30 0.42 2.00 5.10 NA 1.00 NA NA 0.00 0.06 8 prupen 8.90 NA 1.00 5.40 NA 1.00 NA NA 0.00 0.03 4 STRATUM TOTAL 8.38 2.54 175.00 6.30 2.48 25.00 5.56 2.44 16.00 4.39 129 --------------------------------------------------------------------------------------------------------------------- STAND=41 YEAR=94 STRATUM=2 --- —---------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 0.50 0.14 6.00 NA NA 0.00 NA NA 0.00 0.00 18 amespp 1.54 0.81 21.00 NA NA 0.00 NA NA 0.00 0.06 273 betpap 1.20 0.28 2.00 NA NA 0.00 NA NA 0.00 0.00 26 corcor 0.72 0.20 6.00 NA NA 0.00 NA NA 0.00 0.00 /8 picmar 3.51 1.84 6.00 2.56 1.56 4.00 NA NA 0.00 0.09 18 plnban 5.22 2.55 31.00 2.82 0.87 5.00 NA NA 0.00 1.06 404 pinres 6.38 2.91 41.00 3.79 0.93 13.00 4.30 NA 1.00 2.05 534 popdel 2.20 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 13 mpopgra 2.43 0.89 43.00 3.11 1.08 9.00 1.20 NA 1.00 0.29 560 poptre 3.01 1.33 15.00 1.88 0.86 3.00 NA NA 0.00 0.16 195 prupen 1.43 0.59 3.00 NA NA 0.00 NA NA 0.00 0.01 39 salspp 1.24 1.05 95.00 1.61 0.25 7.00 NA NA 0.00 0.26 1237 vibcas 0.84 0.21 5.00 NA NA 0.00 NA NA 0.00 0.00 65 STRATUM TOTAL 2.78 2.56 275.00 2.89 1.20 41.00 2.75 2.19 2.00 4.01 3581 ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban popgra STRATUM TOTAL STAND=42 YEAR=92 STRATUM=1 DIAMETER (cm) MEAN STD N 8.14 0.95 16.00 11.50 NA 1.00 8.34 1.23 17.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stem/ha) 5.26 0.19 16.00 4.55 0.73 12.00 0.21 40 5.10 NA 1.00 4.10 NA 1.00 0.03 3 5.25 0.19 17.00 4.51 0.71 13.00 0.24 43 --------------------------------------------------------------------------------------------------------------------- STAND=42 YEAR=92 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES acerub amespp betpap corcor pinban popgra poptre querub salspp STRATUM TOTAL MEAN 2.23 1.37 5.27 1.24 7.02 2.10 1.30 2.63 1.12 4.42 STD 0.97 0.46 0.61 0.31 2.28 1.01 NA 1.22 0.45 3.08 N 20.00 12.00 3.00 40.00 233.00 92.00 1.00 56.00 25.00 482.00 MEAN 1.85 1.33 2.60 1.29 3.76 1.72 1.30 1.83 1.33 2.66 STD 0.86 0.30 0.70 0.17 0.90 0.59 NA 0.78 0.24 1.31 N 20.00 12.00 3.00 40.00 233.00 91.00 1.00 56.00 25.00 481.00 MEAN NA NA NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.07 0.02 0.05 0.04 7.79 0.31 0.00 0.29 0.02 8.59 DENSITY (stems/ha) 156 94 23 313 1820 719 8 438 195 3766 m -4 ------------------- STAND=42 YEAR=94 STRATUM=1 - ----------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 6.80 2.15 4.00 NA NA 0.00 NA NA 0.00 0.07 17 amespp 6.77 1.60 7.00 5.00 NA 1.00 4.50 NA 1.00 0.11 29 pinban 7.65 1.41 188.00 5.27 0.27 21.00 4.36 0.45 14.00 3.72 783 popgra 5.00 NA 1.00 3.80 NA 1.00 3.30 NA 1.00 0.01 4 STRATUM TOTAL 7.58 1.44 200.00 5.20 0.40 23.00 4.31 0.50 16.00 3.90 833 --------------------------------— STAND=42 YEAR=94STRATUM=2 --- —----------------------------------------------------------------------------- -------------------- STAND=42 YEAR=94 STRATUM=2 --------------------------------------------------------------------- SPECIES acerub amespp betpap corcor pinban popdel popgra poptre querub salspp STRATUM TOTAL MEJ 1.( 1.4 5.' 0.1 6.: 0.4 2.( 1.4 2.2 1.( 2.1 DIAMETER (cm) hN STD 65 1.14 45 1.68 50 NA 80 0.41 15 2.70 60 NA 00 0.94 45 1.48 26 1.33 00 0.18 30 2.61 2 MEASURED HEIGHI N 11.00 50.00 1.00 21.00 56.00 1.00 41.00 2.00 41.00 4.00 228.00 MEAN 2.53 1.30 NA 1.00 3.58 NA 1.96 NA 1.81 NA 2.65 STD 1.10 0.14 NA NA 1.11 NA 0.75 NA 0.85 NA 1.29 r (m) N 2.00 2.00 0.00 1.00 19.00 0.00 8.00 0.00 9.00 0.00 41.00 CROWN DEPTH (m) MEAN NA NA NA NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.04 0.25 0.03 0.02 2.58 0.00 0.20 0.01 0.29 0.00 3.42 DENSITY (stems/ha) 143 651 13 273 729 13 534 26 534 52 2969 ---------------------------------------------------------------------------------------------------------------------

-------------------- STAND=43 YEAR=92 STRATUM=1 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) abibal 6.23 1.24 3.00 6.50 1.32 3.00 5.33 1.44 3.00 0.03 8 acerub 6.75 2.44 11.00 8.00 2.38 4.00 5.50 1.58 4.00 0.12 31 picgla 10.70 NA 1.00 9.00 NA 1.00 8.00 NA 1.00 0.02 3 pinban 32.00 NA 1.00 15.00 NA 1.00 6.50 NA 1.00 0.22 3 pinres 29.64 5.59 165.00 18.81 2.99 48.00 9.79 3.29 48.00 32.75 458 pinstr 15.90 NA 1.00 12.00 NA 1.00 6.00 NA 1.00 0.06 3 popgra 4.55 0.07 2.00 6.40 1.27 2.00 3.10 1.56 2.00 0.01 6 poptre 13.08 4.33 18.00 15.30 4.81 10.00 6.90 3.40 10.00 0.74 50 STRATUM TOTAL 26.18 9.26 202.00 16.52 5.10 70.00 8.62 3.54 70.00 33.95 561 --------------------------------------------------------------------------------------------------------------------- ------- -----------— STAND=43 YEAR=92 STRATUM=2 --------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 3.15 1.34 2.00 2.75 0.92 2.00 NA NA 0.00 0.01 17 acerub 1.38 0.40 17.00 1.91 0.57 17.00 NA NA 0.00 0.02 148 amespp 0.97 0.39 15.00 1.56 0.38 15.00 NA NA 0.00 0.01 130 betpap 1.61 1.00 10.00 2.27 0.97 10.00 NA NA 0.00 0.02 87 corcor 1.10 0.32 23.00 1.40 0.31 23.00 NA NA 0.00 0.02 200 faggra 0.80 NA 1.00 1.30 NA 1.00 NA NA 0.00 0.00 9 picgla 2.25 0.07 2.00 1.25 0.21 2.00 NA NA 0.00 0.01 17 m poptre 1.87 0.47 23.00 2.80 0.70 23.00 NA NA 0.00 0.06 200 - prupen 0.90 NA 1.00 1.20 NA 1.00 NA NA 0.00 0.00 9 pruser 1.53 0.41 7.00 1.86 0.34 7.00 NA NA 0.00 0.01 61 salspp 1.91 0.65 14.00 2.26 0.50 14.00 NA NA 0.00 0.04 122 vibcas 1.30 0.40 22.00 1.70 0.46 22.00 NA NA 0.00 0.03 191 STRATUM TOTAL 1.47 0.63 137.00 1.95 0.72 137.00 NA NA 0.00 0.24 1189 ---------------------------------------------------------------------------------------------------------------------

------------— STAND=44 YEAR=92 STRATUM=1 --- —----------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (n2/ha) (stems/ha) abibal 12.25 4.46 4.00 6.50 2.12 2.00 4.25 0.35 2.00 0.13 10 acerub 4.06 1.11 8.00 5.63 0.75 4.00 3.50 0.71 2.00 0.03 20 betpap 29.55 12.86 8.00 21.00 5.70 5.00 9.80 6.42 5.00 1.60 20 picgla 17.35 9.00 4.00 20.50 NA 1.00 14.00 NA 1.00 0.28 10 picmar 14.43 5.05 429.00 14.02 4.01 48.00 7.41 3.90 48.00 19.68 1073 pinres 25.00 NA 1.00 NA NA 0.00 NA NA 0.00 0.12 3 poptre 24.49 9.35 32.00 16.70 4.25 14.00 6.98 2.66 13.00 4.30 80 thuocc 12.73 3.64 12.00 8.00 1.78 4.00 4.25 0.65 4.00 0.41 30 STRATUM TOTAL 15.14 6.52 498.00 14.10 5.17 78.00 7.23 3.91 75.00 26.55 1245 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=44 YEAR=92 STRATUM=2 --- —------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 2.20 0.86 284.00 1.70 0.64 284.00 NA NA 0.00 0.97 2219 acerub 1.89 0.96 254.00 2.20 0.98 254.00 NA NA 0.00 0.70 1984 alnrug 1.29 0.37 30.00 1.45 0.29 30.00 NA NA 0.00 0.03 234 amespp 2.37 0.81 3.00 1.23 0.06 3.00 NA NA 0.00 0.01 23 betpap 1.45 0.60 53.00 1.61 0.58 53.00 NA NA 0.00 0.08 414 corcor 0.70 0.00 2.00 1.35 0.07 2.00 NA NA 0.00 0.00 16 faggra 1.60 NA 1.00 1.40 NA 1.00 NA NA 0.00 0.00 8 ilever 0.93 0.17 4.00 1.35 0.29 4.00 NA NA 0.00 0.00 31 m lonspp 0.72 0.34 8.00 1.28 0.18 8.00 NA NA 0.00 0.00 63 ' picmar 2.94 1.68 12.00 1.97 0.88 12.00 NA NA 0.00 0.08 94 popbal 0.80 NA 1.00 1.00 NA 1.00 NA NA 0.00 0.00 8 poptre 1.91 0.85 4.00 1.88 0.45 4.00 NA NA 0.00 0.01 31 salspp 1.90 0.96 4.00 1.53 0.43 4.00 NA NA 0.00 0.01 31 sorame 1.10 NA 1.00 1.10 NA 1.00 NA NA 0.00 0.00 8 vibcas 1.17 0.43 73.00 1.46 0.37 73.00 NA NA 0.00 0.07 570 STRATUM TOTAL 1.88 0.93 734.00 1.83 0.79 734.00 NA NA 0.00 1.98 5734

-------------------- STAND=45 YEAR=92 STRATUM=1 SPECIES abibal acerub amespp faggra poptre STRATUM TOTAL DIAMETER (cm) MEAN STD 20.20 NA 5.95 2.62 6.05 0.78 8.94 3.11 6.90 0.42 8.66 4.11 N 1.00 2.00 2.00 9.00 2.00 16.00 MEASURED HEIGHT (m) MEAN STD N 10.00 NA 1.00 7.00 1.41 2.00 6.00 0.00 2.00 8.52 2.38 9.00 6.00 0.71 2.00 7.79 2.18 16.00 CROWN DEPTH (m) MEAN STD N 8.50 NA 1.00 4.75 1.06 2.00 3.75 1.06 2.00 4.46 1.55 8.00 NA NA 0.00 4.71 1.73 13.00 BA (n2/ha) 0.14 0.03 0.03 0.27 0.03 0.50 DENSITY (stems/ha) 4 9 9 39 9 70 ----- ------- STAND=45 YEAR=92 STRATUM=2 --------------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) SPECIES abibal acerub acesac amespp corcor faggra pinstr popgra poptre prupen pruser pruspp STRATUM TOTAL MEAN 4.95 1.38 1.64 1.16 1.30 2.10 5.70 1.64 1.78 1.24 1.32 1.23 1.53 STD 2.90 0.73 0.95 0.38 0.28 NA NA 0.48 0.66 0.38 0.43 0.42 0.65 N 2.00 242.00 19.00 256.00 2.00 1.00 1.00 347.00 533.00 114.00 16.00 40.00 1573.00 MEAN 3.05 1.40 1.82 1.45 2.10 2.20 2.60 1.71 1.85 1.32 1.34 1.44 1.63 STD 2.05 0.43 0.88 0.31 0.29 NA NA 0.47 0.63 0.26 0.30 0.54 0.54 N 2.00 242.00 19.00 256.00 2.00 1.00 1.00 347.00 533.00 114.00 16.00 40.00 1573.00 CROWN MEAN NA NA NA NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.06 0.63 0.07 0.40 0.00 0.00 0.03 1.08 2.06 0.20 0.03 0.07 4.66 DENSITY (stems/ha) 27 3288 258 3478 27 14 14 4715 7242 1549 217 543 21372 m o o

------------------- STAND=45 YEAR=94 STRATUM=1 --- —--------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (steml/ha) abibal 19.15 4.45 2.00 10.75 0.35 2.00 9.75 1.06 2.00 0.30 10 acerub 5.50 1.56 2.00 5.00 NA 1.00 3.00 NA 1.00 0.02 10 faggra 21.53 18.29 3.00 13.17 8.00 3.00 11.87 8.52 3.00 0.81 15 popgra 7.00 NA 1.00 NA NA 0.00 NA NA 0.00 0.02 5 poptre 3.77 1.14 15.00 5.16 0.24 4.00 4.04 0.35 4.00 0.09 75 STRATUM TOTAL 7.71 9.02 23.00 8.67 5.38 10.00 7.43 5.60 10.00 1.24 115 --------------------------------------------------------------------------------------------------------------------- ---------------— STAND=45 YEAR=94 STRATUM=2 ---------- ------------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) ablbal 2.50 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 16 acerub 1.62 1.02 187.00 3.10 NA 1.00 NA NA 0.00 0.84 2922 acesac 1.73 1.52 12.00 NA NA 0.00 NA NA 0.00 0.08 188 amespp 1.21 0.46 372.00 1.79 0.50 7.00 NA NA 0.00 0.77 5813 faggra 3.40 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 16 lonspp 0.90 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 16 popgra 2.04 0.81 291.00 2.86 0.90 8.00 NA NA 0.00 1.72 4547 poptre 2.10 0.98 591.00 2.78 1.00 12.00 NA NA 0.00 3.89 9234 prupen 1.21 0.66 458.00 2.08 0.93 8.00 NA NA 0.00 1.08 7156 tilame 2.20 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 16 m STRATUM TOTAL 1.66 0.91 1915.00 2.46 0.95 36.00 NA NA 0.00 8.39 29922 ---------------------------------------------------------------------------------------------------------------------

--- - ---- STAND=46 YEAR-93 STRATUM=1 ------------------------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 10.54 5.19 16.00 NA NA 0.00 NA NA 0.00 0.43 40 acerub 24.85 12.08 94.00 19.50 3.63 9.00 8.33 3.32 9.00 14.06 235 acesac 11.10 8.34 2.00 NA NA 0.00 NA NA 0.00 0.06 5 betall 32.70 19.41 21.00 21.50 2.12 2.00 6.00 1.41 2.00 5.89 53 faggra 10.69 12.92 233.00 11.03 6.17 19.00 6.27 3.40 19.00 12.83 583 picgla 11.10 NA 1.00 9.50 NA 1.00 5.50 NA 1.00 0.02 3 pinstr 59.80 NA 1.00 NA NA 0.00 NA NA 0.00 0.70 3 tsucan 25.72 11.04 48.00 17.67 4.42 9.00 11.44 2.99 9.00 7.36 120 STRATUM TOTAL 16.85 14.93 416.00 14.91 6.43 40.00 7.87 3.75 40.00 41.36 1040 --------------------------------------------------------------------------------------------------------------------- ----- ------- STAND=46 YEAR=93 STRATUM=2 -- ---------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 2.48 0.83 49.00 1.75 0.87 4.00 NA NA 0.00 0.20 383 acerub 1.21 0.81 79.00 1.50 0.66 4.00 NA NA 0.00 0.10 617 acesac 1.26 0.54 5.00 2.80 NA 1.00 NA NA 0.00 0.01 39 betall 1.99 0.92 10.00 1.80 NA 1.00 NA NA 0.00 0.03 78 faggra 1.62 0.81 770.00 2.18 1.01 62.00 NA NA 0.00 1.55 6016 loncan 1.35 0.21 2.00 NA NA 0.00 NA NA 0.00 0.00 16 picgla 4.40 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 8 pinstr 7.20 NA 1.00 NA NA 0.00 NA NA 0.00 0.03 8 sorame 0.80 0.00 2.00 NA NA 0.00 NA NA 0.00 0.00 16 tsucan 1.45 0.15 6.00 1.15 0.21 2.00 NA NA 0.00 0.01 47 STRATUM TOTAL 1.64 0.86 925.00 2.09 0.99 74.00 NA NA 0.00 1.94 7227 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=47 YEAR=92 STRATUM=1 ---------------------------- ---------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 6.57 2.81 104.00 7.84 3.77 9.00 7.00 3.12 8.00 1.44 359 acerub 6.38 4.59 72.00 11.78 5.64 9.00 6.44 4.50 9.00 1.20 248 acesac 5.96 3.06 58.00 8.43 2.99 11.00 4.73 2.71 10.00 0.70 200 betall 8.60 3.99 3.00 8.50 2.18 3.00 5.53 1.27 3.00 0.07 10 betpap 20.17 8.06 3.00 17.00 2.18 3.00 12.00 1.00 3.00 0.37 10 fraame 4.32 1.49 17.00 8.12 1.83 6.00 4.53 1.85 6.00 0.10 59 franig 5.63 0.31 3.00 8.20 1.75 3.00 4.00 1.41 3.00 0.03 10 ostvir 5.47 1.64 6.00 6.40 1.47 5.00 4.00 1.41 5.00 0.05 21 picgla 13.90 6.64 6.00 10.00 1.73 3.00 6.43 0.98 3.00 0.37 21 popbal 7.95 0.35 2.00 9.00 NA 1.00 4.90 NA 1.00 0.03 7 popgra 7.07 2.06 20.00 9.32 2.14 5.00 3.42 0.62 5.00 0.29 69 poptre 8.43 4.67 771.00 13.47 5.37 34.00 5.25 2.82 33.00 19.37 2659 salspp 3.82 1.02 6.00 5.90 0.65 4.00 3.25 0.53 4.00 0.03 21 STRATUM TOTAL 7.90 4.53 1071.00 10.61 4.90 96.00 5.38 2.98 93.00 24.04 3693 --------------------------------------------------------------------------------------------------------------------

--------------------- STAND=48 YEAR=92 STRATUM=1 -- ------------------------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 11.05 5.32 121.00 11.22 4.22 23.00 6.96 4.09 22.00 3.57 303 acerub 9.35 6.41 279.00 13.58 5.86 29.00 6.83 4.11 28.00 7.03 698 acesac 7.23 5.76 136.00 12.70 6.27 17.00 6.71 4.18 16.00 2.28 340 amespp 4.20 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 3 betall 14.69 6.46 36.00 14.38 3.51 12.00 7.79 2.20 12.00 1.81 90 betpap 21.70 9.96 22.00 19.03 6.53 16.00 10.06 4.96 16.00 2.44 55 corcor 5.87 1.09 6.00 NA NA 0.00 NA NA 0.00 0.04 15 faggra 10.73 8.39 19.00 12.65 7.42 4.00 10.35 6.62 4.00 0.68 48 fraame 7.61 7.21 16.00 11.75 6.83 6.00 6.83 3.78 6.00 0.34 40 plcgla 14.77 5.01 15.00 10.13 2.60 12.00 6.33 1.47 12.00 0.71 38 popgra 14.19 7.44 8.00 15.40 4.26 5.00 5.40 1.85 5.00 0.39 20 poptre 16.39 10.47 93.00 18.61 5.58 27.00 8.42 3.91 26.00 6.89 233 prupen 7.00 NA 1.00 8.50 NA 1.00 4.50 NA 1.00 0.01 3 tsucan 5.05 0.85 4.00 5.50 NA 1.00 5.00 NA 1.00 0.02 10 STRATUM TOTAL 10.82 7.71 757.00 14.25 6.08 153.00 7.52 3.99 149.00 26.21 1893 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=48 YEAR=92 STRATUM=2 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) abibal 2.65 1.14 205.00 1.96 0.87 205.00 NA NA 0.00 1.05 1602 m acerub 1.72 0.99 157.00 2.20 1.01 157.00 NA NA 0.00 0.38 1227 acesac 1.74 0.75 105.00 2.56 1.11 105.00 NA NA 0.00 0.23 820 I amespp 1.42 0.91 5.00 1.76 1.34 5.00 NA NA 0.00 0.01 39 betall 1.45 0.88 80.00 1.86 0.67 80.00 NA NA 0.00 0.14 625 betpap 1.58 1.18 4.00 1.90 0.81 4.00 NA NA 0.00 0.01 31 corcor 1.20 0.38 48.00 1.60 0.44 48.00 NA NA 0.00 0.05 375 faggra 1.86 0.63 10.00 2.15 0.85 10.00 NA NA 0.00 0.02 78 fraame 1.16 0.36 27.00 1.79 0.83 27.00 NA NA 0.00 0.02 211 franig 1.10 0.42 2.00 1.25 0.21 2.00 NA NA 0.00 0.00 16 ilever 0.85 0.07 2.00 1.50 0.00 2.00 NA NA 0.00 0.00 16 picgla 2.13 0.32 3.00 1.53 0.12 3.00 NA NA 0.00 0.01 23 popgra 0.80 NA 1.00 1.30 NA 1.00 NA NA 0.00 0.00 8 poptre 1.19 1.21 7.00 1.71 0.99 7.00 NA NA 0.00 0.01 55 thuocc 2.40 NA 1.00 2.30 NA 1.00 NA NA 0.00 0.00 8 tsucan 3.80 0.28 2.00 3.00 0.99 2.00 NA NA 0.00 0.02 16 STRATUM TOTAL 1.92 1.08 659.00 2.06 0.94 659.00 NA NA 0.00 1.95 5148 ---------------------------------------------------------------------------------------------------------------------

SPECIES amespp popgra poptre STRATUM TOTAL STAND=49 YEAR=92 STRATUM=1 DIAMETER (cm) MEAN STD N 5.20 NA 1.00 4.63 1.05 7.00 4.26 0.77 37.00 4.34 0.82 45.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stem/ha) 10.00 NA 1.00 2.00 NA 1.00 0.01 5 5.89 1.14 7.00 3.07 0.86 3.00 0.06 32 5.67 0.56 37.00 3.40 0.91 14.00 0.25 168 5.80 0.92 45.00 3.27 0.91 18.00 0.31 205 --------------------------------------------------------------------------------------------------------------------- STAND=49 YEAR=92 STRATUM= DIAMETER (cm) 2 --- ----------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES acerub acesac amespp popgra poptre prupen pruser pruvir sampub STRATUM TOTAL MEAN STD N MEAN 1.38 0.50 51.00 1.52 1.23 0.42 96.00 1.63 1.22 0.72 137.00 1.64 2.64 0.91 177.00 2.74 2.29 0.86 842.00 2.55 1.86 0.78 745.00 2.32 1.75 0.76 97.00 2.40 2.67 0.50 3.00 1.30 1.20 0.71 2.00 1.15 2.01 0.89 2150.00 2.35 STD 0.38 0.57 0.74 0.88 0.95 0.81 0.78 0.26 0.21 0.91 N 51.00 96.00 137.00 17.00 842.00 745.00 97.00 3.00 2.00 2150.00 MEAN STD NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.12 0.18 0.31 1.53 5.63 3.39 0.39 0.02 0.00 11.58 DENSITY (stem/ha) 724 1364 1946 2514 11960 10582 1378 43 28 30540 m r4 (U ------ ---- STAND=49 YEAR=94 STRATUM=1 --- —-------------------------------------------------------- SPECIES acerub amespp faggra popgra poptre prupen STRATUM TOTAL MEl 7.1 3.3 9.4 4. ] 3.: 4.1 DIAMETER (cm) LN STD 0O NA 36 1.10 10 NA 58 0.98 12 1.02 36 0.81 LO 1.09 N 1.00 17.00 1.00 49.00 312.00 36.00 416.00 MEASURED HEIGHT (m) MEAN STD N 5.20 NA 1.00 NA NA 0.00 7.30 NA 1.00 5.00 NA 1.00 5.88 0.87 8.00 5.10 NA 1.00 5.80 0.91 12.00 CROWN MEAN 3.70 NA 4.30 NA 3.69 2.10 3.59 DEPTH (m) STD N NA 1.00 NA 0.00 NA 1.00 NA 0.00 0.67 7.00 NA 1.00 0.78 10.00 BA (m2/ha) 0.02 0.10 0.04 0.50 2.60 0.20 3.45 DENSITY (stemu/ha) 6 100 6 288 1835 212 2447 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - STAND=49 YEAR=94 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES acerub acesac amespp lonspp popgra poptre prupen pruser salspp STRATUM TOTAL MEAN 1.26 1.22 1.58 0.68 2.64 2.37 1.95 1.30 1.65 1.96 STD 0.50 0.46 1.06 0.21 1.04 0.96 0.88 0.63 0.69 1.00 N 61.00 198.00 249.00 8.00 131.00 518.00 509.00 8.00 6.00 1688.00 MEAN NA NA 2.03 NA 3.34 2.91 3.97 NA NA 3.16 STD NA NA 1.38 NA 1.38 1.29 0.89 NA NA 1.30 N 0.00 0.00 3.00 0.00 5.00 13.00 7.00 0.00 0.00 28.00 CROWN MEAN NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.16 0.49 1.30 0.01 1.52 4.88 3.35 0.02 0.03 11.76 DENSITY (stem/ha) 1121 3640 4577 147 2408 9522 9357 147 110 31029

----------— STAND=50 YEAR=92 STRATUM=1 ------------------------------------------------------------ SPECIES acerub acesac faggra picgla pinres popgra poptre STRATUM TOTAL MEI 13.C 11.2 12.( 27.7 19.E 25.5 25.4 17.C DIAMETER (cm) IN STD )2 6.07?9 6.43 62 4.61 75 7.71 33 6.71 50 6.40 17 7.92 )5 7.60 MEASURED HEIGBT (m) N 49.00 74.00 19.00 2.00 226.00 4.00 3.00 377.00 MEAN 12.74 13.83 12.18 NA 16.29 15.63 22.50 14.91 STD 5.35 3.03 2.22 NA 4.39 0.48 4.95 4.43 N 16.00 22.00 11.00 0.00 51.00 4.00 2.00 106.00 -- — STAND=50 YEAR=92 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) CROWN MEAN 7.58 8.36 8.15 NA 7.02 5.88 13.75 7.59 CROWN MEAN NA NA NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N 3.91 16.00 3.37 22.00 2.14 11.00 NA 0.00 2.73 50.00 1.31 4.00 6.01 2.00 3.17 105.00 DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 1.98 2.44 0.67 0.31 19.43 0.53 0.41 25.78 BA (m2/ha) 0.01 0.00 0.44 0.30 0.03 0.05 0.00 0.00 0.11 0.02 0.01 0.97 DENSITY (stems/ha) 123 185 48 5 565 10 8 943 DENSITY (stems/ha) 8 16 2555 1391 422 258 8 23 742 352 55 5828 SPECIES abibal acepen acerub acesac amespp faggra loncan pinres popgra poptre pruser STRATUM TOTAL MEAN 3.00 1.10 1.34 1.29 0.92 1.45 1.30 0.93 1.30 0.90 1.37 1.27 STD NA 0.28 0.64 1.03 0.45 0.50 NA 0.12 0.39 0.26 0.53 0.71 N 1.00 2.00 327.00 178.00 54.00 33.00 1.00 3.00 95.00 45.00 7.00 746.00 MEAN 1.70 1.50 1.56 1.48 1.34 1.35 1.20 1.37 1.59 1.49 1.29 1.51 STD NA 0.14 0.53 0.55 0.35 0.41 NA 0.31 0.47 0.38 0.27 0.50 N 1.00 2.00 327.00 177.00 54.00 33.00 1.00 3.00 95.00 45.00 7.00 745.00 m rn 01 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

----------- -- STAND=51 YEAR=92 STRATUM=1 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES acerub betpap pinban pinres pinsyl popgra poptre querub STRATUM TOTAL MEAN 5.64 6.88 10.72 13.09 6.80 5.23 4.50 11.60 12.17 STD 2.37 3.17 6.15 3.47 NA 0.21 NA NA 4.44 N 15.00 9.00 70.00 306.00 1.00 3.00 1.00 1.00 406.00 MEAN 6.03 8.13 8.54 7.32 5.20 5.70 5.20 5.00 7.46 STD 1.26 3.33 3.34 1.29 NA 0.75 NA NA 2.30 N 6.00 4.00 22.00 40.00 1.00 3.00 1.00 1.00 78.00 MEAN 3.90 5.90 6.02 6.38 NA 2.63 NA 1.40 5.83 STD 0.74 1.79 2.69 1.19 NA 0.23 NA NA 1.98 N 5.00 4.00 17.00 37.00 0.00 3.00 0.00 1.00 67.00 BA (m2/ha) 0.11 0.10 2.09 11.02 0.01 0.02 0.00 0.03 13.38 DENSITY (stems/ha) 38 23 175 765 3 8 3 3 1015 --- -------- STAND=51 YEAR=92 STRATUM=2 ----------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) m o') SPECIES acerub amespp betpap pinban pinres plnstr popgra poptre prupen STRATUM TOTAL MEAN 2.18 1.28 1.92 3.33 4.81 4.00 2.25 1.68 1.37 2.08 STD 1.09 0.38 0.60 1.76 2.39 NA 1.16 0.65 0.46 1.17 N 210.00 18.00 9.00 18.00 7.00 1.00 78.00 45.00 63.00 449.00 MEAN 2.12 1. 36 2.44 2.65 2.79 2.10 2.13 1.63 1.30 1. 97 STD 0.90 0.22 1.01 1.14 1.33 NA 0.90 0.58 0.22 0.89 N 208.00 17.00 9.00 18.00 7.00 1.00 78.00 45.00 63.00 446.00 CROWN MEAN NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.77 0.02 0.02 0.15 0.12 0.01 0.31 0.09 0.08 1.57 DENSITY (stems/ha) 1641 141 70 141 55 8 609 352 492 3508 -- ------ STAND=51 YEAR=94 STRATUM=1 DIAMETER (cm) SPECIES MEAN STD N acerub 6.35 0.92 2.00 betpap 4.20 1.39 3.00 pinban 10.25 3.34 32.00 pinres 14.42 3.61 204.00 STRATUM TOTAL 13.68 4.01 241.00 ------------------------------------------- ------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) NA NA 0.00 NA NA 0.00 0.03 8 NA NA 0.00 NA NA 0.00 0.02 13 6.98 1.06 4.00 5.53 1.15 3.00 1.21 133 8.95 2.22 19.00 7.63 2.50 17.00 14.75 850 8.61 2.19 23.00 7.31 2.45 20.00 16.01 1004 --------------------------------------------------------------------------------------------------------------------- STAND=51 YEAR=94 STRATUM= DIAMETER (cm) 2 ------------------------------------------------ ---------- MEASURED HEIGH7 SPECIES acerub acesac amespp betpap pinban pinres pinstr popgra poptre STRATUM TOTAL MEAN 2.18 2.08 1.03 2.05 2.41 2.47 4.10 2.30 1.70 2.19 STD 1.20 0.98 0.31 0.07 1.83 2.26 NA 1.45 0.42 1.30 N 114.00 24.00 3.00 2.00 7.00 13.00 1.00 24.00 5.00 193.00 MEAN 2.34 2.30 NA 2.90 2.38 2. 90 NA 2. 93 2.50 2.51 STD 0.88 0.73 NA NA 1.18 NA NA 1.39 NA 0.97 r (m) N 9.00 5.00 0.00 1.00 5.00 1.00 0.00 6.00 1.00 28.00 CROWN MEAN NA NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.72 0.13 0.00 0.01 0.06 0.14 0.02 0.18 0.02 1.28 DENSITY (stems/ha) 1484 313 39 26 91 169 13 313 65 2513

------------------- STAND=52 YEAR=93 STRATUM=1 --------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 16.87 5.31 100.00 11.70 3.46 16.00 8.01 2.87 16.00 6.14 250 pinband 17.55 7.96 42.00 12.42 0.38 6.00 9.25 1.29 6.00 3.05 105 pinres 22.86 6.15 109.00 13.64 2.92 18.00 8.17 2.01 18.00 11.99 273 STRATUM TOTAL 19.59 6.80 251.00 12.68 3.03 40.00 8.27 2.30 40.00 21.17 628 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=52 YEAR=93 STRATUM=2 ------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) amespp 1.55 1.20 2.00 3.10 NA 1.00 NA NA 0.00 0.00 16 pinban 6.30 0.57 2.00 3.80 0.14 2.00 NA NA 0.00 0.05 16 pinband 5.90 1.56 2.00 4.60 0.28 2.00 NA NA 0.00 0.04 16 STRATUM TOTAL 4.58 2.53 6.00 3.98 0.65 5.00 NA NA 0.00 0.10 47 rn --- —---------------------------------------------------------------------------------------------------------------- m -4l

-------------------— STAND=53 YEAR=93 STRATUM=1 -- ------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 9.13 3.49 27.00 5.75 0.35 2.00 3.75 0.35 2.00 0.50 68 acerub 10.67 5.11 266.00 14.94 4.92 14.00 7.61 3.52 14.00 7.30 665 acesac 8.61 4.81 71.00 13.83 5.51 6.00 9.25 3.27 6.00 1.35 178 amespp 4.48 1.13 4.00 NA NA 0.00 NA NA 0.00 0.02 10 betpap 16.65 8.43 24.00 NA NA 0.00 NA NA 0.00 1.63 60 picgla 20.73 18.15 4.00 12.50 NA 1.00 12.00 NA 1.00 0.53 10 pinban 24.70 10.87 3.00 19.50 NA 1.00 9.50 NA 1.00 0.41 8 pinband 34.40 NA 1.00 NA NA 0.00 NA NA 0.00 0.23 3 pinres 12.67 5.16 3.00 11.50 NA 1.00 9.00 NA 1.00 0.10 8 pinstr 17.73 16.80 8.00 NA NA 0.00 NA NA 0.00 0.88 20 popgra 21.48 6.93 116.00 17.63 5.68 12.00 5.63 2.04 12.00 11.60 290 poptre 13.71 7.30 25.00 16.00 5.68 3.00 8.33 2.08 3.00 1.17 63 pruser 2.70 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 3 querub 9.30 4.69 4.00 NA NA 0.00 NA NA 0.00 0.08 10 STRATUM TOTAL 13.21 7.85 557.00 15.17 5.52 40.00 7.32 3.14 40.00 25.81 1393 -------------------------------— SAD5YER9STTM2 --- —------------------------------------------------------------------------------ ------ ------- STAND=53 YEAR=93 STRATUM=2 --- —-------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 3.79 1.22 51.00 2.74 1.09 12.00 NA NA 0.00 0.50 398 acerub 1.66 1.37 137.00 2.45 1.34 22.00 NA NA 0.00 0.39 1070 acesac 1.38 0.95 49.00 2.18 1.07 9.00 NA NA 0.00 0.08 383 I' amespp 1.13 0.75 85.00 1.66 0.57 14.00 NA NA 0.00 0.10 664 00 corcor 0.95 0.34 116.00 1.46 0.28 9.00 NA NA 0.00 0.07 906 faggra 0.80 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 picgla 4.50 2.40 2.00 1.50 NA 1.00 NA NA 0.00 0.03 16 pinban 3.10 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 8 pinstr 3.26 3.24 5.00 1.30 NA 1.00 NA NA 0.00 0.06 39 popgra 1.90 NA 1.00 3.00 NA 1.00 NA NA 0.00 0.00 8 poptre 1.41 1.14 21.00 1.44 0.49 7.00 NA NA 0.00 0.04 164 querub 1.22 0.88 5.00 NA NA 0.00 NA NA 0.00 0.01 39 salspp 1.35 0.21 2.00 2.00 NA 1.00 NA NA 0.00 0.00 16 STRATUM TOTAL 1.60 1.35 476.00 2.09 1.06 77.00 NA NA 0.00 1.28 3719

SPECIES pinban STRATUM TOTAL STAND=54 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 7.91 1.61 11.00 7.91 1.61 11.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 5.18 0.19 9.00 4.70 0.46 8.00 0.14 28 5.18 0.19 9.00 4.70 0.46 8.00 0.14 28 --------------------------------------------------------------------------------------------------------------------- ------------------— STAND=54 YEAR=93 STRATUM=2 --- —-------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 6.03 2.39 197.00 3.54 0.92 75.00 NA NA 0.00 5.09 1539 pinband 8.30 0.71 2.00 NA NA 0.00 NA NA 0.00 0.08 16 STRATUM TOTAL 6.06 2.39 199.00 3.54 0.92 75.00 NA NA 0.00 5.17 1555 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=54 YEAR=94 STRATUM=1 --- —------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 7.54 1.04 49.00 5.34 0.32 17.00 4.75 0.44 13.00 0.93 204 STRATUM TOTAL 7.54 1.04 49.00 5.34 0.32 17.00 4.75 0.44 13.00 0.93 204 --------------------------------------------------------------------------------------------------------------------- m co ------------- STAND=54 YEAR=94 STRATUM=2 DIAMETER (cm) SPECIES MEAN STD N pinban 6.03 2.33 95.00 STRATUM TOTAL 6.03 2.33 95.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 3.62 1.03 40.00 NA NA 0.00 4.06 1237 3.62 1.03 40.00 NA NA 0.00 4.06 1237 ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban STRATUM TOTAL STAND=55 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 7.47 1.51 6.00 7.47 1.51 6.00 ----------------------------------------------------------—. --- —---- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stemI/ha) 5.10 0.14 4.00 4.65 0.13 4.00 0.07 15 5.10 0.14 4.00 4.65 0.13 4.00 0.07 15 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=55 YEAR=93 STRATUM=2 ------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 5.43 1.93 338.00 3.38 0.75 75.00 NA NA 0.00 6.88 2641 pinband 2.95 1.34 2.00 NA NA 0.00 NA NA 0.00 0.01 16 STRATUM TOTAL 5.41 1.94 340.00 3.38 0.75 75.00 NA NA 0.00 6.89 2656 --------------------------------------------------------------------------------------------------------------------- ---- STAND=55 YEAR=94 STRATUM=1 --- —---------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 7.09 1.48 26.00 5.25 0.44 15.00 4.67 0.52 15.00 0.45 108 STRATUM TOTAL 7.09 1.48 26.00 5.25 0.44 15.00 4.67 0.52 15.00 0.45 108 --------------------------------------------------------------------------------------------------------------------- ------ ----- STAND=55 YEAR=94 STRATUM=2 DIAMETER (cm) SPECIES MEAN STD N pinban 5.81 2.33 152.00 STRATUM TOTAL 5.81 2.33 152.00 m o MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 3.63 0.74 45.00 3.30 0.46 5.00 6.08 1979 3.63 0.74 45.00 3.30 0.46 5.00 6.08 1979 -----------—. --- —---------------------------------------------------------------------------------------------------

SPECIES pinban pinres STRATUM TOTAL STAND=56 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 13.63 4.45 133.00 25.90 1.98 2.00 13.82 4.66 135.00 ------------------- -------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 10.87 1.91 19.00 7.92 2.02 19.00 5.37 333 NA NA 0.00 NA NA 0.00 0.26 5 10.87 1.91 19.00 7.92 2.02 19.00 5.63 338 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=56 YEAR=93 STRATUM=2- ------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) amespp 0.90 NA 1.00 1.10 NA 1.00 NA NA 0.00 0.00 8 pinban 3.06 1.59 10.00 1.65 0.89 6.00 NA NA 0.00 0.07 78 STRATUM TOTAL 2.86 1.65 11.00 1.57 0.84 7.00 NA NA 0.00 0.07 86 --------------------------------------------------------------------------------------------------------------------- m dL

------------------ STAND=57 YEAR=93 STRATUM=1 ---- -------------------- -- - ------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) abibal 9.38 3.24 10.00 NA NA 0.00 NA NA 0.00 0.19 25 acerub 10.47 4.64 318.00 12.05 3.48 15.00 5.29 2.55 15.00 8.19 795 acesac 8.75 4.81 95.00 12.12 4.22 5.00 5.22 2.18 5.00 1.85 238 amespp 3.92 1.82 11.00 NA NA 0.00 NA NA 0.00 0.04 28 betpap 16.70 6.10 50.00 15.50 6.08 3.00 6.17 2.02 3.00 3.10 125 picgla 14.66 7.47 45.00 12.53 4.49 4.00 9.63 3.97 4.00 2.38 113 pinban 25.35 3.46 2.00 NA NA 0.00 NA NA 0.00 0.25 5 pinres 19.11 6.91 12.00 12.45 8.56 2.00 5.60 3.39 2.00 0.96 30 pinstr 11.68 5.78 40.00 7.93 2.87 3.00 4.93 1.44 3.00 1.33 100 popgra 22.11 5.66 79.00 19.50 2.15 5.00 8.10 3.17 5.00 8.07 198 poptre 17.75 3.44 16.00 15.33 1.89 3.00 5.33 2.08 3.00 1.02 40 querub 11.84 12.78 30.00 NA NA 0.00 NA NA 0.00 1.76 75 STRATUM TOTAL 12.61 7.13 708.00 13.25 4.61 40.00 6.12 2.86 40.00 29.15 1770 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=57 YEAR=93 STRATUM=2 ------------------------- --------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 3.55 1.64 16.00 1.87 0.64 3.00 NA NA 0.00 0.15 125 acepen 1.49 0.62 8.00 NA NA 0.00 NA NA 0.00 0.01 63 acerub 1.51 0.96 132.00 1.86 0.91 9.00 NA NA 0.00 0.26 1031 acesac 1.56 1.02 10.00 2.85 1.91 2.00 NA NA 0.00 0.02 78 m amespp 1.08 0.60 254.00 1.53 0.34 15.00 NA NA 0.00 0.24 1984 betpap 1.92 2.75 12.00 NA NA 0.00 NA NA 0.00 0.08 94 IO corcor 1.08 0.39 407.00 1.75 0.44 13.00 NA NA 0.00 0.33 3180 faggra 0.90 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 loncan 0.90 0.29 4.00 NA NA 0.00 NA NA 0.00 0.00 31 picgla 3.61 1.74 14.00 1.00 NA 1.00 NA NA 0.00 0.14 109 pinres 6.00 NA 1.00 NA NA 0.00 NA NA 0.00 0.02 8 pinstr 3.38 1.84 84.00 2.19 0.93 16.00 NA NA 0.00 0.76 656 popgra 4.16 5.61 5.00 NA NA 0.00 NA NA 0.00 0.13 39 poptre 1.30 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 querub 1.38 0.68 149.00 1.88 0.95 20.00 NA NA 0.00 0.22 1164 vibspp 0.70 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 STRATUM TOTAL 1.45 1.18 1099.00 1.87 0.81 79.00 NA NA 0.00 2.36 8586 ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban STRATUM TOTAL STAND=58 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 4.82 2.30 229.00 4.82 2.30 229.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stemr/ha) 2.66 0.79 61.00 NA NA 0.00 4.00 1789 2.66 0.79 61.00 NA NA 0.00 4.00 1789 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban STRATUM TOTAL STAND=58 YEAR=94 STRATUM=2 DIAMETER (om) MEAN STD N 4.82 2.30 229.00 4.82 2.30 229.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 2.66 0.79 61.00 NA NA 0.00 4.21 1883 2.66 0.79 61.00 NA NA 0.00 4.21 1883 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban STRATUM TOTAL STAND=59 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 8.09 1.97 154.00 8.09 1.97 154.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (st*mn/ha) 5.43 0.53 38.00 4.96 0.46 37.00 2.10 385 5.43 0.53 38.00 4.96 0.46 37.00 2.10 385 --------------------------------------------------------------------------------------------------------------------- SPECIES amespp pinban pinband pinres STRATU TOTAL STAND=59 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 1.84 0.51 8.00 4.85 2.85 130.00 3.85 0.68 4.00 3.95 1.01 4.00 4.64 2.78 146.00 --------------------------------------------------------------------- MEASURED HEIGHT (a) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stem/ha) NA NA 0.00 NA NA 0.00 0.02 63 3.08 1.29 41.00 NA NA 0.00 2.52 1016 NA NA 0.00 NA NA 0.00 0.04 31 1.65 0.24 4.00 NA NA 0.00 0.04 31 2.95 1.30 45.00 NA NA 0.00 2.62 1141 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban STRATUM TOTAL STAND=59 YEAR=94 STRATUM=1 DIAMTER (cm) MEAN STD N 8.43 1.92 85.00 8.43 1.92 85.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY EAN STD N MEAN STD N (m2/ha) (stem/ha) 5.76 0.41 15.00 5.13 0.49 10.00 3.12 531 5.76 0.41 15.00 5.13 0.49 10.00 3.12 531 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban STRATUM TOTAL STAND=59 YEAR=94 STRATUM=2 DIAMETER (cm) MEAN STD N 5.87 2.58 23.00 5.87 2.58 23.00 MEASURED HEIGHT (a) MEAN STD N 3.95 0.80 11.00 3.95 0.80 11.00 CROWN DEPTH (m) BA MEAN STD N (m2/ha) NA NA 0.00 1.44 NA NA 0.00 1.44 DENSITY (aten/ha) 449 449 --------------------------------------------------------------------- ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban pinres STRATUM TOTAL STAND=60 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 9.18 2.22 193.00 14.39 3.48 36.00 10.00 3.11 229.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 5.95 0.68 31.00 5.16 0.86 29.00 3.38 483 6.61 0.82 9.00 6.06 0.88 9.00 1.55 90 6.10 0.76 40.00 5.38 0.93 38.00 4.93 573 --------------------------------------------------------------------------------------------------------------------- SPECIES amespp pinban pinband pinres STRATUM TOTAL STAND=60 YEAR=93 STRATUM=2 DIAMTER (cm) MEAN STD N 1.91 0.86 11.00 6.86 2.83 39.00 4.45 4.31 2.00 12.33 0.87 3.00 6.08 3.52 55.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 1.20 0.00 2.00 NA NA 0.00 0.03 86 3.44 1.26 25.00 4.00 NA 1.00 1.31 305 2.50 0.71 2.00 NA NA 0.00 0.04 16 4.50 NA 1.00 NA NA 0.00 0.28 23 3.27 1.32 30.00 4.00 NA 1.00 1.66 430 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinband pinres STRATUM TOTAL STAND=61 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 15.62 4.03 337.00 10.56 3.48 52.00 39.00 NA 1.00 15.01 4.48 390.00 m ------------------------------------------------ --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 13.19 2.24 34.00 7.12 2.31 34.00 17.22 843 12.33 2.84 3.00 6.83 1.04 3.00 1.26 130 NA NA 0.00 NA NA 0.00 0.30 3 13.12 2.26 37.00 7.09 2.23 37.00 18.78 975 ---------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 3.40 1.13 2.00 NA NA 0.00 0.07 23 4.00 NA 1.00 NA NA 0.00 0.01 8 3.60 0.87 3.00 NA NA 0.00 0.09 31 SPECIES pinban pinband STRATUM TOTAL STAND=61 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 6.00 2.17 3.00 4.80 NA 1.00 5.70 1.87 4.00 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinband pinres STRATUM TOTAL STAND=62 YEAR=93 STRATUM=l DIAMETER (cm) MEAN STD N 10.39 2.76 654.00 7.13 2.30 70.00 36.40 NA 1.00 10.12 3.04 725.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 10.46 1.67 37.00 6.18 1.67 36.00 14.85 1635 6.97 1.00 3.00 2.80 1.21 3.00 0.77 175 NA NA 0.00 NA NA 0.00 0.26 3 10.20 1.87 40.00 5.92 1.86 39.00 15.88 1813 --------------------------------------------------------------------------------------------------------------------- SPECIES amespp pinban pinband STRATUM TOTAL STAND=62 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 0.90 0.42 4.00 5.56 1.67 11.00 5.39 1.75 16.00 4.87 2.21 31.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 1.40 NA 1.00 NA NA 0.00 0.00 31 3.52 0.79 5.00 NA NA 0.00 0.23 86 3.97 0.75 10.00 NA NA 0.00 0.31 125 3.67 0.96 16.00 NA NA 0.00 0.54 242

SPECIES pinban pinband pinres STRATUM TOTAL STAND=63 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 13.88 5.29 167.00 13.48 5.55 42.00 23.17 6.37 3.00 13.93 5.45 212.00 -----------------------------------------------------------—, --- —--- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stera/ha) 8.88 2.83 27.00 6.59 2.26 27.00 7.23 418 9.60 2.42 10.00 7.70 2.32 10.00 1.75 105 10.00 NA 1.00 9.00 NA 1.00 0.33 8 9.10 2.68 38.00 6.95 2.29 38.00 9.31 530 --------------------------------------------------------------------------------------------------------------------- SPECIES amespp juncom pinban pinband STRATUM TOTAL STAND=63 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 1.20 NA 1.00 2.51 0.88 7.00 4.60 2.59 33.00 3.75 1.96 4.00 4.13 2.46 45.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 1.30 NA 1.00 NA NA 0.00 0.00 8 1.00 NA 1.00 NA NA 0.00 0.03 55 2.59 0.98 22.00 NA NA 0.00 0.56 258 3.03 1.23 4.00 NA NA 0.00 0.04 31 2.55 1.05 28.00 NA NA 0.00 0.63 352 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinband STRATUM TOTAL STAND=64 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 17.73 5.36 121.00 18.24 6.03 43.00 17.87 5.53 164.00 m rn 01 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 11.77 2.55 24.00 8.95 2.39 24.00 8.15 303 9.59 2.26 11.00 6.85 2.14 11.00 3.11 108 11.09 2.63 35.00 8.29 2.49 35.00 11.26 410 " --- —----------------------------------------------------------------- --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 2.00 NA 1.00 NA NA 0.00 0.01 8 2.71 1.51 7.00 NA NA 0.00 0.14 78 3.60 0.85 2.00 NA NA 0.00 0.04 16 2.82 1.35 10.00 NA NA 0.00 0.18 102 SPECIES abibal pinban pinband STRATUM TOTAL STAND=64 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 3.30 NA 1.00 4.08 2.52 10.00 5.50 0.28 2.00 4.24 2.27 13.00 ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban pinband pinres STRATUM TOTAL STAND=65 YEAR-93 STRATUM= DIAMETER (cm) MEAN STD N 14.70 3.76 318.00 12.55 4.35 59.00 18.10 7.20 4.00 14.40 3.98 381.00 1 --- ---- -------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stema/ha) 12.88 2.57 37.00 6.76 2.09 37.00 14.36 795 14.00 0.71 2.00 10.25 0.35 2.00 2.04 148 6.40 NA 1.00 4.90 NA 1.00 0.29 10 12.77 2.69 40.00 6.89 2.17 40.00 16.69 953 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=65 YEAR=93 STRATUM=2 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 0.80 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 pinban 3.00 2.55 2.00 2.45 2.05 2.00 NA NA 0.00 0.02 16 STRATUM TOTAL 2.27 2.20 3.00 2.45 2.05 2.00 NA NA 0.00 0.02 23 --------------------------------------------------------------------------------------------------------------------- STAND=66 YEAR=93 STRATUM=2 -------------------------------- ------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) amespp 1.09 0.22 28.00 1.00 NA 1.00 NA NA 0.00 0.02 243 pinban 1.75 0.52 178.00 1.26 0.19 32.00 NA NA 0.00 0.40 1545 STRATUM TOTAL 1.66 0.54 206.00 1.25 0.19 33.00 NA NA 0.00 0.43 1788 --------------------------------------------------------------------------------------------------------------------- m ------------ m CO 0) SPECIES amespp pinban STRATUM TOTAL STAND=66 YEAR=94 STRATUM=2 DIAMETER (cm) MEAN STD N 1.10 0.10 3.00 1.81 0.65 420.00 1.80 0.65 423.00 MEASURED HEIGHT (m) MEAN STD N NA NA 0.00 1.25 0.19 39.00 1.25 0.19 39.00 CROWN MEAN NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 BA DENSITY (m2/ha) (stems/ha) 0.00 38 1.52 5250 1.52 5288 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinband pinres STRATUM TOTAL STAND=67 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 17.43 3.84 327.00 13.16 4.37 52.00 13.45 1.34 2.00 16.82 4.18 381.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 14.98 1.81 33.00 7.21 1.87 33.00 20.45 818 10.08 2.98 5.00 5.02 1.58 5.00 1.96 130 6.45 0.78 2.00 5.15 0.21 2.00 0.07 5 13.95 3.05 40.00 6.84 1.95 40.00 22.48 953 --------------------------------------------------------------------------------------------------------------------- ------------------- STAND=67 YEAR=93 STRATUM=2 ------------------------------------------ -- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stema/ha) acerub 1.30 NA 1.00 2.00 NA 1.00 NA NA 0.00 0.00 8 amespp 1.25 0.07 2.00 1.40 NA 1.00 NA NA 0.00 0.00 16 faggra 1.80 NA 1.00 1.80 NA 1.00 NA NA 0.00 0.00 8 pinres 4.07 1.01 3.00 2.03 0.51 3.00 NA NA 0.00 0.03 23 STRATUM TOTAL 2.54 1.55 7.00 1.88 0.41 6.00 NA NA 0.00 0.04 55 - -----------------------------------------------------------------------------------------------------------------------

--- ----------— STAND=68 YEAR=93 STRATUM=1 - ------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 16.97 5.19 45.00 NA NA 0.00 NA NA 0.00 2.78 113 pinband 14.03 4.05 10.00 13.75 1.77 2.00 5.50 0.71 2.00 0.42 25 pinres 20.37 6.32 283.00 13.65 2.27 36.00 8.02 1.67 36.00 25.28 708 STRATUM TOTAL 19.73 6.30 338.00 13.66 2.22 38.00 7.89 1.73 38.00 28.47 845 --------------------------------------------------------------------------------------------------------------------- ------------------— STAND=68 YEAR=93 STRATUM=2 ----------------------- ---------------- ------- ------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 2.20 NA 1.00 2.00 NA 1.00 NA NA 0.00 0.00 8 pinres 8.87 1.50 3.00 3.40 1.28 3.00 NA NA 0.00 0.15 23 STRATUM TOTAL 7.20 3.55 4.00 3.05 1.26 4.00 NA NA 0.00 0.15 31 --------------------------------------------------------------------------------------------------------------------- ------------------— STAND=69 YEAR=93 STRATUM=1 -- ------------------------------------------------------------ DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 3.64 0.66 7.00 5.10 NA 1.00 3.20 NA 1.00 0.05 47 acesac 4.29 0.65 8.00 5.40 NA 1.00 1.90 NA 1.00 0.08 53 betpap 3.75 1.06 2.00 NA NA 0.00 NA NA 0.00 0.02 13 m popgra 4.29 1.12 35.00 6.15 0.59 8.00 2.96 0.64 8.00 0.36 233 C) poptre 4.33 1.17 138.00 6.09 0.77 13.00 2.60 0.49 13.00 1.45 920 '< prupen 3.41 0.99 25.00 5.27 0.27 6.00 1.73 0.42 6.00 0.16 167 STRATUM TOTAL 4.19 1.15 215.00 5.88 0.71 29.00 2.52 0.68 29.00 2.12 1433 --------------------------------------------------------------------------------------------------------------------- - -----------------— STAND=69 YEAR=93 STRATUM=2 --- ---------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) abibal 5.80 1.73 4.00 3.30 NA 1.00 NA NA 0.00 0.23 83 acerub 1.53 0.77 428.00 2.25 0.70 4.00 NA NA 0.00 2.05 8917 acesac 1.33 0.57 221.00 1.67 0.81 3.00 NA NA 0.00 0.76 4604 amespp 1.21 0.63 127.00 1.73 0.32 3.00 NA NA 0.00 0.39 2646 betpap 1.98 1.13 9.00 NA NA 0.00 NA NA 0.00 0.07 188 corcor 0.84 0.19 224.00 NA NA 0.00 NA NA 0.00 0.27 4667 loncan 0.80 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 21 lonspp 0.68 0.17 4.00 NA NA 0.00 NA NA 0.00 0.00 83 pinstr 3.50 NA 1.00 NA NA 0.00 NA NA 0.00 0.02 21 popgra 3.09 1.12 50.00 4.00 NA 1.00 NA NA 0.00 0.88 1042 poptre 2.73 0.83 193.00 3.50 1.07 5.00 NA NA 0.00 2.57 4021 prupen 1.84 0.73 623.00 3.56 1.20 5.00 NA NA 0.00 3.99 12979 querub 1.63 0.76 6.00 NA NA 0.00 NA NA 0.00 0.03 125 sorame 0.90 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 21 STRATUM TOTAL 1.68 0.91 1892.00 2.81 1.17 22.00 NA NA 0.00 11.28 39417

SPECIES acesac amespp popgra poptre STRATUM TOTAL STAND=70 YEAR=93 STRATUM= DIAMETER (cm) MEAN STD N 4.00 NA 1.00 3.88 2.30 4.00 3.97 0.06 3.00 4.53 0.91 33.00 4.41 1.06 41.00 1 ------------------ ------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (n2/ha) (ateme/ha) NA NA 0.00 NA NA 0.00 0.02 13 5.00 NA 1.00 2.70 NA 1.00 0.07 50 5.20 0.00 2.00 3.05 0.21 2.00 0.05 38 5.33 0.26 9.00 3.34 0.40 9.00 0.69 413 5.28 0.25 12.00 3.24 0.40 12.00 0.83 513 --------------------------------------------------------------------------------------------------------------------- STAND=70 YEAR=93 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT SPECIES acerub acesac amespp corcor popgra poptre prupen querub STRATUM TOTAL MEAN 1.26 2.00 1.60 1.00 2.94 2.96 1.51 2.00 1.98 STD 0.40 NA 0.97 0.22 1.10 0.95 0.73 0.17 1.11 N 26.00 1.00 134.00 46.00 18.00 167.00 141.00 3.00 536.00 MEAN 1.80 NA 1.70 NA NA 2.88 2.90 NA 2.52 STD NA NA 0.81 NA NA 0.98 0.85 NA 1.00 (m) N 1.00 0.00 4.00 0.00 0.00 9.00 2.00 0.00 16.00 CROWN MEAN NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (nm/ha) 0.14 0.01 1.44 0.15 0.54 4.96 1.22 0.04 8.50 DENSITY (stemn/ha) 1016 39 5234 1797 703 6523 5508 117 20938 m OD ------------------— STAND=71 YEAR=93 STRATUM=1 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 41.00 NA 1.00 14.50 NA 1.00 11.00 NA 1.00 0.33 3 pinres 26.17 4.75 70.00 13.65 1.66 33.00 9.47 1.22 33.00 9.72 175 STRATUM TOTAL 26.37 5.03 71.00 13.67 1.64 34.00 9.51 1.23 34.00 10.05 178 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=71 YEAR=93 STRATUM=2 -------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stema/ha) amespp 0.40 NA 1.00 1.20 NA 1.00 NA NA 0.00 0.00 8 pinres 8.60 NA 1.00 3.20 NA 1.00 NA NA 0.00 0.05 8 STRATUM TOTAL 4.50 5.80 2.00 2.20 1.41 2.00 NA NA 0.00 0.05 16 ---------------------------------------------------------------------------------------------------------------------

------- ------- STAND=72 YEAR=93 STRATUM=1 SPECIES acerub pinban pinband pinres STRATUM TOTAL DIAMETER (cm) MEAN STD 4.73 1.33 19.42 7.29 14.55 0.92 25.70 5.54 23.70 7.54 N 4.00 6.00 2.00 60.00 72.00 MEASURED HEIGHT (m) MEAN STD N NA NA 0.00 13.75 0.35 2.00 9.50 NA 1.00 13.98 1.69 25.00 13.80 1.80 28.00 CROWN DEPTH (m) MEAN STD N NA NA 0.00 9.50 0.00 2.00 5.00 NA 1.00 9.58 1.47 25.00 9.41 1.63 28.00 BA (m2/ha) 0.02 0.50 0.08 8.13 8.73 DENS ITY (stems/ha) 10 15 5 150 180 SPECIES acerub amespp pinban salspp STRATUM TOTAL STAND=72 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 2.25 1.79 11.00 1.00 NA 1.00 7.65 0.78 2.00 1.50 0.28 2.00 2.76 2.44 16.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 2.03 0.75 3.00 NA NA 0.00 0.05 86 NA NA 0.00 NA NA 0.00 0.00 8 3.50 0.99 2.00 NA NA 0.00 0.07 16 2.10 0.00 2.00 NA NA 0.00 0.00 16 2.47 0.92 7.00 NA NA 0.00 0.13 125 m ---------------— STAND=73 YEAR=93 STRATUM=1 --- —-------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 5.80 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 3 pinban 16.59 7.24 59.00 10.50 2.72 7.00 7.79 1.63 7.00 3.78 148 pinband 18.84 7.12 20.00 12.22 2.75 9.00 7.67 2.89 9.00 1.58 50 pinres 27.86 6.87 76.00 13.65 2.24 24.00 10.29 2.06 24.00 12.28 190 STRATUM TOTAL 22.30 8.92 156.00 12.78 2.67 40.00 9.26 2.50 40.00 17.65 390 --------------------------------------------------------------------------------------------------------------------- ------------------— STAND=73 YEAR=93 STRATUM=2 SPECIES acerub amespp pinban pinband pinres prupen STRATUM TOTAL DIAMETER (cm) EAN STD 1.40 0.60 0.90 0.58 3.85 1.95 1.80 NA 2.70 0.99 0.50 NA 2.19 1.76 N 13.00 8.00 13.00 1.00 2.00 1.00 38.00 MEAN 1.74 1.27 3.06 2.50 1.40 1.00 2.20 STD 0.52 0.38 0.87 NA 0.57 NA 1.01 MEASURED HEIGHT (m) N 7.00 3.00 10.00 1.00 2.00 1.00 24.00 CROWN MEAN NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.02 0.01 0.15 0.00 0.01 0.00 0.18 DENSITY (stems/ha) 102 63 102 8 16 8 297

-------------- STAND=74 YEAR=93 STRATUM= --- —-------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 18.25 6.90 69.00 18.83 2.47 3.00 7.67 0.58 3.00 5.15 173 acesac 19.71 8.27 36.00 20.00 0.71 2.00 10.25 1.77 2.00 3.22 90 betall 15.14 10.54 5.00 NA NA 0.00 NA NA 0.00 0.31 13 betpap 13.70 7.50 2.00 NA NA 0.00 NA NA 0.00 0.08 5 faggra 14.09 7.47 55.00 15.20 4.93 5.00 9.60 4.34 5.00 2.74 138 pinstr 20.44 6.60 281.00 16.02 2.49 30.00 6.95 1.97 30.00 25.45 703 querub 26.35 3.04 2.00 NA NA 0.00 NA NA 0.00 0.27 5 STRATUM TOTAL 19.21 7.24 450.00 16.33 2.97 40.00 7.50 2.47 40.00 37.22 1125 --------------------------------------------------------------------------------------------------------------------- ----- STAND=74 YEAR=93 STRATUM=2 ----------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) ablbal 4.43 0.83 3.00 2.70 NA 1.00 NA NA 0.00 0.04 23 acepen 1.23 0.49 27.00 1.33 0.31 8.00 NA NA 0.00 0.03 211 acerub 1.29 0.59 176.00 1.61 0.54 13.00 NA NA 0.00 0.22 1375 acesac 1.39 0.53 42.00 2.23 1.63 3.00 NA NA 0.00 0.06 328 amespp 0.78 0.32 5.00 1.15 0.07 2.00 NA NA 0.00 0.00 39 corcor 1.33 0.54 48.00 1.10 NA 1.00 NA NA 0.00 0.06 375 faggra 1.12 0.31 20.00 1.46 0.48 9.00 NA NA 0.00 0.02 156 lonspp 0.60 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 pinstr 5.80 NA 1.00 NA NA 0.00 NA NA 0.00 0.02 8 querub 1.55 0.72 4.00 1.50 NA 1.00 NA NA 0.00 0.01 31 STRATUM TOTAL 1.33 0.68 327.00 1.55 0.64 38.00 NA NA 0.00 0.44 2555 A --------------------------------------------------------------------------------------------------------------------- ------------------ STAND=75 YEAR=93 STRATUM=1 --- —-------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stema/ha) acerub 16.36 8.47 20.00 NA NA 0.00 NA NA 0.00 1.95 74 acesac 13.33 3.86 6.00 NA NA 0.00 NA NA 0.00 0.33 22 faggra 21.15 4.31 2.00 18.00 NA 1.00 10.50 NA 1.00 0.27 7 pinban 25.65 11.81 2.00 NA NA 0.00 NA NA 0.00 0.42 7 pinstr 22.52 7.00 243.00 15.52 2.97 26.00 5.56 1.97 26.00 39.30 900 poptre 16.47 6.24 3.00 NA NA 0.00 NA NA 0.00 0.26 11 STRATUM TOTAL 21.82 7.33 276.00 15.61 2.95 27.00 5.74 2.15 27.00 42.53 1022 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=75 YEAR=93 STRATUM=2 --- —------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 0.85 0.49 64.00 1.36 0.43 13.00 NA NA 0.00 0.06 741 acesac 1.00 0.42 4.00 1.40 0.61 3.00 NA NA 0.00 0.00 46 amespp 0.60 0.20 5.00 1.15 0.17 4.00 NA NA 0.00 0.00 58 corcor 1.12 0.42 18.00 1.70 0.42 2.00 NA NA 0.00 0.02 208 faggra 0.60 NA 1.00 1.10 NA 1.00 NA NA 0.00 0.00 12 poptre 0.95 0.24 11.00 1.35 0.17 4.00 NA NA 0.00 0.01 127 sorame 0.90 NA 1.00 1.60 NA 1.00 NA NA 0.00 0.00 12 STRATUM TOTAL 0.90 0.45 104.00 1.36 0.38 28.00 NA NA 0.00 0.10 1204 ---------------------------------------------------------------------------------------------------------------------

-------------------- STAND=76 YEAR=93 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES acerub acesac amespp betall faggra poptre querub STRATUM TOTAL MEAN 22.76 18.30 10.80 21.10 12.43 36.20 44.80 18.59 STD 6.28 9.11 NA NA 5.85 11.03 NA 9.18 N 18.00 361.00 1.00 1.00 4.00 2.00 1.00 388.00 MEAN 26.50 17.44 NA 18.50 NA 25.00 25.50 18.09 STD NA 4.88 NA NA NA NA NA 5.12 N 1.00 36.00 0.00 1.00 0.00 1.00 1.00 40.00 MEAN 12.50 8.31 NA 12.50 NA 9.00 10.00 8.58 STD NA 4.14 NA NA NA NA NA 4.04 N 1.00 36.00 0.00 1. 00 0.00 1.00 1.00 40.00 BA (m2/ha) 1.96 29.60 0.02 0.09 0.14 0.54 0.39 32.75 DENSITY (stem/ha) 45 903 3 3 10 5 3 970 --------------- STAND=76 YEAR=93 STRATUM=2 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) SPECIES acepen acerub acesac betall faggra pruser querub samcan STRATUM TOTAL MEAN 1.76 1.06 1.11 1.07 1.53 1.05 1.20 1.58 1.21 STD 0.88 0.24 0.45 0.31 0.67 0.35 NA 0.22 0.52 N 8.00 50.00 256.00 7.00 81.00 2.00 1.00 6.00 411.00 MEAN 1.50 1.34 1. 52 2.30 1.54 NA NA 1.30 1.51 STD NA 0.33 0.82 NA 0.45 NA NA NA 0.68 N 1.00 8.00 34.00 1.00 14.00 0.00 0.00 1.00 59.00 m 4 CROWN MEAN NA NA NA NA NA NA NA NA NA -- -- -- -- CROWN MEAN NA 6.39 NA 5.43 3.10 6.50 5.57 DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 DEPTH (m) STD N NA 0.00 2.21 7.00 NA 0.00 1.07 30.00 NA 1.00 NA 1.00 1.40 39.00 BA (m2/ha) 0.02 0.04 0.23 0.01 0.14 0.00 0.00 0.01 0.44 BA (m2/ha) 0.05 2.08 0.16 6.21 0.00 0.31 8.80 DENSITY (stems/ha) 63 391 2000 55 633 16 8 47 3211 DENS ITY (stems/ha) 25 128 3 435 3 20 613 -------------------- STAND=77 YEAR=93 STRATUM=1 SPECIES betpap pinban pinband pinres popgra querub STRATUM TOTAL 4.7 13.: 28.: 13.( 3.3 9.4 12.7 DIAMETER (cm) LN STD 79 1.24 31 5.55 30 NA 39 3.21 30 NA 49 11.23 70 4.66 N 10.00 51.00 1.00 174.00 1.00 8.00 245.00 MEASURED HEIGHT (m) MEAN STD N NA NA 0.00 7.64 2.45 7.00 NA NA 0.00 6.53 1.10 30.00 5.20 NA 1.00 12.00 NA 1.00 6.84 1.68 39.00 -- ------------------- STAND=77 YEAR=93 STRATUM=2 ------------------------------------------------------------- SPECIES acerub betpap pinban pinband pinres popgra querub salspp STRATUM TOTAL MEl 1.9 2.4 4.7 7.1 6.: 2.: 2.1 1.1 2.7 DIAMETER (cm) WN STD )6 1.21 44 1.13 76 2.95.0 8.06 38 2.74 30 0.88 13 0.73 L5 0.34 74 2.04 MEASURED HEIGHT (m) N 71.00 22.00 40.00 2.00 16.00 49.00 96.00 4.00 300.00 MEAN 1.90 2.35 2.94 2.95 2.54 2.15 1. 94 1.05 2.45 STD 0.63 0.49 1.26 1.48 0.86 0.82 0.78 0.07 1.08 N 6.00 2.00 22.00 2.00 8.00 8.00 7.00 2.00 57. 00 CROWN MEAN NA NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.23 0.10 0.76 0.10 0.47 0.18 0.30 0.00 2.15 DENSITY (stems/ha) 555 172 313 16 125 383 750 31 2344

------------- STAND=77 YEAR=94 STRATUM=1 ---------- ------ ------- ------- ---- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) acerub 28.75 9.55 2.00 10.00 NA 1.00 7.00 NA 1.00 0.57 8 betpap 4.98 1.21 11.00 5.58 NA 1.00 4.08 NA 1.00 0.09 46 pinban 14.90 6.90 24.00 7.90 2.56 5.00 6.70 2.64 5.00 2.10 100 pinres 13.14 4.41 79.00 7.45 0.77 13.00 5.22 2.32 13.00 4.96 329 STRATUM TOTAL 13.00 5.90 116.00 7.60 1.52 20.00 5.62 2.35 20.00 7.73 483 ----------------------------------- ---------------------------------------------------------------------------------- -------------- - STAND=77 YEAR=94 STRATUM=2 SPECIES acerub betpap pinban pinres popgra querub salspp STRATUM TOTAL M2E 2.1 1.: 4.: 5. 2. 2.; 1. 2. DIAMETER (cm) aN STD 01 1.21 30 0.36 13 2.86 40 3.33 68 0.90 27 1.22 40 NA 97 2.18 MEASURED HEIGHT N 15.00 3.00 26.00 11.00 19.00 44.00 1.00 119.00 MEAN 2.39 NA 2.84 3.10 2.50 2.17 1.80 STD 1.35 NA 1.19 1.59 NA 0.45 NA I (m) N 3.00 0.00 12.00 6.00 1.00 6.00 1.00 CROWN MEAN NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.08 0.01 0.66 0.44 0.15 0.30 0.00 DENSITY (stem/ha) 195 39 339 143 247 573 13 2.66 1.15 29.00 NA NA 0.00 1.65 1549 --------------------------------------------------------------------------------------------------------------------- m b

STAND=78 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N SPECIES acerub pinres STRATUM TOTAL 7.86 26.68 17.27 3.19 10.89 12.47 5.00 5.00 10.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 5.90 NA 1.00 3.80 NA 1.00 0.08 15 15.25 4.01 4.00 9.50 2.89 4.00 0.93 15 13.38 5.44 5.00 8.36 3.57 5.00 1.01 29 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=78 YEAR=93 STRATUM=2 ---------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 1.58 0.77 10.00 2.45 1.91 2.00 NA NA 0.00 0.02 92 amespp 1.06 0.21 14.00 1.24 0.23 5.00 NA NA 0.00 0.01 129 salspp 1.10 0.27 129.00 1.19 0.14 12.00 NA NA 0.00 0.12 1186 STRATUM TOTAL 1.12 0.34 153.00 1.34 0.62 19.00 NA NA 0.00 0.15 1406 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=78 YEAR=94 STRATUM=1 ---------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 7.96 2.73 5.00 7.00 NA 1.00 5.00 NA 1.00 0.14 25 pinres 34.95 21.28 2.00 19.50 7.07 2.00 14.25 6.01 2.00 1.14 10 STRATUM TOTAL 15.67 15.93 7.00 15.33 8.78 3.00 11.17 6.83 3.00 1.27 35 --------------------------------------------------------------------------------------------------------------------- m I 0A) -— STAND=78 YEAR=94 STRATUM=2 DIAMETER (cm) SPECIES MEAN STD N acerub 1.28 0.28 6.00 amespp 1.07 0.21 30.00 prupen 1.18 0.28 5.00 salspp 1.26 0.46 101.00 STRATUM TOTAL 1.22 0.42 142.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 1.15 0.07 2.00 NA NA 0.00 0.01 94 1.11 0.11 7.00 NA NA 0.00 0.04 469 1.70 NA 1.00 NA NA 0.00 0.01 78 1.28 0.22 6.00 NA NA 0.00 0.22 1578 1.22 0.21 16.00 NA NA 0.00 0.29 2219 --------------------------------------------------------------------------------------------------------------------

SPECIES pinres STRATUM TOTAL STAND=79 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 26.50 NA 1.00 26.50 NA 1.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stema/ha) 19.50 NA 1.00 10.00 NA 1.00 0.14 3 19.50 NA 1.00 10.00 NA 1.00 0.14 3 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=79 YEAR=93 STRATUM=2 --------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stem/ha) amespp 1.60 NA 1.00 1.10 NA 1.00 NA NA 0.00 0.00 8 salspp 1.04 0.28 7.00 1.00 NA 1.00 NA NA 0.00 0.00 55 STRATUM TOTAL 1.11 0.32 8.00 1.05 0.07 2.00 NA NA 0.00 0.01 63 --------------------------------------------------------------------------------------------------------------------- SPECIES pinres STRATUM TOTAL STAND=79 YEAR=94 STRATUM=1 DIAMETER (cm) MEAN STD N 31.50 NA 1.00 31.50 NA 1.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (sten/ha) 20.00 NA 1.00 12.00 NA 1.00 0.32 4 20.00 NA 1.00 12.00 NA 1.00 0.32 4 m 4i ------------------— STAND=79 YEAR=94 STRATUM=2 -------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 1.30 0.35 5.00 1.27 0.21 3.00 NA NA 0.00 0.01 65 prupen 0.50 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 13 STRATUM TOTAL 1.17 0.45 6.00 1.27 0.21 3.00 NA NA 0.00 0.01 78 --------------------------------------------------------------------------------------------------------------------- SPECIES acerub pinres STRATUM TOTAL STAND=80 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 8.63 1.69 3.00 33.35 5.73 2.00 18.52 13.89 5.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (n2/ha) (stems/ha) 9.50 NA 1.00 7.00 NA 1.00 0.05 8 19.50 0.71 2.00 12.75 0.35 2.00 0.44 5 16.17 5.80 3.00 10.83 3.33 3.00 0.49 13 --------------------------------------------------------------------------------------------------------------------- SPECIES acerub pinres STRATUM TOTAL STAND=80 YEAR=94 STRATUM=1 DIAMETER (cm) MEAN STD N 9.63 1.69 3.00 34.25 6.01 2.00 19.48 13.87 5.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (2/ha) (stems/ha) 9.90 NA 1.00 7.40 NA 1.00 0.10 13 20.00 0.00 2.00 15.00 1.41 2.00 0.81 9 16.63 5.83 3.00 12.47 4.50 3.00 0.91 22 --------------------------------------------------------------------------------------------------------------------

SPECIES abibal acerub pinban pinband pinres STRATUM TOTAL STAND=81 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 7.10 NA 1.00 20.35 0.21 2.00 11.53 2.96 189.00 10.98 2.80 5.00 11.17 3.35 178.00 11.38 3.21 375.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stams/ha) NA NA 0.00 NA NA 0.00 0.01 3 NA NA 0.00 NA NA 0.00 0.16 5 8.11 1.10 21.00 6.61 1.29 21.00 5.25 473 NA NA 0.00 NA NA 0.00 0.12 13 6.89 1.91 20.00 5.85 1.54 19.00 4.75 445 7.51 1.65 41.00 6.25 1.45 40.00 10.30 938 --------------------------------------------------------------------------------------------------------------------- ----- --- ------ STAND=81 YEAR=93 STRATUM=2 SPECIES acerub amespp pinban pinband pinres salspp STRATUM TOTAL DIAMETER (cm) MEASURED HEIGHT (m) MEAN STD N MEAN STD N 1.05 0.38 12.00 1.20 0.32 6.00 2.38 1.46 45.00 1.52 0.55 6.00 7.37 4.38 9.00 3.18 1.45 6.00 7.60 1.56 2.00 4.80 NA 1.00 6.74 1.96 26.00 3.35 1.02 20.00 0.92 0.33 13.00 1.70 0.85 2.00 3.63 3.08 107.00 2.70 1.33 41.00 CROWN MEAN NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.01 0.21 0.39 0.07 0.78 0.01 1.48 DENSITY (stems/ha) 94 352 70 16 203 102 836 --------------------------------------------------------------------------------------------------------------------- m 01 SPECIES acerub acesac pinban pinres STRATUM TOTAL STAND=81 YEAR=94 STRATUM=1 DIAMETER (cm) MEAN STD N 12.50 NA 1.00 16.50 NA 1.00 12.26 3.51 91.00 11.83 2.89 103.00 12.05 3.19 196.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) NA NA 0.00 NA NA 0.00 0.05 4 NA NA 0.00 NA NA 0.00 0.09 4 8.78 2.10 10.00 7.70 2.21 10.00 4.84 379 7.42 1.18 12.00 6.16 1.32 11.00 4.99 429 8.04 1.76 22.00 6.89 1.92 21.00 9.97 817 ------------------- STAND=81 YEAR=94 STRATUM=2 SPECIES acerub acesac amespp pinban pinres prupen salspp STRATUM TOTAL DIAMETER (cm) MEAN STD 1.20 NA 1.78 0.40 1.93 0.66 8.11 5.46 6.68 2.15 0.90 NA 1.22 0.43 4.04 3.60 MEASURED HEIGHT (m) N 1.00 5.00 15.00 8.00 18.00 1.00 11.00 59.00 MEAN NA 2.40 1.10 2.99 2.76 1.60 1.73 2.53 STD NA NA NA 1.59 0.79 NA 0.65 1.06 N 0.00 1.00 1.00 5.00 11.00 1.00 3.00 22.00 CROWN MEAN NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.00 0.02 0.06 0.75 0.90 0.00 0.02 1.75 DENSITY (stems/ha) 13 65 195 104 234 13 143 768

SPECIES pinban pinband pinres STRATUM TOTAL STAND=82 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 11.12 2.31 104.00 11.11 1.96 10.00 10.02 1.66 111.00 10.58 2.07 225.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 6.63 1.09 18.00 5.79 0.99 16.00 2.63 260 NA NA 0.00 NA NA 0.00 0.25 25 5.73 0.62 21.00 4.83 0.53 19.00 2.25 278 6.15 0.97 39.00 5.27 0.90 35.00 5.13 563 --------------------------------------------------------------------------------------------------------------------- SPECIES amespp pinban pinband pinres STRATUM TOTAL STAND=82 YEAR=93 STRATUM=2 DIAMETER (cm) MEAN STD N 1.07 0.44 10.00 7.75 2.80 17.00 2.90 NA 1.00 8.49 2.11 39.00 7.11 3.39 67.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 1.23 0.25 3.00 NA NA 0.00 0.01 78 3.38 0.98 6.00 NA NA 0.00 0.70 133 2.20 NA 1.00 NA NA 0.00 0.01 8 3.36 0.88 28.00 1.50 NA 1.00 1.83 305 3.16 1.03 38.00 1.50 NA 1.00 2.55 523 --------------------------------------------------------------------------------------------------------------------- SPECIES pinban pinres STRATUM TOTAL STAND=82 YEAR=94 STRATUM=1 DIAMETER (cm) MEAN STD N 11.31 2.53 78.00 9.96 2.28 84.00 10.61 2.49 162.00 MEASURED HEIGHT (m) CROWN MEAN STD N MEAN 7.02 1.18 15.00 6.50 6.39 0.96 9.00 5.40 6.78 1.12 24.00 6.07 DEPTH (m) STD N 0.81 11.00 0.76 7.00 0.95 18.00 BA (m2/ha) 3.42 2.87 6.29 DENSITY (stems/ha) 325 350 675 --------------------------------------------------------------------------------------------------------------------- SPECIES amespp pinban pinres STRATUM TOTAL STAND=82 YEAR=94 STRATUM=2 DIAMETER (cm) MEAN STD N 1.64 0.70 8.00 7.95 2.97 10.00 7.74 2.45 22.00 6.57 3.41 40.00 MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 1.10 NA 1.00 NA NA 0.00 0.03 104 3.45 1.27 6.00 NA NA 0.00 0.73 130 3.71 1.04 14.00 NA NA 0.00 1.48 286 3.51 1.20 21.00 NA NA 0.00 2.23 521 ---------------------------------------------------------------------------------------------------------------------

SPECIES pinban pinres pinstr poptre STRATUM TOTAL STAND=83 YEAR=93 STRATUM= DIAMETER (cm) MEAN STD N 7.93 2.13 39.00 9.33 1.04 10.00 31.90 0.42 2.00 7.75 1.17 4.00 9.05 4.88 55.00 1 --- ------------------------- ---------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stemn/ha) 5.56 0.63 17.00 4.76 0.56 10.00 0.52 98 5.08 0.13 5.00 4.48 0.25 5.00 0.17 25 12.00 NA 1.00 10.00 NA 1.00 0.40 5 NA NA 0.00 NA NA 0.00 0.05 10 5.73 1.48 23.00 5.00 1.41 16.00 1.14 138 --------------------------------------------------------------------------------------------------------------------- STAND=83 YEAR=93 STRATUM= DIAMETER (cm) 2 ------------------------------- --------------- MEASURED HEIGHT (m) CROWN DEPTH (m) SPECIES abibal acerub amespp betpap pinban pinres popgra poptre prupen querub m salspp I STRATUM TOTAL ---------------- -4l MEAN 5.00 1.95 1.21 1.95 6.00 8.12 2.08 1.90 1.48 2.00 1.01 4.10 STD NA 0.68 0.54 0.83 2.56 2.32 0.87 NA 0.70 0.28 0.30 3.25 N 1.00 28.00 19.00 28.00 61.00 129.00 159.00 1.00 30.00 2.00 17.00 475.00 MEAN 1.50 NA 1.20 1.43 3.94 3.66 2.19 1. 90 1.73 1.70 NA 3.09 STD NA NA NA 0.67 0.78 0.86 0.66 NA 0.47 NA NA 1.15 N 1.00 0.00 1.00 3.00 13.00 36.00 18.00 1.00 3.00 1.00 0.00 77.00 MEAN NA NA NA NA NA NA NA NA NA NA NA NA STD NA NA NA NA NA NA NA NA NA NA NA NA N 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 BA (m2/ha) 0.02 0.07 0.02 0.08 1.59 5.64 0.50 0.00 0.05 0.00 0.01 7.98 DENSITY (stems/ha) 8 219 148 219 477 1008 1242 8 234 16 133 3711

------------------- STAND=83 YEAR=94 STRATUM=1 ----------- ------------------------------------------------------- DIAMETER (ca) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) pinban 7.63 2.10 56.00 5.67 0.62 7.00 5.03 0.71 7.00 1.15 233 pinres 8.94 1.28 80.00 5.4 6 0.33 14.00 4.92 0.37 10.00 2.13 333 pinstr 24.20 11.74 2.00 25.00 NA 1.00 NA NA 0.00 0.43 8 popgra 7.35 3.75 2.00 NA NA 0.00 NA NA 0.00 0.04 8 STRATUM TOTAL 8.61 2.78 140.00 6.41 4.17 22.00 4.96 0.52 17.00 3.75 583 ------------------------------------------------------------------------------------------------------------------ ------------------— STAND=83 YEAR=94 STRATUM=2 --------- --------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stems/ha) acerub 1.46 0.50 15.00 NA NA 0.00 NA NA 0.00 0.04 195 amespp 1.18 0.62 13.00 1.23 0.21 3.00 NA NA 0.00 0.02 169 betpap 1.24 0.71 5.00 2.50 NA 1.00 NA NA 0.00 0.01 65 pinban 4.93 2.28 20.00 3.23 1.20 7.00 NA NA 0.00 0.60 260 pinres 7.64 2.65 52.00 3.96 0.91 15.00 3.56 NA 1.00 3.47 677 popdel 0.70 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 13 popgra 2.31 0.70 56.00 2.34 0.73 12.00 NA NA 0.00 0.33 729 poptre 2.00 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 13 prupen 2.30 1.24 9.00 2.90 NA 1.00 NA NA 0.00 0.06 117 pruser 1.31 0.63 10.00 NA NA 0.00 NA NA 0.00 0.02 130 m querub 2.80 0.53 3.00 NA NA 0.00 NA NA 0.00 0.02 39 salspp 1.04 0.55 7.00 NA NA 0.00 NA NA 0.00 0.01 91 STRATUM TOTAL 3.76 3.06 192.00 3.06 1.20 39.00 3.56 NA 1.00 4.60 2500 ---------------------------------------------------------------------------------------------------------------------

STAND=85 YEAR=93 STRATUM=1 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES abibal acerub acesac amespp ostvir picgla prupen pruser so rame STRATUM TOTAL MEAN 10.33 12.56 9.25 8.30 12.59 7.70 33.00 17.94 20.10 11.35 STD 5.39 7.38 7.27 3.82 8.24 NA NA 5.07 NA 7.73 N 9.00 46.00 625.00 2.00 10.00 1.00 1.00 187.00 1.00 882.00 MEAN NA 18.00 14.70 NA 14.00 NA 19.00 20.31 NA 15.99 STD NA NA 5.71 NA NA NA NA 2.40 NA 5.48 N 0.00 1.00 29.00 0.00 1.00 0.00 1.00 8.00 0.00 40.00 CROWN MEAN NA 8.00 7.18 NA 7.50 NA 4.00 6.56 NA 7.01 DEPTH (m) STD N NA 0.00 NA 1.00 3.02 29.00 NA 0.00 NA 1.00 NA 0.00 NA 1.00 2.56 8.00 NA 0.00 2.83 40.00 BA (m2/ha) 0.23 1.91 16.96 0.03 0.43 0.01 0.21 12.76 0.08 32.63 DENSITY (stems/ha) 23 115 1563 5 25 3 3 468 3 2205 --------------------------------------------------------------------------------------------------------------------- STAND=85 YEAR=93 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES abibal acerub acesac corcor ostvir picgla rn pruser I STR-TUM TOTAL c ------------ (D MEAN 3.23 0.94 1.72 0.80 0.90 3.05 4.25 1.89 STD 1.29 0.31 1.20 NA NA 1.10 6.64 1.52 N 20.00 8.00 182.00 1.00 1.00 4.00 4.00 220.00 MEAN 2.03 1.25 2.04 NA NA 1.70 1.45 1.99 STD 0.88 0.07 1.15 NA NA NA 0.64 1.09 N 7.00 2.00 54.00 0.00 0.00 1.00 2.00 66.00 CROWN MEAN NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.15 0.00 0.49 0.00 0.00 0.03 0.13 0.79 DENSITY (stems/ha) 156 63 1422 8 8 31 31 1719 ---------------------------------------------------------------------------------------------------- SPECIES acerub acesac faggra sorame STRATUM TOTAL STAND=86 YEAR=93 STRATUM=1 DIAMETER (cm) MEAN STD N 20.14 5.64 181.00 13.27 6.65 177.00 14.79 7.87 89.00 14.45 14.92 2.00 16.35 7.27 449.00 --------------------------------------------------------------------- MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY MEAN STD N MEAN STD N (m2/ha) (stems/ha) 18.94 1.70 8.00 7.31 2.70 8.00 17.76 517 15.08 3.33 20.00 8.67 2.71 20.00 8.74 506 19.36 3.90 7.00 13.17 3.52 7.00 5.59 254 NA NA 0.00 NA NA 0.00 0.14 6 16.81 3.69 35.00 9.26 3.47 35.00 32.24 1283 --------------------------------------------------------------------------------------------------------------------- STAND=86 YEAR=93 STRATUM=2 DIAMETER (cm) MEASURED HEIGHT (m) SPECIES abibal acerub acesac amespp betall faggra pruser STRATUM TOTAL MEAN 2.95 1.25 1.81 0.71 2.63 1.27 1.11 1.30 STD 0.79 0.66 1.19 0.37 2.99 0.47 0.45 0.66 N 10.00 71.00 24.00 15.00 4.00 384.00 36.00 544.00 MEAN 1.93 1.40 1.65 1.26 2.55 1.33 NA 1.42 STD 0.87 0.62 0.07 0.33 1.63 0.28 NA 0.51 N 4.00 9.00 2.00 5.00 2.00 41.00 0.00 63.00 CROWN MEAN NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.06 0.10 0.08 0.01 0.04 0.49 0.04 0.82 DENSITY (stems/ha) 89 634 214 134 36 3429 321 4857 ------- -------------------------------------------------------------------------------------------------------------

-------------— STAND=87 YEAR=93 STRATUM=1 ------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (ster/ha) acespi 4.45 1.20 2.00 NA NA 0.00 NA NA 0.00 0.01 7 alnrug 5.78 2.05 142.00 6.99 1.53 10.00 4.82 1.14 10.00 1.40 473 betpap 9.89 2.87 7.00 NA NA 0.00 NA NA 0.00 0.19 23 popbal 15.35 4.75 26.00 17.00 0.82 4.00 10.50 2.65 4.00 1.75 87 poptre 14.80 5.14 152.00 14.50 4.70 16.00 5.03 1.61 16.00 9.76 507 salspp 5.60 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 3 STRATUM TOTAL 10.77 6.00 330.00 12.33 5.26 30.00 5.69 2.48 30.00 13.12 1100 --------------------------------------------------------------------------------------------------------------------- -------------— STAND=87 YEAR=93 STRATUM=2 ------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (stms/ha) acepen 1.17 0.47 3.00 NA NA 0.00 NA NA 0.00 0.00 31 acerub 3.02 1.61 12.00 NA NA 0.00 NA NA 0.00 0.11 125 acespl 2.11 1.17 14.00 3.60 NA 1.00 NA NA 0.00 0.07 146 alnrug 2.10 1.31 457.00 2.00 0.84 17.00 NA NA 0.00 2.29 4760 amespp 2.30 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 10 betpap 2.02 0.85 5.00 NA NA 0.00 NA NA 0.00 0.02 52 corcor 1.17 0.44 111.00 1.77 0.81 3.00 NA NA 0.00 0.14 1156 corsto 1.14 0.48 252.00 1.60 0.48 7.00 NA NA 0.00 0.31 2625 franig 2.28 0.96 6.00 NA NA 0.00 NA NA 0.00 0.03 63 lonspp 0.66 0.05 5.00 NA NA 0.00 NA NA 0.00 0.00 52 popbal 4.50 5.28 9.00 2.90 1.13 2.00 NA NA 0.00 0.33 94 poptre 2.02 0.84 88.00 2.30 0.69 9.00 NA NA 0.00 0.35 917 pruvir 5.20 NA 1.00 NA NA 0.00 NA NA 0.00 0.02 10 salspp 1.99 1.16 12.00 2.50 NA 1.00 NA NA 0.00 0.05 125 STRATUM TOTAL 1.76 1.25 976.00 2.08 0.81 40.00 NA NA 0.00 3.73 10167 ---------------------------------------------------------------------------------------------------------------------

SPECIES abibal larlar picgla picmar thuocc STRATUM TOTAL STAND=88 YEAR=93 STRATUM=1 DIAMETER (cn) MEAN STD N 12.63 6.46 29.00 10.14 4.72 17.00 14.21 5.96 25.00 12.46 4.08 220.00 13.65 6.58 1234.00 13.43 6.27 1525.00 MEASURED HEIGHT (m) MEAN STD N 20.50 NA 1.00 NA NA 0.00 16.00 2.83 2.00 13.31 2.27 8.00 11.73 2.61 28.00 12.50 2.99 39.00 CROWN MEAN 11.00 NA 7.25 4.81 5.62 5.68 DEPTH (m) STD N NA 1.00 NA 0.00 1.06 2.00 1.60 8.00 2.05 28.00 2.13 39.00 BA (m2/ha) 1.14 0.41 1.16 7.42 55.59 65.72 DENS ITY (stemr/ha) 73 43 63 550 3085 3813 --------------------------------------------------------------------------------------------------------------------- -------------------- STAND=88 YEAR=93 STRATUM=2 SPECIES abibal acerub acespi betpap lonspp so rame thuocc STRATUM TOTAL ME; 1. 2.: 1.1 1.( 1.1 1.( 5.: 2.' DIAMETER (cm) RN STD 89 0.92 10 NA 40 NA 00 NA 20 NA 00 NA 37 2.10 54 1.85 MEASURED HEIGHT N 87.00 1.00 1.00 1.00 1.00 1.00 22.00 114.00 MEAN 2.26 NA NA NA NA NA 2.89 2.68 STD 1.16 NA NA NA NA NA 1.15 1.16 (m) N 7.00 0.00 0.00 0.00 0.00 0.00 14.00 21.00 CROWN MEAN NA NA NA NA NA NA NA NA DEPTH (m) STD N NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 NA 0.00 BA (m2/ha) 0.24 0.00 0.00 0.00 0.00 0.00 0.45 0.69 DENSITY (stems/ha) 680 8 8 8 8 8 172 891 -------------------------------------------------------------------------------------------------------------------- m rn 01

------------------— STAND=91 YEAR=93 STRATUM=1 --- —---------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (tems/ha) abibal 7.30 NA 1.00 NA NA 0.00 NA NA 0.00 0.01 3 acerub 10.04 6.45 5.00 NA NA 0.00 NA NA 0.00 0.13 13 acesac 13.70 8.03 294.00 15.47 4.74 30.00 8.01 2.59 30.00 14.54 735 betall 21.60 2.97 2.00 NA NA 0.00 NA NA 0.00 0.18 5 faggra 25.17 9.46 48.00 17.75 3.39 10.00 10.36 2.69 10.00 6.80 120 pruser 3.65 0.35 2.00 NA NA 0.00 NA NA 0.00 0.01 5 STRATUM TOTAL 15.18 9.13 352.00 16.04 4.52 40.00 8.60 2.78 40.00 21.67 880 --------------------------------------------------------------------------------------------------------------------- - ------------ STAND=91 YEAR=93 STRATUM=2 --------------------------------------------------------------------- DIAMETER (cm) MEASURED HEIGHT (m) CROWN DEPTH (m) BA DENSITY SPECIES MEAN STD N MEAN STD N MEAN STD N (m2/ha) (tems/ha) abibal 3.02 1.06 55.00 1.76 0.62 12.00 NA NA 0.00 0.35 430 acerub 1.21 0.85 49.00 1.63 0.38 3.00 NA NA 0.00 0.07 383 acesac 1.09 0.59 542.00 1.89 1.10 27.00 NA NA 0.00 0.51 4234 amespp 1.00 NA 1.00 NA NA 0.00 NA NA 0.00 0.00 8 faggra 1.65 1.47 112.00 1.64 0.64 14.00 NA NA 0.00 0.33 875 poptre 1.43 0.70 3.00 NA NA 0.00 NA NA 0.00 0.00 23 pruser 1.38 0.81 46.00 1.40 0.86 10.00 NA NA 0.00 0.07 359 STRATUM TOTAL 1.32 0.97 808.00 1.73 0.88 66.00 NA NA 0.00 1.33 6313 ---------------------------------------------------------------------------------------------------------------------

APPENDIX F: CALCULATED HEIGHTS

I

------------------- STAND=22 YEAR=91- STRATtJM=1 --- —--------------------- SPECIES picgla pinres STRATUM MEAN TREE HEIGHT MEAN STD N 5.33 0. 58 3.0 0 7.93 1.63 4 66.0 0 7.91 1.63 469.00 ------------------- STAND=22 YEAR=91 STRATUM=2 --- —--------------------- SPECIES amespp picgla pinres STRATUM MEAN TREE HEIGHT MEAN STD N 1.45 0.31 8.00 4. 00 1.13 2.0 0 3.25 1.62 8.00 2.53 1.50 18.00 ------------------- STAND=22 YEAR=94 STRATUM~1 --- —--------------------- TREE HEIGHT SPECIES pinres STRATUM MEAN MEAN 8.74 8.7 4 STD 1. 62 1. 62 N 2 74.0 0 2 74.0 0 ------------------- STAND=22 YEAR=94 STRATUM=2 ------------ TREE HEIGHT SPECIES ame spp pinres STRATUM MEAN MEAN 1.7 6 2.55 2.23 STD 0.82 1.08 0. 96 N 2.00 3.0 0 5.00 -------------------- STAND=23 YEAR=91 STRATUM=1 ----------- TREE HEIGHT SPECIES abibal acerub betpap picgla picmar pinres pinstr popgra STRATUM MEAN MEAN 1 0.64 7.7 0 17. 11 7. 68 18. 00 24. 04 18.7 0 2 3.50 1 4.56 STD 5.8 9 4.28 5. 02 4.3 9 4.2 4 3.9 7 5.15 8.10 N 12. 00 1 45.0 0 11. 00 25.00 2.0 0 77.0 0 1 06.0 0 1.0 0 3 79.0 0 ------------------- STAND=23 YEAR=91 STRATUM=2 ------------ TREE HEIGHT SPECIES abibal acerub armespp betpap picgla picmar pinstr prupen salspp vibcas STRATUM MEAN MEAN STD N 2.06 0.83 20.00 1.92 1.00 337.00 1.33 0.3 3 4.0 0 1.51 0.69 15.00 1.71 0.63 15.00 1.70.1.00 1.27 0.42 6.00 1.80.1.00 1.20.1.00 1.29 0.25 9.00 1.87 0.96 409.00 F- 1

-------------------------- STAN=24 YEAR=91 S-RATM=' ---— Im = ------------------------- SPECIES acerub betpap pinban pinres pinstr popgra poptre STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 6.38 1.97 43.00 11.35 3.17 18.00 12.18 2.20 275.00 13.36 5.03 7.00 6.06 0.74 9.00 10.24 2.36 8.00 5.50. 1.00 11.26 3.09 361.00 ------------------------- STAND=24 YEAR=91 STRATUM=2 --- —------------------- TREE HEIGHT SPECIES MEAN STD N acerub 1.97 0.79 65.00 amespp 1.33 0.15 3.00 betpap 2.20 0.77 12.00 corcor 1.75 0.48 97.00 pinban 3.20. 1.00 pinres 2.90. 1.00 pinstr 2.09 0.88 22.00 popgra 2.50.1.00 salspp 1.30 0.42 2.00 STRATUM MEAN 1.89 0.68 204.00 ------------------------- STAND=25 YEAR=91 STRATUM=1 --- —------------------- SPECIES abibal acerub betpap picgla picmar pinres pinstr popgra STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 6.27 2.48 18.00 6.46 3.52 123.00 7.20 4.79 21.00 8.39 4.15 32.00 9.98 4.04 23.00 22.51 4.73 62.00 19.09 5.82 68.00 22.50 7.78 2.00 12.31 8.04 349.00 - ---------------------- STAND=25 YEAR=91 STRATUM=2 ------------------------ SPECIES abibal acerub alnrug amespp betpap picgla picmar pinstr popgra salspp vibcas STRATUM MEAN TREE HEIGHT..................................... --- MEAN STD N 2.37 1.00 42.00 2.13 1.09 206.00 1.30. 1.00 1.20. 1.00 1.70 0.88 30.00 2.43 1.15 23.00 3.38 1.13 9.00 1.84 0.69 36.00 3.70. 1.00 2.05 0.21 2.00 1.17 0.21 3.00 2.13 1.06 354.00 F- 2

--- --- -- --- -- --- --- STAND=26 YEAkR=91- STRAT ~M=1 - - - - - - - - - - - - - SPECIES abibal ace rub betpap larlar picmar pinban pinres p in st r popt re STRATUM MEAN TREE HEIGHT MEAN STD N 6.2 8 2.4 2 8. 00 8.67 5.12 12.00 15. 50 3.5 0 3.0 0 12.68 4.01 1.1.00 10.00 3.36 422.00 143.61 2.61 9.00 15.50.1.00 14.10 3.73 14.00 14.90 3.58 5.00 10.25 3.61 485.00 ------------------- STAND=26 YEAR=91 STRATUM=2 --- —--------------------- SPECIES abibal acerub alnrug amespp a romel1 larlar ledgro nemrmuc picmar pinban pinstr salspp sorarne vibcas STRATUM MEAN TREE HEIGHT MEN STD N 2.55 1.14 44.00 1.93 0.95 144.00 1.80 0.59 70.00 1.72 0.56 19.00 1.30 0.20 5.00 2.56 1.43 7.00 1.25 0.12 14.00 1.46 0.26 175.00 1.70 1.00 352.00 1.30 0.28 2.00 1.10 0.14 2.00 1.51 0.40 8.00 1.74 0.52 9. 00 1.46 0.25 339.00 1.66 0.76 1190.00 ------------------- STAND~-27 YEAR=91 STRATtJM=1 --- —--------------------- SPECIES acerub amespp betpap pinban STRATUM MEAN TREE BRIGHT MEAN STD N 5.11 1.35 57.00 5.59 2.14 6.00 14.17 0.29 3.00 12.71 1.92 4 96.0 0 11.87 3.03 562.00 ------------------- STAND=27 YEAR=91 STRATUM=2 ------------ TREE HEIGHT SPECIES acerub amespp betpapcorcor faggra pruser STRATUM4 MEAN MEAN STD N 2.23 1.00 84.00 1.75 1.07 11.00 2.30.1.00 1.45 0.34 125.00 1.71.1.00 1.50.1.00 1.76 0.79 223.00 F- 3

--------------- STAND=28 YEAR=91 STRATUM= ------------------------ SPECIES abibal acerub acesac betall faggra pinstr tsucan STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 5.00. 1.00 20.43 4.97 109.00 7.73 3.90 9.00 14.67 6.69 38.00 13.64 8.78 103.00 31.00. 1.00 13.06 4.04 21.00 16.20 7.68 282.00 -------------------------- STAND=28 YEAR=91 STRATUM=2 ------------------------ SPECIES abibal acerub acesac betall faggra tsucan STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.83 1.01 20.00 1.28 0.22 6.00 1.77 0.87 90.00 4.00 0.66 3.00 1.95 0.84 745.00 1.33 0.21 3.00 1.93 0.85 867.00 ------------------------ STAND:-29 YEAR=91 STRATUM=1 ------------------- TREE HEIGHT SPECIES abibal acepen acerub acesac betall faggra pinstr poptre tsucan STRATUM MEAN -------------------------------------- MEAN STD N 5.86 4.01 5.00 5.50. 1.00 16.57 5.82 149.00 8.79 5.42 14.00 12.37 5.52 85.00 12.43 7.92 104.00 6.00. 1.00 23.63 3.25 4.00 15.29 2.67 7.00 13.99 6.83 370.00 -------------------------- STAND=29 YEAR=91 STRATUM=2 --- —---------------- SPECIES abibal acepen acerub acesac betall faggra poptre STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.73 0.66 174.00 1.49 0.64 16.00 1.46 0.69 73.00 1.76 0.89 81.00 2.36 1.10 13.00 1.93 0.88 498.00 1.18 0.15 4.00 1.83 0.84 859.00 F- 4

-—. --- —----------------- S7AND=31 YEAR=91 STRATUM=i ----------------------- SPECIES acerub acesac amespp faggra poptre STRATUM MEAN TREE HEIGHT --------------— 7 --- —----------------- MEAN STD N 13.99 4.09 245.00 10.99 4.79 455.00 17.00 1.41 2.00 7.25 2.66 23.00 18.36 4.11 11.00 12.00 4.85 736.00 -------------------------- STAND=31 YEAR=91 STRATUM=2 ---------------------- SPECIES abibal acerub acesac amespp faggra poptre STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.33 0.32 4.00 1.43 0.49 15.00 2.40 1.25 80.00 1.55 0.62 28.00 1.50 0.87 4.00 1.75 0.97 4.00 2.04 1.13 135.00 -------------------------- STAND=32 YEAR=91 STRATUM=1 ------------------------ TREE HEIGHT SPECIES abibal alnrug franig larlar picgla picmar poptre thuocc STRATUM MEAN -------------------------------------- MEAN STD N 8.88 3.43 66.00 5.83 1.08 7.00 10.70 3.95 5.00 15.50 2.04 4.00 17.48 3.97 9.00 15.46 2.03 83.00 17.44 2.59 9.00 11.00 3.28 620.00 11.41 3.68 803.00 -------------------------- STAND=32 YEAR=91 STRATUM=2 ---------------------- SPECIES abibal acerub alnrug coralt franig picmar salspp thuocc STRATUM MEAN TREE HEIGHT MEAN STD N 1.91 0.88 49.00 1.20. 1.00 1.92 0.89 50.00 1.79 0.39 8.00 1.80 0.99 2.00 1.20 0.14 2.00 1.75 0.07 2.00 1.77 0.92 82.00 1.83 0.87 196.00 F- 5

--------------------- STAND=33 YEAR=91 STRATM=1 ------------------ SPECIES acerub acesac amespp aromel popgra poptre prupen pruser STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 4.36 1.42 62.00 5.40 2.10 35.00 4.05 1.39 11.00 6.13 2.13 3.00 7.11 2.09 106.00 5.81 1.44 516.00 4.84 1.31 277.00 8.70 2.02 5.00 5.57 1.70 1015.00 -------------------------- STAND=33 YEAR=91 STRATUM=2 ----------------------- TREE HEIGHT SPECIES MEAN STD N acerub 1.98 1.01 74.00 acesac 2.07 0.76 271.00 amespp 2.08 0.72 40.00 aromel 2.36 0.77 26.00 faggra 3.70.1.00 lonspp 1.23 0.05 6.00 poptre 3.23 0.99 114.00 prupen 3.05 0.93 227.00 pruser 2.93.1.00 pruvir 2.15 1.04 6.00 sorame 1.60.1.00 STRATUM MEAN 2.53 1.02 767.00 -------------------------- STAND=33 YEAR=94 STRATUM=1 --- —------------------- TREE HEIGHT SPECIES acerub acesac amespp popgra poptre prupen STRATUM MEAN -------------------------------------- MEAN STD N 6.28 2.82 106.00 6.36 3.32 32.00 5.79 2.68 27.00 10.10 2.67 179.00 6.72 1.77 300.00 6.43 2.83 199.00 7.27 2.89 843.00 -------------------------- STAND=33 YEAR=94 STRATUM=2 --- —------------------- SPECIES acepen acerub acesac amespp lonspp popgra poptre prupen pruser STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 2.30 0.85 11.00 2.17 1.06 199.00 1.63 1.06 167.00 3.10 1.83 67.00 1.22. 1.00 3.54 1.44 10.00 4.35 0.98 14.00 3.41 2.21 44.00 0.96 0.07 3.00 2.30 1.48 516.00 F- 6

- STAND=34 YEAR=91 STRATUM=1 ------------------------ SPECIES abibal acerub acesac amespp faggra picgla popgra poptre prupen pruser STRATUM MEAN TREE HEIGHT --------------— 7 --- —----------------- MEAN STD N 11.33 3.33 3.00 10.28 5.16 384.00 8.31 4.35 200.00 5.91 1.69 14.00 9.30 4.01 16.00 8.50.1.00 19.88 3.23 79.00 21.42 5.10 6.00 5.00.1.00 6.67 1.53 3.00 10.76 5.85 707.00 -------------------------- STAND=34 YEAR=91 STRATUM=2 ----------------------- SPECIES abibal acerub acesac amespp faggra popgra poptre pruser sorame STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 2.74 1.70 5.00 1.98 1.03 194.00 1.78 0.89 196.00 1.86 0.91 62.00 2.18 1.13 45.00 1.10. 1.00 1.15 0.21 2.00 1.90 0.78 4.00 1.20. 1.00 1.91 0.98 510.00 ------------------------- STAND=35 YEAR=91 STRATUM=1 ------ --------- TREE HEIGHT -------------------------------------- SPECIES acerub amespp pinban STRATUM MEAN MEAN 7.50 5.50 7.84 7.82 STD N 0.87 3.00 1.00 2.56 246.00 2.54 250.00 ----------------------- STAND=35 YEAR=91 STRATUM=2 --- —--------- TREE HEIGHT SPECIES acerub amespp pinban pinstr salspp STRATUM MEAN MEAN 2.06 1.28 2.57 1.90 2.20 2.34 STD 0.9 0.0 0.9 0.9 N 1 9.00 5 4.00 9 33.00 1.00 1.00 8 48.00 -------------------------- STAND=36 YEAR=91 STRATUM=1 --- —----------------- TREE HEIGHT SPECIES MEAN STD N pinban 4.42 0.91 203.00 pinres 5.69 1.16 23.00 STRATUM MEAN 4.55 1.01 226.00 ----------------------- STAND=36 YEAR=91 STRATUM=2 --- —---------- TREE HEIGHT SPECIES MEAN STD N acerub 2.10.1.00 amespp 1.46 0.36 13.00 pinban 3.24 1.14 106.00 pinres 3.65 0.77 4.00 salspp 1.50.1.00 STRATUM MEAN 3.05 1.21 125.00 F- 7

-------------------------- STAND=36 YEAR=94 STRAUJM=. ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 4.90 1.28 177.00 pinres 5.98 1.76 25.00 STRATUM MEAN 5.03 1.39 202.00 -------------------------- STAND=36 YEAR=94 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N amespp 2.33 1.21 7.00 pinban 2.65 1.06 27.00 prupen 1.46 0.43 7.00 STRATUM MEAN 2.40 1.08 41.00 -------------------------- STAND=37 YEAR=92 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 5.60. 1.00 STRATUM MEAN 5.60. 1.00 -------------------------- STAND=37 YEAR=92 STRATUM=2 ---------------------- TREE HEIGHT -------------------------------------- SPECIES pinban pinres STRATUM MEAN -------------------------- SPECIES pinban pinres STRATUM MEAN -------------------------- SPECIES pinban STRATUM MEAN -------------------------- SPECIES pinban STRATUM MEAN -------------------------- SPECIES C; -.ran saispp STRATUM MEAN MEAN 1.20 STD 0.23 N 256.00 1.60. 1.00 1.21 0.23 257.00 STAND=37 YEAR=94 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- MEAN STD N 1.33 0.51 544.00 5.15. 1.00 1.34 0.53 545.00 STAND=38 YEAR=92 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- MEAN STD N 2.80 0.61 236.00 2.80 0.61 236.00 STAND=38 YEAR=94 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- MEAN STD N 5.10 0.14 4.00 5.10 0.14 4.00 STAND=38 YEAR=94 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- MEAN STD N 3.99 1.01 141.00 1.55. 1.00 3.98 1.03 142.00 F- 8

SPECIES pinban pinres STRATUM MEAN SPECIES pinres STRATUM MEAN -------------------------- SPECIES pinban prupen STRATUM MEAN -------------------------- SPECIES pinban pinres STRATUM MEAN -------------------------- SPECIES pinban pinres STRATUM MEAN STAND=39 YEAR=92 STRATUM=i ----------------------- TREE HEIGHT -------------------------------------- MEAN STD N 8.40 1.44 3.00 6.50 0.08 4.00 7.31 1.31 7.00 STAND=39 YEAR=92 STRATUM=2 --------------------- TREE HEIGHT -------------------------------------- MEAN STD N 4.80. 1.00 4.80. 1.00 STAND=39 YEAR=94 STRATUM=2 --- —----------------- TREE HEIGHT -------------------------------------- MEAN STD N 1.38 0.27 7.00 1.20. 1.00 1.36 0.26 8.00 STAND=40 YEAR=92 STRATUM=2 --------------------- TREE HEIGHT -------------------------------------- MEAN STD N 1.64 0.40 25.00 1.33 0.23 174.00 1.37 0.28 199.00 STAND=40 YEAR=94 STRATUM=2 --------------------- TREE HEIGHT -------------------------------------- MEAN STD N 2.98 0.69 15.00 2.09 0.78 116.00 2.19 0.82 131.00 F- 9

-------------------- STAND=41 YEAR=92 STRATUM=l --- —--------------------- SPECIES p icgl1a picrnar pinban pinres popgra poptre S TRATUM MMA TREE BRIGHT MEAN STD N 5.75 0.35 2.00 5.30. 1.00 5.39 0.75 39.00 6.15 2.75 22.00 6.23 0.95 3.0 0 5.27 0.72 8.00 5.6 4 1.63 75.0 0 -------------------- STAND=41 YEAR=92 STRATtJM=2 --- —--------------------- SPECIES acerub amespp a romel1 betpap p icgl1a picrnar pirnban pinres popgra poptre prupen quee 1 1 salspp vibcas STRATUM MEAN TREE HEIGHT MEAN STD N 2.0 0. 1.00 1.32 0.30 23.00 1.10 0.12 4.00 2.68 0.74 8.00 2.75 2.47 2.0 0 2.6 8 0.6 8 6.00 3.66 0.82 91.00 3.57 0.82 111.00 2.23 0.71 126.00 2.84 1.06 25.00 1.30.1.00 2.20.1.00 1.44 0.31 223.00 1.13 0.14 12.00 2.36 1.14 634.00 -------------------- STAND=41 YEAR=94 STRATUM=1 --- —--------------------- TREE HEIGHT SPECIES MEAN STD N betpap 6.60 1.30 2.00 picmar 6.91 1.15 6.00 pinban 6.03 1.38 58.00 pinres 5.01 1.62 103.00 popgra 3.83 0.06 3.00 poptre 7.57 3.50 2.00 prupen 5.40.1.00 STRATUM ME~AN 5.44 1.64 175.00 -------------------- STAND=41 YEAR=94 STRATUM=2 --- —--------------------- SPECIES acerub amespp betpap corcor picmar pinban pinres popdel1 popgra poptre prupen sal spp vibcas STRATUM MMA TREE HEIGHT MEAN STD N 0.72 0.18 6. 00 1.98 0.69 21.00 1.70 0.2 7 2.0 0 1.24 0.14 6. 00 2.3 7 1.39 6. 00 3.97 1.78 31.00 3.73 1.57 41.00 2.51. 1.00 2.80 0.94 43.00 3.48 1.62 15.00 2.17 0.62 3.00 1.62 0.32 95.00 1.28 0.12 5.00 2.51- 1.43 275.00 F- 10

------------------------- STAND=42 YEAR=92 STRATUM=1 ------------------------ SPECIES pinban popgra STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 5.26 0.19 16.00 5.10.1.00 5.25 0.19 17.00 -------------------------- STAND-42 YEAR=92 STRATUM=2 ----------------------- SPECIES acerub amespp betpap corcor pinban popgra poptre querub salspp STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.85 0.86 20.00 1.33 0.30 12.00 2.60 0.70 3.00 1.29 0.17 40.00 3.76 0.90 233.00 1.72 0.59 92.00 1.30. 1.00 1.83 0.78 56.00 1.33 0.24 25.00 2.66 1.31 482.00 -------------------------- STAND=42 YEAR=94 STRATUM=1 ------------------------ SPECIES acerub amespp pinban popgra STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 6.88 1.84 4.00 6.87 1.69 7.00 5.67 0.88 188.00 3.80.1.00 5.72 0.98 200.00 -------------------------- STAND=42 YEAR=94 STRATUM=2 --- —----------------- SPECIES acerub amespp betpap corcor pinban popdel popgra poptre querub salspp STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 2.02 1.27 11.00 1.88 1.52 50.00 5.60. 1.00 1.29 0.28 21.00 4.28 1.73 56.00 0.73.1.00 2.25 0.94 41.00 1.88 1.79 2.00 1.83 0.77 41.00 1.53 0.14 4.00 2.48 1.66 228.00 F- 11

-------------------------- STAND=43 YEAR=92 STRATUM= ------------------------- SPECIES abibal acerub picgla pinban pinres pinstr popgra poptre STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 6.50 1.32 3.00 8.53 2.36 11.00 9.00. 1.00 15.00. 1.00 19.80 2.37 165.00 12.00. 1.00 6.40 1.27 2.00 14.57 4.06 18.00 18.28 4.33 202.00 -------------------------- STAND=43 YEAR=92 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N abibal 2.75 0.92 2.00 acerub 1.91 0.57 17.00 amespp 1.56 0.38 15.00 betpap 2.27 0.97 10.00 corcor 1.40 0.31 23.00 faggra 1.30. 1.00 picgla 1.25 0.21 2.00 poptre 2.80 0.70 23.00 Drupen 1.20. 1.00 pruser 1.86 0.34 7.00 salspp 2.26 0.50 14.00 vibcas 1.70 0.46 22.00 STRATUM MEAN 1.95 0.72 137.00 -------------------------- STAND=44 YEAR=92 STRATUM=1 ------------------------ SPECIES abibal acerub betpap picgla picmar pinres poptre thuocc STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 8.70 3.51 4.00 5.78 0.97 8.00 20.25 4.77 8.00 12.60 5.43 4.00 12.88 3.27 429.00 17.96. 1.00 17.97 4.77 32.00 8.47 2.01 12.00 13.08 3.91 498.00 ------------------------- STAND=44 YEAR=92 STRATUM=2 ------------------------ SPECIES abibal acerub alnrug amespp betpap corcor faggra ilever lonspp picmar popbal poptre salspp sorame vibcas STRATUM MEAN TREE HEIGHT MEAN STD N 1.70 0.64 284.00 2.20 0.98 254.00 1.45 0.29 30.00 1.23 0.06 3.00 1.61 0.58 53.00 1.35 0.07 2.00 1.40. 1.00 1.35 0.29 4.00 1.28 0.18 8.00 1.97 0.88 12.00 1.00. 1.00 1.88 0.45 4.00 '.53 0.43 4.00 1.10. 1.00 1.46 0.37 73.00 1.83 0.79 734.00 F- 12

---------------------- STAND=45 YEAR=92 STRATUM= ------------------------ SPECIES abibal acerub amespp faggra poptre STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 10.00. 1.00 7.00 1.41 2.00 6.00 0.00 2.00 8.52 2.38 9.00 6.00 0.71 2.00 7.79 2.18 16.00 -------------------------— STAND=45 YEAR=92 STRATUM=2 ----------------------- SPECIES abibal acerub acesac amespp corcor faggra pinstr popgra poptre prupen pruser pruspp STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 3.05 2.05 2.00 1.40 0.43 242.00 1.82 0.88 19.00 1.45 0.31 256.00 2.10 0.29 2.00 2.20. 1.00 2.60. 1.00 1.71 0.47 347.00 1.85 0.63 533.00 1.32 0.26 114.00 1.34 0.30 16.00 1.44 0.54 40.00 1.63 0.54 1573.00 ------------------------- STAND=45 YEAR=94 STRATUM=1 - ---------------- TREE HEIGHT SPECIES abibal acerub faggra popgra poptre STRATUM MEAN MEAN 10.75 5.83 13.17 6.99 4.85 6.62 STD 0.35 1.18 8.00 1.14 4.04 N 2.00 2.00 3.00 1.00 15.00 23.00 -------------------------- STAND=45 YEAR=94 STRATUM=2 --- —----------------- SPECIES abibal acerub acesac amespp faggra lonspp popgra poptre prupen tilame STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.76. 1.00 1.82 1.04 187.00 2.29 1.80 12.00 1.67 0.37 372.00 3.48. 1.00 1.28. 1.00 2.28 0.86 291.00 2.58 1.14 591.00 1.87 0.63 458.00 2.43. 1.00 2.11 0.94 1915.00 F- 13

------------------ STAND46 YEAR=93 SRA = ------------------------ SPECIES abibal acerub acesac betall faggra picgla pinstr tsucan STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 8.30 3.64 16.00 20.62 4.97 94.00 12.78 8.40 2.00 17.76 6.16 21.00 8.63 7.28 233.00 9.50. 1.00 26.55. 1.00 15.03 4.49 48.00 12.59 8.16 416.00 -------------------------- STAND=46 YEAR=93 STRATUM=2 -------------------- TREE HEIGHT SPECIES abibal acerub acesac betall faggra loncan picgla pinstr sorame tsucan STRATUM MEAN -------------------------------------- MEAN STD N 1.91 0.72 49.00 1.86 1.04 79.00 1.33 0.92 5.00 2.39 0.85 10.00 1.90 0.83 770.00 1.44 0.07 2.00 4.52. 1.00 6.84. 1.00 1.25 0.00 2.00 1.47 0.27 6.00 1.90 0.87 925.00 -------------------------- STAND=47 YEAR=92 STRATUM= --- —------------------- SPECIES abibal acerub acesac betall betpap fraame franig ostvir picgla popbal popgra poptre salspp STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 5.10 2.10 104.00 6.88 3.85 72.00 7.29 2.75 58.00 8.50 2.18 3.00 17.00 2.18 3.00 7.32 2.23 17.00 8.20 1.75 3.00 6.18 1.43 6.00 8.94 3.90 6.00 8.85 0.21 2.00 8.44 2.13 20.00 9.43 3.81 771.00 4.98 1.52 6.00 8.64 3.85 1071.00 F- 14

--------------------- STAND-48 YEAR=92 SRAT= ------------------------ SPECIES abibal acerub acesac amespp betall betpap corcor faggra fraame picgla popgra poptre prupen tsucan STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 8.45 3.47 121.00 9.78 5.08 279.00 8.54 4.47 136.00 5.71. 1.00 12.65 4.48 36.00 18.77 6.33 22.00 4.84 0.75 6.00 9.50 6.04 19.00 10.01 5.60 16.00 9.82 2.73 15.00 15.94 4.01 8.00 15.09 6.37 93.00 8.50. 1.00 3.64 1.29 4.00 10.38 5.57 757.00 -------------------------- STAND=48 YEAR=92 STRATUM=2 --- —----------------- SPECIES abibal acerub acesac amespp betall betpap corcor faggra fraame franig ilever picgla popgra poptre thuocc tsucan STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.96 0.87 205.00 2.20 1.01 157.00 2.56 1.11 105.00 1.76 1.34 5.00 1.86 0.67 80.00 1.90 0.81 4.00 1.60 0.44 48.00 2.15 0.85 10.00 1.79 0.83 27.00 1.25 0.21 2.00 1.50 0.00 2.00 1.53 0.12 3.00 1.30. 1.00 1.71 0.99 7.00 2.30. 1.00 3.00 0.99 2.00 2.06 0.94 659.00 -------------------------- STAND=49 YEAR=92 STRATUM=1 --- —---------------- SPECIES amespp popgra poptre STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 10.00. 1.00 5.89 1.14 7.00 5.67 0.56 37.00 5.80 0.92 45.00 ------------------------ STAND=49 YEAR=92 STRATUM=2 ---- ---------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N acerub 1.52 0.38 51.00 acesac 1.63 0.57 96.00 amespp 1.64 0.74 137.00 popgra 2.74 0.88 177.00 poptre 2.55 0.95 842.00 prupen 2.32 0.81 745.00 pruser 2.40 0.78 97.00 pruvir 1.30 0.26 3.00 sampub 1.15 0.21 2.00 STRATUM MEAN 2.35 0.91 2150.00 F- 15

--- --- -- --- -- --- -- - STAND=49 YEAR=94 STRAUMTIv=' --- - - - - - - - - - - SPECIES ace rub armespp faggra popgra poptre prupen STRATUM MEAN TRE.E BRIGHT MEAN STD N 5.2 0.1.00 4.48 1.41 17.00 7.3 0. 1.00 5.71 1.12 90 5.41 1.11 312.00 5.18 5.3 9 1.11 1.4.15 36.0 0 4 16.0 0 -------------------- STAND=49 YEAR=94 STRATUM=2 --- —--------------------- SPECIES acerub acesac amespp lon spp popgra poptre prupen pruser salspp STRATUM MEAN TREE HEIGHT MEAN STD N 1.66 0.60 61.00 1.82 0.62 198.00 2.29 1.31 249.00 1.21 0.07 8.00 3.38 1.27 131.00 3.43 1.11 518.00 3.06 1.31 50 9. 00 2. 07 0.9 9 8.00 2.11 0.4 9 6.0 0 2.87 1.31 1688.00 -------------------- STAND=50 YEAR=92 STRATUM=1 --- —--------------------- TREE HEIGHT MEAN STD N 12.27 4.17 49.00 SPECIES acerub acesac faggra picgla pinres popgra poptre STRATUM MEAN I11. 59 1 1.30 1 6.4 0 1 3.7 2 15. 6 3 20. 58 13.0 8 3.5 9 2.72 2.4 5 3.7 7 0.4 8 4. 83 3.90 74.0 0 1 9.0 0 2.00 226. 00 4.0 0 3.00 3 77.0 0 -------------------- STAND=50 YEAR=92 STRATUM=2 --- —--------------------- SPECIES abibal acepen acerub acesac ame spp ifaggra loncan pin re s popgra poptre p ruse r STRATUM MEAN TREE HEIGHT MEAN STD N 1.70.1.00 1.50 0.14 2.00 1.56 0.53 327.00 1.48 0.55 178.00 1.34 0.35 54.00 1.35 0.41 33.00 1.20.1.00 1.37 0.31 3.00 1.59 0.47 95.00 1.49 0.38 45.00 1.29 0.27 7.00 1.51 0.50 746.00 F- 16

--- --- -- --- -- --- -- - STAND=5! YEAR=92 S:RA:.'M= I --- - - - - - - - - - - SPECIES acerub betpap pinban pinres pinsyl popgra poptre querub S TRATUM MEA TREE HEIGHT MEAN STD N 5.77 1.40 15.00' 6. 73 2.52 9.0 0 6.98 2.53 70.00 7.07 1.81 306.00 5.20.1.00 5.70 0.75 3.0 0 5.20.1.00 5. 0 0 1.00 6.97 1.96 406.00 ------------------- STAND=51 YEAR=92 STRATUM=2 --- —----------------------- SPECIES acerub amespp betpap pinban pinres pinstr popgra poptre prupen STRATUM MMA TREE HEIGHT MEAN STD N 2.12 0.90 210.00 1.42 0.30 18.00 2.4 4 1.01 9.0 0 2.65 1.14 18.00 2.7 9 1.33 7.0 0 2.10. 1.00 2.13 0.90 78.00 1.63 0.58 45.00 1.30 0.22 63.00 1.97 0.89 449.00 ------- ------------- STAND=51 YEAR=94 STRATUM=1 --- —----------------------- SPECIES acerub betpap pinban pinres STRATUM MOAN TREE HEIGHT MEAN STD N 7.63 0.9 7 2.00 4.9 4 1.38 3. 00 9.48 2.94 32.00 12.05 2.22 204.00 11.58 2.60 241.00 ------- ------------- STAND=51 YEAR=94 STRATUM=2 --- —----------------------- SPECIES acerub acesac amespp betpap pinban pinres pinstr popgra poptreSTRATUM MEAN TREE HEIGHT MEAN STD N 2.81 1.41 114.00 2.60 1.10 24.00 1.63 0.41 3.00 2.8 0 0.14 2.0 0 2.14 1.06 7.0 0 5.24 1.57 13.00 4.2 4. 1.00 2.99 1.75 24.00 2.79 0.52 5.00 2.93 1.52 193.00 F- 17

---------------- STAND=52 YEAR=93 SRA = ------------------------ TREE HEIGHT MEAN STD N MEAN STD N SPECIES pinban pinband pinres STRATUM MEAN 12.13 11.98 13.11 12.53 3.C9 3.97 2.85 3.18 42.00 109.00 251.00 -------------------------- STAND=52 YEAR=93 STRATUM=2 ---------------------- SPECIES amespp pinban pinband STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 2.19 1.29 2.00 3.80 0.14 2.00 4.60 0.28 2.00 3.53 1.25 6.00 ------------------------- STAND=53 YEAR=93 STRATUM=1 --- —------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N abibal 6.98 2.47 27.00 acerub 10.91 4.15 266.00 acesac 10.13 4.16 71.00 amespp 5.89 1.45 4.00 betpap 14.45 5.66 24.00 picgla 11.71 5.19 4.00 pinban 16.78 3.86 3.00 pinband 22.88. 1.00 pinres 9.19 2.09 3.00 pinstr 11.96 7.27 8.00 popgra 17.67 3.10 116.00 poptre 13.59 5.16 25.00 pruser 4.24.1.00 querub 7.03 2.96 4.00 STRATUM MEAN 12.29 5.12 557.00 -------------------------- STAND-53 YEAR=93 STRATUM=2 --- —----------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N abibal 2.87 1.01 51.00 acerub 2.08 1.49 137.00 acesac 1.97 1.19 49.00 amespp 1.76 0.90 85.00 corcor 1.46 0.24 116.00 faggra 1.00.1.00 picgla 3.01 2.13 2.00 pinban 3.15. 1.00 pinstr 2.91 2.78 5.00 popgra 3.00.1.00 poptre 2.19 1.36 21.00 querub 1.64 0.63 5.00 salspp 2.02 0.02 2.00 STRATUM MEAN 1.96 1.18 476.00 F- 18

-------—... --- —-----—.. STAND-54 YEAR=93 STRATUM=1 - ------------- TREE HEIGHT -------------------------------- ------ SPECIES MEAN STD N pinban 4.97 0.54 11.00 STRATJM MEAN 4.97 0.54 11.00 -----------------------—. STAND=54 YEAR=93 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 3.19 1.04 197.00 pinband 4.14 0.28 2.00 STRATUM MEAN 3.20 1.04 199.00 -------------------------- STAND=54 YEAR=94 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 5.01 0.59 49.00 STRATUM MEAN 5.01 0.59 49.00 ------------------------- STAND-54 YEAR=94 STRATUM2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 3.72 1.21 95.00 STRATUM MEAN 3.72 1.21 95.00 -------------------------- STAND-55 YEAR-93 STRATUM-1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 4.78 0.61 6.00 STRATUM MEAN 4.78 0.61 6.00 -------------------------- STAND=55 YEAR=93 STRATUM-2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 3.29 1.02 338.00 pinband 1.98 0.80 2.00 STRATUM MEAN 3.29 1.02 340.00 -------------------------- STAND-55 YEAR=94 STRATUM- ------------------------ TREE HEIGHT -------------------------------------- SPECIES - AN STD N pinban 5.20 0.59 26.00 STRATUM MEAN 5.20 0.59 26.00 ------------ -- --- STAND=55 YEAR=94 STRATUM-2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 3.94 1.41 152.00 STRATUM MEAN 3.94 1.41 152.00 F- 19

--- --- -- --- -- --- --- STAND-3 YEA.R-93 STRATUM=1 --- - - - - - - - - - - SPECIES pinban pinres STRATUM MEAN TREE BRIGHT MEAN STD N 7.79 2.10 133.00 13.C11 0.84 2.00 7.86 2.18 135.00 ------------------- STAND=56 YEAR=93 STRATUM=2 --- —--------------------- TREE BEIGHT MEAN STD N 1.10.1.00 SPECIES amespp pinban STRATUM MEAN 2. 13 2.03 1. 06 1.05 10.00 11.00 ------------------- STAND=57 YEAR=93 STRATUM=1 --- —--------------------- SPECIE.S abibal acerub acesac amespp betpap picgla pirnban p inre s pinstr popgra poptre querub STRATUM MEAN TREE BRIGHT MEAN STD N 7.23 2.28 10.00 11.12 3.80 318.00 10.27 4.24 95.00 5.50 2.61 11.00 15.22 4.22 50.00 10.15 4.09 45.00 20.52 1.93 2.00 13.99 3.87 12.00 9.85 3.95 40.00 19.15 2.29 79.00 16.55 2.16 16.00 8.30 6.86 30.00 11.99 5.00 708.00 ------------------- STAND-57 YEAR-93 STRATUM-2 --- —--------------------- TRER BRIGHT SPEC33ES abibal acepen ace rub acesac amespp betpap corcor faggra loncan picgla pinres pinstr popgra poptre querubvibspp STRATUM MEAN MEAN STD N 2.70 1.35 16.00 2.00 0.75 8.00 2.01 1.14 132.00 2.17 1.21 10.00 1.71 0.77 254.00 2.51 2.63 12.00 1.57 0.28 407.00 1.11.1.00 1.28 0.10 4.00 2.52 1.51 14.00 6.94.1.00 3.31 1.65 84.00 4.91 5.95 5.00 2.30.1.00 1.89 0.60 149.00 1.20.1.00 1.90 1.06 1099.00 ------------------- STAND=58 YEAR=93 STRATUM-2 --- —--------------------- TREE BRIGHT SPECIES MEAN STD N pinban 2.63 0.99 229.00 STRATUM MEAN 2.63 0.99 229.00 ------------------- STAND=58 YEAR=94 STRATUM-2 --- —--------------------- SPECIES pinban STRATUM MEAN TREE BRIGHT MEAN STD N 2.78 1.07 229.00 2.78 1.07 229.00 F- 20

--- -------- - SAND=59 YEAR=93 STRATM= ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 4.59 0.95 154.00 STRATUM MEAN 4.59 0.95 154.00 -------------------------— STAND=59 YEAR=93 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N amespp 1.72 0.26 8.00 pinban 2.82 1.37 130.00 pinband 2.37 0.36 4.00 pinres 1.65 0.24 4.00 STRATUM MEAN 2.72 1.33 146.00 --------- ------------- STAND=59 YEAR=94 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 5.25 0.93 85.00 STRATUM MEAN 5.25 0.93 85.00 -------------------------- STAND=59 YEAR=94 STRATUM=2 ----------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 3.62 0.97 23.00 STRATUM MEAN 3.62 0.97 23.00 ------------------------- STAND=60 YEAR=93 STRATUM=1 --- —----------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 5.24 0.99 193.00 pinres 7.12 1.69 36.00 STRATUM MEAN 5.53 1.32 229.00 -------------------------- STAND-60 YEAR=93 STRATUM=2 --- —----------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N amespp 1.82 0.53 11.00 pinban 3.68 1.21 39.00 pinband 2.50 0.71 2.00 pinres 5.90 1.26 3.00 STRATUM MEAN 3.39 1.45 55.00 -------------------------- STAND-61 YEAR=93 STRATUM=1 ---------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 11.14 2.34 337.00 pinband 8.08 2.33 52.00 pinres 18.78. 1.00 STRATUM MEAN 10.75 2.59 390.00 -------------------------- STAND=61 YEAR=93 STRATUM=2 ------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 3.99 1.29 3.00 pinband 4.00.1.00 STRATUM MEAN 3.99 1.05 4.00 F- 21

--- --- -- --- -- --- --- STAND=62 YEAR=93 STRATUM=] - --- - - - - - - - - - - SPECIES pinban pinband pin~res STRATUM MEAN TREE HEIGHT MEAN STD N '7. 60 1.81 654.00C 5.42 1.31 701.00 17.57.1.00 7.40 1.91 725.00 ------ --------------- STAND=62 YEAR=93 STRATUM=2 --- —----------------------- SPECIES ame spp p inban pinband STRATUM MEAN TREE HEIGHT MEAN STD N 1.49 0.32 4.0 0 4.03 1.04 11.00 3.91 0.79 16.00 3.64 1.18 31.00 ------ --------------- STAND=63 YEAR=93 STRATUM=1 --- —----------------------- TREE HEIGHT SPECIES MEAN STD N pinban 7.96 2.33 167.00 pinband 7.92 2.65 42.00 pinres 10.10 0.26 3.00 STRATUM lEAN 7.98 2.39 212.00 -------------------- STAND=63 YEAR=93 STRATUM=2 --- —----------------------- SPECIES amespp juncom pinban pinband S TRATUM MMA TREE HEIGHT MEAN STD N 1.30.1.00 1.00 0.0 0 7.0 0 2.85 1.47 33.00 3.0 3 1.23 4.0 0 2.54 1.47 45.00 ------ --------------- STAND=64 YEAR=93 STRATUM=1 --- —----------------------- SPECIES pinban pinband STRATUM MEAN TREE HEIGHT MEAN STD N 10.00 2.41 121.00 9.60 2.37 43.00 9.90 2.4 0 1 64.0 0 ------ --------------- STAND=64 YEAR=93 STRATUM=2 --- —----------------------- SPECIES abibal pinban pinband STRATUM MEAN TREE HEIGHT MEAN STD N 2.00.1.00 2.60 1.35 10.00 3.60 0.85 2.00 2.70 1.27 13.00 F- 22

.-. --- —----------- STAND-65 YEAR=93 STRATUM= -------------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 10.20 2.19 318.00 pinband 8.78 2.63 59.00 pinres 10.31 2.97 4.00 STRATUM MEAN 9.98 2.32 381.00 -------------------------- STAND=65 YEAR=93 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N acerub 0.96. 1.00 pinban 2.45 2.05 2.00 STRATUM MEAN 1.95 1.69 3.00 -------------------------- STAND=66 YEAR=93 STRATUM=2 -------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N amespp 1.20 0.08 28.00 pinban 1.06 0.25 178.00 STRATUM MEAN 1.08 0.24 206.00 -------------------------- STAND=66 YEAR=94 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N amespp 1.26 0.04 3.00 pinban 1.13 0.31 420.00 STRATUM MEAN 1.13 0.31 423.00 ------------------------- STAND=67 YEAR=93 STRATUM=1 ----------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 13.20 2.24 327.00 pinband 10.23 2.61 52.00 pinres 6.45 0.78 2.00 STRATUM MEAN 12.76 2.54 381.00 -------------------------- STAND=67 YEAR=93 STRATUM=2 --------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N acerub 2.00. 1.00 amespp 1.59 0.27 2.00 faggra 1.80. 1.00 pinres 2.03 0.51 3.00 STRATUM MEAN 1.87 0.38 7.00 ------------------------- STAND=68 YEAR=93 STRATUM=1 ---------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 14.44 3.50 45.00 pinband 12.01 2.64 10.00 pinres 13.78 3.04 283.00 STRATUM MEAN 13.82 3.11 338.00 ------------------------- STAND=68 YEAR=93 STRATUM=2 ---------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 2.00. 1.00 pinres 3.40 1.28 3.00 STRATUM MEAN 3.05 1.26 4.00 F- 23

--- --- -- --- -- --- -- - ST.AND=69 YEAR=93 S:RA7:JM=1 --- - - - - - - - - - - SPECIES ace run ace sac betpap popgra poptre prupen STRATUM MEAN TREE HEIGHT MEAN STD N 4.00 0.81 7.00 5.20 0.6 9 8.00 3.9 9 0.93 2.0 0 4.70 1.21 35.00 5.18 1.29 138.00 4.14 0.94 25.00 4.9 4 1.26 215.00 ------------------- STAND=69 YEAR=93 STRATUM=2 --- —--------------------- SPECIES abibal acerub acesac amespp betpap corcor loncan lon spp pinstr popgra poptre prupen querub sorame STRATUM MEAN TREE HEIGHT MEAN STD N 4.3 3 1.27 4.0 0 1.70 0.80 428.00 1.81 0.69 221.00 1.65 0.50 127.00 2.3 9 1.03 9.0 0 1.31 0.13 224.00 1.25.1.00 1.21 0.0 6 4.0 0 0.7 3.1.00 3.31 1.11 50.00 3.30 0.97 193.00 2.42 0.67 623.00 1.46 0.41 6.0 0 1.28.1.00 2.11 0.93 1892.00 ------------------- STAND=70 YEAR=93 STRATUM=1 --- —--------------------- SPECIES acesac amnespp popgra poptre STRATUM MEAN TREE HEIGHT MEAN STD N 4.7 6.1.00 3.2 4 1.19 4.0 0 4.81 0.67 3.00 5.29 0.88 33.00 5.04 1.06 41.00 ------------------- STAND=70 YEAR=93 STRATtJM=2 --- —--------------------- SPECIES acerub acesac armespp corcor popgra poptreprupen querub STRATUM MEAN TREE HEIGHT MEAN STD N 1.39 0.41 2 6. 00 2.51.1.00 1.86 0.71 134.00 1.40 0.15 4 6.0 0 3.03 1.05 18.00 3.41 1.10 167.00 1.91 0.59 141.00 1.57 0.0 9 3.0 0 2.33 1.12 536.00 F- 24

-------------------------- STAND=71 YEAR=93 STRA-UM=l ------------------------ TREE HEIGHT -------------------------------------- MEAN STD N 14.50. 1.00 SPECIES pinban pinres STRATUM MEAN 13.15 13.17 1.95 1.94 70.00 71.00 -------------------------- STAND=71 YEAR=93 STRATUM=2 ------------------------ TREE HEIGHT SPECIES amespp pinres STRATUM MEAN -------------------------------------- MEAN STD N 1.20. 1.00 3.20. 1.00 2.20 1.41 2.00 -------------------------- STAND=72 YEAR=93 STRATUM=1 ---------------------- SPECIES acerub pinban pinband pinres STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 4.65 1.22 4.00 10.79 3.11 6.00 8.97 0.75 2.00 13.34 2.16 60.00 12.52 3.05 72.00 -------------------------- STAND=72 YEAR=93 STRATUM=2 --- —----------------- SPECIES acerub amespp pinban salspp STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 2.38 1.61 11.00 1.41. 1.00 3.50 0.99 2.00 2.10 0.00 2.00 2.42 1.43 16.00 -------------------------- STAND=73 YEAR=93 STRATUM=1 --- —----------------- TREE HEIGHT SPECIES MEAN STD N acerub 6.15.1.00 pinban 10.86 3.55 59.00 pinband 11.66 3.29 20.00 pinres 14.12 2.44 76.00 STRATUM MEAN 12.52 3.40 156.00 ------------------------- STAND=73 YEAR=93 STRATUM=2 ---------------------- SPECIES acerub amespp pinban pinband pinres prupen STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.86 0.58 13.00 1.41 0.49 8.00 3.13 1.18 13.00 2.50. 1.00 1.40 0.57 2.00 1.00. 1.00 2.17 1.08 38.00 F- 25

--- --- -- --- -- --- --- S:AND=74 YEAR=93 STRATUM=1 --- - - - - - - - - - - TREE HEIGHT SPECIES acerub acesac bet all betpap faggra pinstr que rub STRATUM MEAN MEAN 17.70 18. 14 1.1. 89 1 3.82 12.55 1 5.74 20.0 1 15.8 1 STD 4.3 4 5.4 0 6.4 8 6. 32 5.11 3.7 9 1.72 4.5 0 N 6 9. 00 3 6.00 5.0 0 2.0 0 55.0 0 2 81.0 0 2.0 0 4 50. 0 0 ------------------- STAND=74 YEAR=93 STRATIJM=2 --- —--------------------- SPECIES abibal acepen acerub acesac amespp corcor faggra lon spp pinstr que rub STRATUM MEAN TREE HEIGHT MEAN STD N 3. 09 0.61 3.00 1.69 0.62 27.00 1.87 0.74 176.00 1.75 0.78 42.00 1.17 0.4 3 5.00 1.77 0.38 48.00 1.42 0.36 20.00 1.18.1.00 5.85.1.00 2.22 0.7 5 4.0 0 1.81 0.73 327.00 ------------------- STAND=75 YEAR=93 STRATUM=1 --- —--------------------- SPECIES acerub acesac faggra pinban pinstr poptre STRATUM MEAN TREE HEIGHT MEAN STD N 16.77 4.83 20.00 15.45 3.46 6.00 16.99 1.42 2.00 25.43 8.97 2.00 16.82 3.82 243.00 16.00 4.43 3.00 16.85 3.97 276.00 ------------------- STAND=75 YEAR=93 STRATtJM=2 --- —--------------------- SPECIES acerub acesac amespp corcor faggra poptre so rareSTRATUM MEAN TREE HEIGHT MEAN STD N 1.46 0. 59 64.0 0 1.43 0.5 0 4.0 0 1.18 0.16 5.00 1.69 0.29 18.00 1.10.1.00 1.84 0.43 11.00 1.60.1.00 1.52 0.53 104.00 F- 26

-------------------------- STAND=76 YEAR=93 STRAM= ------------------------ SPECIES acerub acesac amespp betall faggra poptre querub STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 19.66 3.01 18.00 16.43 4.63 361.00 16.46. 1.00 18.50. 1.00 11.25 23.48 25.50 16.59 4.58 2.15 4.00 2.00 1.00 388.00 4.66 -------------------------- STAND=76 YEAR=93 STRATUM=2 ----------------------- SPECIES acepen acerub acesac betall faggra pruser querub samcan STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 2.37 1.11 8.00 1.52 0.31 50.00 1.51 0.61 256.00 1.71 0.37 7.00 1.76 0.68 81.00 1.30 0.67 2.00 1.86. 1.00 1.48 0.11 6.00 1.58 0.62 411.00 ------------------------- -STAND=77 YEAR=93 STRATUM=1 --- —----------------- SPECIES betpap pinban pinband pinres popgra querub STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 4.80 1.02 10.00 7.72 2.33 51.00 12.78. 1.00 6.83 1.64 174.00 5.20. 1.00 4.47 3.86 8.00 6.87 2.04 245.00 -------------------------- STAND=77 YEAR=93 STRATUM=2 ---------------------- SPECIES acerub betpap pinban pinband pinres popgra querub salspp STRATUM MEAN TREE HEIGHT MEAN STD N 2.03 1.11 71.00 2.76 1.00 22.00 2.75 1.31 40.00 2.95 1.48 2.00 3.19 1.27 16.00 2.33 0.82 49.00 1.65 0.40 96.00 1.38 0.39 4.00 2.17 1.03 300.00 F- 27

--- --- -- --- -- --- -- - STAND=77 YEAR=94 S:7RATUM=1 --- - - - - - - - - - - SPECIES acerub betpap pinban pinres S TRATUM MEAN TREE HEIGHT MEAN STD N 13.43 4.86 2.CC 5.11 0.811 11.00 10.09 3.85 24.00 7.69 2.20 79.00 8.04 2.97 116.00 ------ --------------- STAND=77 YEAR=94 STRATUM=2 --- —----------------------- SPECIES acerub betpap pinban pinres popgra querub salspp STRATUM MEAN TREE HEIGHT MEAN STD N 2.14 1.06 15.00 1.84 0.35 3.00 3.0 0 1.76 26.0 0 3.28 1.89 11.00 3.03 0.87 19.00 2.09 0.72 44.00 1.80.1.00 2.54 1.28 119.00 ------ --------------- STAND=78 YEAR=93 STRATUJM=1 --- —----------------------- SPECIES acerub pinres STRATUM MEAN TREE HEIGHT MEAN STD N 6. 57 1.99 5.0 0 15.05 3.50 5.00 10.81 5.21 10.00 ------ --------------- STAND=78 YEAR=93 STRATUM=2 --- —----------------------- SPECIES acerub amespp salspp STRATUM MEAN TREE HEIGHT MEAN STD N 1.54 0.86 10.00 1.23 0.14 14.00 1.17 0.17 129.00 1.20 0.28 153.00 ------ --------------- STAND=78 YEAR=94 STRATUM=1 --- —----------------------- SPECIES acerub pinres STRATUM MEAN TREE HEIGHT MEAN STD N 6.17 0.8 9 5.0 0 19.50 7.07 2.00 9.98 7.15 7.0 0 ------ --------------- STAND=78 YEAR=94 STRATUM=2 --- —----------------------- TREE HEIGHT SPECIES MEAN STD N acerub 1.20 0.27 6.00 amnespp 1.25 0.12 30.00 prupen 1.01 0.40 5.00 salspp 1.31 0.29 101.00 STRATUM MEAN 1.28 0.27 142.00 F- 28

--- --- -- - - -- - - --- STAND=79 YEAR=93 STRATUM=l --- - - - - - - - - - - TREE HEIGHT SPECIES pinres STRATUM MEAN MEAN 19.50 19.50 STD N 1. 00 1.0 0 ------------------- STAND=79 YEAR=93 STRATtJM=2 --- —--------------------- TREE HEIGHT SPECIES MEAN STD N armespp 1.10.1.00 salspp 1.09 0.18 7.00 STRATUM MEAN 1.09 0.17 8.00 ------------------- STAND=79 YEAR=94 STRATUM=1 --- —--------------------- SPECIES pinres S TRATUM MMA TREE HEIGHT MEAN STD N 20.00.1.00 20. 00. 1.00 ------------------- STANO=79 YEAR=94 STRATUM=2 ------------ TREE HEIGHT SPECIES acerub prupen STRATUM MEAN MEAN STD N 1.20 0.18 5.00 1.00.1.00 1.17 0.18 6.00 ------------------- STANO=80 YEAR=93 STRATUM=1 --- —--------------------- SPECIES acerub pinres STRATUM MEAN TREE HEIGHT MEAN STD N 8.18 1.36 3.00 19.50 0.71 2.00 12.71 6.28 5.00 ------------------- STAND=80 YEAR=94 STRATUM=1 --- —--------------------- SPECIES acerub pinres STRATUM MEAN TREE HEIGHT MEAN STD N 8.79 1.19 3.00 20.00 0.00 2.00 13.27 6.20 5.00 ------------------- STAND=81 YEAR=93 STRATUM=1 --- —--------------------- TREE HEIGHT MEAN STD N SPECIES abibal acerub pinban pinband p inre s STRATUM MEAN 5.24 14.5 4 7.25 6. 96 5.8 9 6. 63 0.07 1. 50 1.4 9 1.69 1.83. 1.00 2. 00 18 9. 00 5. 00 17 8.00 375.00 ------------------- STAND=81 YEAR=93 STRATUM=2 --- —--------------------- SPECIES acerub ame spp pinban pinband pinres salspp STRATUM MEAN TREE HEIGHT MEAN STD N 1.27 0.37 12.00 2.4 7 1.12 45.0 0 3.7 3 1.77 9.0 0 4.65 0.21 2.00 3.4 0 0.97 26.0 0 1.40 0.32 13.00 2.58 1.32 107.00 F- 29

-------------------------— STAND=81 AR=94 STRATM= ------------------------ SPECIES acerub acesac pinban pinres STRATUM MEAN TREE HEIGHT --—. --- —----------------------------- MEAN STD N 12.29. 1.00 16.18 9.77 7.95 8.86 2.36 1.53 2.23 i.00 91.00 103.00 196.00 -------------------------- STAND=81 YEAR=94 STRATUM=2 ----------------------- SPECIES acerub acesac amespp pinban pinres prupen salspp STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.52. 1.00 2.59 0.52 5.00 2.55 0.78 15.00 4.42 2.39 8.00 3.99 1.84 18.00 1.60. 1.00 1.70 0.39 11.00 3.05 1.71 59.00 ------------------------- STAND=82 YEAR=93 STRATUM=1 --- —------------------- TREE HEIGHT SPECIES MEAN STD N pinban 6.34 1.05 104.00 pinband 6.34 0.90 10.00 pinres 5.17 0.94 111.00 STRATUM MEAN 5.76 1.15 225.00 -------------------------- STAND=82 YEAR=93 STRATUM=2 ------------------------ SPECIES amespp pinban pinband pinres STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 1.27 0.14 10.00 4.21 1.52 17.00 2.20 3.63 3.40 1.16 1.50 1.00 39.00 67.00 -------------------------- STAND=82 YEAR=94 STRATUM=1 --- —------------------- SPECIES pinban pinres STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 7.75 1.46 78.00 5.68 1.30 84.00 6.67 1.72 162.00 -------------------------- STAND=82 YEAR=94 STRATUM=2 --- —------------ TREE HEIGHT SPECIES amespp pinban pinres STRATUM MEAN -------------------------------------- MEAN STD N 1.81 0.53 8.00 4.35 1.57 10.00 4.13 1.15 22.00 3.72 1.51 40.00 F- 30

-------------------------- STAND=83 YEAR=93 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 5.05 0.85 39.00 pinres 4.81 0.58 10.00 pinstr 14.80 3.96 2.00 poptre 8.51 1.18 4.00 STRATUM MEAN 5.61 2.24 55.00 -------------------------- STAND=83 YEAR=93 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N abibal 1.50. 1.00 acerub 2.01 0.67 28.00 amespp 1.53 0.35 19.00 betpap 2.22 0.78 28.00 pinban 3.76 1.37 61.00 pinres 3.84 1.21 129.00 popgra 2.13 0.83 159.00 poptre 1.90. 1.00 prupen 1.69 0.46 30.00 querub 1.65 0.07 2.00 salspp 1.38 0.21 17.00 STRATUM MEAN 2.72 1.34 475.00 -------------------------- STAND=83 YEAR=94 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N pinban 5.84 1.30 56.00 pinres 5.23 0.73 80.00 pinstr 18.09 9.78 2.00 popgra 7.44 3.23 2.00 STRATUM MEAN 5.69 2.03 140.00 -------------------------- STAND=83 YEAR=94 STRATUM=2 ------------------------ TREE HEIGHT -------------------------------------- SPECIES MEAN STD N acerub 1.70 0.55 15.00 amespp 1.52 0.43 13.00 betpap 1.66 0.48 5.00 pinban 3.76 1.65 20.00 pinres 4.27 1.42 52.00 popdel 0.86. 1.00 popgra 2.57 0.77 56.00 poptre 2.62. 1.00 prupen 2.89 1.07 9.00 pruser 2.08 0.71 10.00 querub 2.27 0.31 3.00 salspp 1.57 0.40 7.00 STRATUM MEAN 2.93 1.46 192.00 F- 31

------ -------------- STAND-=85 YEA3=93 STRATUM=1 --- —----------------------- SPECIES abibal acerub acesac amespp ostvir p icg la prupen pruser sorarne STRATUM MEAN TREE BEIGHT MEAN STD N 7.87 3.79 9.00 12.68 5.31 46.00 10.17 5.38 625.00 12.53 ~6.11 20 20.67 1.5.12 10.00 6.22.1.00 19.00.1.00 19.73 2.48 187.00 7.91.1.00 12.44 6.46 882.00 ------- ------------- STAND=85 YEAR=93 STRATUM=2 --- —----------------------- TREE HEIGHT SPECIES MEAN STD N abibal 2.2 6 0.94 20.0 0 acerub 1.38 0.38 8.00 acesac 2.26 1.54 182.00 corcor 1.39.1.00 ostvir 1.44.1.00 picgla 2.30 0.99 4.00 pruser 5.76 8.67 4.00 STRATUM ME AN 2.28 1.83 220.00 ------------------- STAND=86 YEAR=93 STRATUM=1 --- —----------------------- TREE BRIGHT SPECIES MEAN STD N acerub 18.57 3.11 181.00 acesac 14.06 4.77 177.00 faggra 12.74 5.01 89.00 sorame 5.9 6 5.15 2.0 0 STRATUM MEAN 15.58 4.93 449.00 ------------------- STAND=86 YEAR=93 STRATUM=2 --- —----------------------- SPECIES abibal acerub acesac amespp betall faggra pruser STRATUM MEAN TREE HEIGHT MEAN STD N 2.03 0.66 10.00 1.77 0.83 71.00 2.44 1.62 24.00 1.13 0.28 15.00 2.19 1.05 4.00 1.48 0.44 384.00 1.44 0.72 36.00 1.56 0.67 544.00 F- 32

-------------------------- STAND=87 YEAR=93 STRATUM=1 ------------------------ TREE HEIGHT -------------------------------------- SPECIES acespi alnrug betpap popbal poptre salspp STRATUM MEAN MEAN 4.79 6.35 9.15 12.88 14.67 3.47 10.74 STD 1.18 2.06 2.19 3.10 4.07 5.15 N 2.00 142.00 7.00 26.00 152.00 1.00 330.00 ------------------------- STAND=87 YEAR=93 STRATUM=2 --- —------------------- TREE HEIGHT -------------------------------------- SPECIES MEAN STD N acepen 1.37 0.52 3.00 acerub 3.31 1.63 12.00 acespi 2.45 1.28 14.00 alnrug 2.52 1.35 457.00 amespp 2.68.1.00 betpap 2.49 0.80 5.00 corcor 1.55 0.32 111.00 corsto 1.53 0.33 252.00 franig 4.15 1.72 6.00 lonspp 1.20 0.02 5.00 popbal 4.40 4.43 9.00 poptre 2.61 1.00 88.00 pruvir 5.79.1.00 salspp 2.10 0.52 12.00 STRATUM MEAN 2.19 1.24 976.00 ------------------------- STAND=88 YEAR=93 STRATUM=1 --- —------------------- SPECIES abibal larlar picgla picmar thuocc STRATUM MEAN TREE HEIGHT -------------------------------------- MEAN STD N 10.54 4.93 29.00 13.57 2.29 17.00 14.67 3.77 25.00 12.37 2.90 220.00 8.95 3.14 1234.00 9.62 3.46 1525.00 -------------------------- STAND=88 YEAR=93 STRATUM=2 --- —------------------- SPECIES abibal acerub acespi betpap lonspp sorame thuocc STRATUM MEAN TREE HEIGHT MEAN STD N 1.50 0.80 87.00 3.71. 1.00 2.61. 1.00 1.88. 1.00 1.39. 1.00 1.32. 1.00 3.59 1.72 22.00 1.93 1.32 114.00 F- 33

------- ------------- STAND=91 YEAR=93 STRA'TUM=' --- —----------------------- SPECIES abibal ace rub acesac betall faggra pruser STRATUM ME.AN TREE HEIGHT ME"N STD N 5.63.1.CO 9.81 5.01 5.00 12.9 9 4.7 0 294.00 16.51 1.56 2.00 17.88 4.79 48.00 5.3 2 0.4 4 2.0 0 13.57 5.05 352.00 ------------------- STAND=91 YEAR=93 STRATUM=2 --- —--------------------- SPECIES abibal acerub acesac armespp faggra poptre pruser S TRATUM MEM TREE HEIGHT MEAN STD N 2.16 0.82 55.00 1.55 0.94 49.00 1.64 0.73 542.00 1.59.1.00 1.81 1.34 112.00 2.22 0.84 3.00 2.12 1.19 46.00 1.72 0.90 808.00 F- 34

APPENDIX G: BIOMASS

--- ------ STAND=22 YEAR=91 STRATUM=1 ------------------- |SPECIES I TOTAL BOLE I CROWN BRANCH I FOLIAGE I --- —---------- --------- --— +++ --- —----- --- Ipicgla 109.731 46.421 63.311 38.971 24.341 I --- —-----------------------------------------------------------— I Ipinres I 45510.061 27693.691 17816.381 13749.721 4066.661 I --- —--------------------------- -------------- -------------------------— I STRATUM TOTAL 45619.791 27740.111 17879.681 13788.691 4091.001 ----------------- STAND=22 YEAR=91 STRATUM=2 ------------------------------------- SPECIES TOTAL BOLE | CROWN I BRANCH I FOLIAGE | I --- —---------------------- --------------- -- Iamespp I 4.271 3.671.1.1 0.611 I --- —------— + --- —------------- -+ --- —+ --- — ---------— I Ipicgla I 78.041 62.281 1. 1 15.761 I --- —----- ---- ---------------- ---------------------------- Ipinres I 466.051 381.791..1 84.261 I --- —----------------------------- — + --- — + -------— + --- —---- |STRATUM TOTAL 1 548.361 447.731.1.1 100.631 ------------------ STAND=22 YEAR=94 STRATUM=1 ------------------------------------- ISPECIES I TOTAL | BOLE | CROWN | BRANCH I FOLIAGE -------— I --- —------------------------- ----- j Ipinres I 53122.111 33203.201 19918.901 15028.581 4890.331 I --- —------------------------------- ---— + --- — + --- —-— I ISTRATUM TOTAL 53122.111 33203.201 19918.901 15028.581 4890.331 ------------------ STAND=22 YEAR=94 STRATUM=2 ------------------------------------ SPECIES | TOTAL | BOLE | CROWN BRANCH FOLIAGE | I --- —----- ---- -------- ------------------ -------- ------------------------------- amespp 0.561 0.461.1.1 0.101 I --- -------- ------------------— I Ipinres 109.571 86.491.1.1 23.091 S --- —-------- -------— M -— o- ------------ STRATUM TOTAL | 110.131 86.941.1.1 23.191 G-1

------------------ STAND=23 YEAR=91 STRATUM=1 ----------------------------------- SPECIZS | TOTAL I BOLE | CROWN BRANCH l FOLIAGE | I --- —-------------- ------------------------------ ----— _ ---+ --- —------- |abibal | 1313.83| 914.961 398.87| 278.08| 120.79| --------------------------------------------- ---— + --- —----- -------------- I lacerub 1 7973.59| 6306.081 1667.511 1516.34| 151.171 j --- —--------— + --- —-----------------— + --- —----— + --- —-----— + --- —------- I Ibetpap 1 4062.201 3371.411 690.781 609.731 81.061 -----------— + --- —------— + --- —----— + --- —------------------— + --- —-----— I |picgla 1 1683.791 1101.961 581.831 334.741 247.091 j --- —-------------------------------— + --- —--------------------------------- Ipicmar 1 581.751 474.681 107.07| 88.251 18.821 j --- —--------------------— + --- —-----— + --- —------------------------------- I |pinres 1 103406.251 73786.521 29619.731 15782.721 13837.011 ------------------------— + --- —-----— + --- —-------— + --- —-----— + --- —------- I jpinstr 1 57125.951 50136.831 6989.131 4917.941 2071.191 j --- —--------------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I [popgra 1 798.421 686.481 111.941 99.821 12.121 -------------------------— + --- —------------------------------— + --- —------ STRATUM TOTAL I 176945.791 136778.921 40166.861 23627.621 16539.241 ------------------ STAND=23 YEAR=91 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN | BRANCH l FOLIAGE | I --- —--------— j --- —-----— + --- —-----— + --- —---------------------------------- labibal | 141.801 107.64|..1 34.161 1 --- —--------— + --- —------------------— + --- —-----— + --- —-----— + --- —------- lacerub 1 385.001 306.001.1|.1 79.011 I --- —-------------------— + --- —-----— + --- —-----— + --- —-----— + --- —------- lamespp 1 0.751 0.621.1.1 0.131 l --- —--------------------— + --- —-----— + --- —-----— + --- —------------------— I lbetpap 1 5.821 4.521.1.1 1.291 [ --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— I Ipicgla 1 67.491 50.551.1.1 16.941 j --- —--------------------— + --- —-----— + --- —-----— + --- —-----— + --- —------- Ipicmar | 5.531 4.081.1.1 1.451 I --- —------— + --- —-----------------— + --- —-----— + --- —-----— + --- —-----— I Ipinstr 1 6.601 4.591.1.1 2.011 I --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— I |prupen | 0.771 0.601.1.1 0.171 I --- —-------— + --- —-----------------— + --- —-----— + --- —-----— + --- —-----— I jsalspp 1 0.141 0.101.1.1 0.041 | --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I |vibcas | 13.32| 6.76|. |. | 6.56| -------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I |STRATUM TOTAL | 627.221 485.461.1|.1 141.761 G-2

------------------ STAND=24 YEAR=91 STRATUM=1 ------------------- SPECIES | TOTAL | BOLE CROWN | BRANCH FOLIAGE | -------------------------— + --- —------- ----------------------------- lacerub I 1118.491 766.681 351.821 321.38| 30.441 | --- —--------— + --- —-----— + --- —---------— + --- —-----— + --- —----- Ibetpap 1 2599.681 1943.751 655.93| 565.711 90.221 --------------------------------------------------- ----- -- -------- Ipinban 1 59510.331 44824.601 14685.731 10383.501 4302.231 1 --- —--------— + --- —--------------------— + — -— + --- —---------------- Ipinres 6602.071 3247.731 3354.341 2273.841 1080.501 ------------— + --- —-----— + --- —----------------- ----- -— + --- —----- Ipinstr 1 287.141 194.121 93.021 59.371 33.641 I --- —--------— + --- —---— + --- —---— + — -— + — ------------ Ipopgra 1 535.921 474.161 61.761 49.901 11.861 --------------------------------------------------- +-+ --- —---- Ipoptre 1 2.141 1.951 0.191 0.111 0.081 I --- —--------------------------------— + --- —--------— + --- —-------- |STRATUM TOTAL | 70655.781 51452.991 19202.791 13653.83| 5548.971 ------------------ STAND=24 YEAR=91 STRATUM=2 --- —-------------------------------- ISPECIES | TOTAL | BOLE CROWN BRANCH FOLIAGE I ---- ---------— +-__ --- —I-j lacerub | 109.251 86.741.1.1 22.511 I --- —--------------------------------— + --- —------------------- jamespp I 1.001 0.841.1.1 0.161 j --- —--------------------------------— + --- —------------------------ Ibetpap | 27.121 22.43|.1.1 4.691 -------------— + --- —------ ----------------------— +- ---— I Icorcor 1 74.041 59.271.1.1 14.771 I --- —--------------------------------— + --- —-------------------- |pinban | 32.641 25.841.1.1 6.80| I --- —--------------------------------— + --- —-------------------- Ipinres 1 22.851 17.851.1.1 4.991 I --- —--------------------------------— + --- —------------------- Ipinstr 1 221.801 171.871.1.1 49.941 ------------------------------------------— +-+ --- —----— I ---+ Ipopgra 1 2.091 1.571.1.1 0.521 1 --- —--------------------------------— + --- —------------------- Isalspp 1 2.001 1.621.1.1 0.381 I --- —----------------------------------------— +-+ --- —------- |STRATUM TOTAL I 492.781 388.031.I.| 104.761 G-3

--------- STAND=25 YEAR=91 STRATM= ------------------------------------ ISPECIZS TOTAL | BOL I CROWN | BRANCH I FOLIAGE --------- ------ + ------- ---—. --- — labibal | 637.171 374.741 262.441 173.41| 89.021 -------------— + --- —-----— + --- —----------------- ---------- acerub I 3889.601 2959.551 930.061 843.981 86.071 ---------------------- + --- — ----- ----------- ------ |betpap 1 1227.02| 973.60| 253.421 215.341 38.081 -------------------------------------------------— + --- —------------ Ipicgla 1 3371.421 2051.361 1320.061 746.191 573.871 -------------------------------------------------- --— + --- — Ipicmar I 2211.021 1800.651 410.371 308.701 101.681 --------------------------------------------------------------------- Ipinres I 88835.591 60521.061 28314.541 15632.121 12682.421 | --- —--------— + --- —-----— + --- —-- -+ ---— + --- --------------- lpinstr 1 44570.991 39387.921 5183.07| 3675.271 1507.801 1 --- —--------— + --- —-----— + --- —-----— + ---— + --- ---------------- Ipopgra 1 2351.891 2001.381 350.511 318.391 32.121 j --- —--------— + --- —-----— + --- —-- — + --- —-----— + --- —---- STRATUM TOTAL | 147094.701 110070.24| 37024.461 21913.401 15111.06| ------------------ STAND=25 YEAR=91 STRATUM=2 --- —------------------------------- SPECIES | TOTAL BOLE CROWN BRANCH FOLIAGE I --- —--------— I --- —---— + --- —-----------------— + --- —--— + --- —------- |abibal 445.071 344.60|.1.1 100.481 | --- —--------— + --- —-----— + --- —----- + — -— + — -— + ----- lacerub 1 337.68| 268.29|.~.1 69.381 1 --- —--------— + --- —-----— + --- —---— + ---— + --- —---- I lalnrug 1 0.291 0.211.1.1 0.071 --------------------------------------------- ------------ ---- lamespp 1 0.141 0.111.1.1 0.031 j --- —--------— + --- —-----— + --- —---— + --- — ------------- |betpap | 21.801 17.40|.. 4.411 1 --- —--------— + --- —-----— + --- —---— + — -— + ---— + --- —---- Ipicgla 1 361.111 282.881.1.1 78.231 -------------— + --- —---------------------------------------— + — --- Ipicmar 1 143.521 111.971.1.1 31.561 --------------— + --- —-----— + --- —---— ++ --- —--- Ipinstr 1 134.801 99.511..1 35.291 1 --- —--------— + --- —-----— + --- —---— + — --- ----------— + --- —---- Ipopgra 1 3.701 2.811..1 0.881 1 --- —--------— + --- —-----— + --- —- — + — -— + — -— + --- —---- Isalspp 1 2.861 2.321.1.1 0.541 j --- —--------— + --- —--------------------------------------------- --- Ivibcas 1 5.431 2.78|.1.I 2.641 --------------------------------------- ---------------------- ISTRATUM TOTAL | 1456.411 1132.901.|.| 323.511 G-4

------------------ STAND=26 YEAR=91 STRATUM=1 ------------------------------------- ISPECIzS I TOTAL I BOLE | CROWN I BRANCH FOLIAGE I -- + + --------------- ------------ ---------------- |abibal 217.541 13-2.81| 84.731 55.42| 29.31| 1 --- —--------— + --- —---------------------------------------- -_ --- —------ lacerub 1 1745.421 1309.011 436.401 407.171 29.231 1 --- —--------— + --- —--------------------------------------------------------- lbetpap 1 880.971 705.361 175.611 153.691 21.921 j --- —--------— + --- —----------------------------------------------------- I llarlar 1 2972.091 2394.761 577.331 488.181 89.151 1 --- —--------— + --- —------------------------------------------------------- Ipicmar 1 48494.401 39558.301 8936.101 6800.991 2135.111 -------------— + --- —-----— + --- —---- ----------— + --- —-- -— + --- —--- Ipinban 1 2049.991 1595.931 454.061 318.541 135.531 -------------— + --- —-----— + --- —-----— + --- —----— + --- —----— + --- —---- - Ipinres 1 289.511 214.05| 75.461 47.561 27.901 -------------— + --- —-----— + --- —---------------- + ---+ --- —---— + --- —------- Ipinstr 1 5045.971 4259.671 786.291 548.021 238.271 -------------— + --- —-----— + --- —----------------------------------------------- Ipoptre 1 1203.201 1048.361 154.841 133.221 21.631 1 --- —--------— + --- —-----------------— + --- —----— + --- —-----— + --- —-----— I STRATUM TOTAL I 62899.081 51218.25|1 11680.841 8952.781 2728.051 ------------------ STAND=26 YEAR=91 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE I CROWN | BRANCH I FOLIAGE | --------------- ----------— + --- —-----— + --- —-----— + --- —------------------- labibal | 892.02| 710.201.1.1 181.82| ----------- -+ --- —----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I lacerub 1 286.81| 230.251.1.1 56.561 ------------— + --- —-----------------— + --- —----— + --- —-----— + --- —-----— j lalnrug 1 76.481 62.491.1.1 14.001 -------------— + --- —-----------------— + --- —----— + --- —-----— + --- —----— I Iamespp 1 12.181 10.531.1.1 1.651 -------------------------— + --- —-----— + --- —-----— + --- —-----— + --- —-------- laromel 1 1.561 1.311.1.1 0.251 -------------------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I llarlar 1 49.421 37.871.1.1 11.551 + --- —--------------------------------— + --- —----— + --- —-----— + --- —-------- ledgro 1 29.731 15.45|.1. 1 14.281 + --- —--------------------------------— + --- —----— + --- —-----— + --- —------- nemmuc 1 215.331 176.401.1. 1 38.931 -------------— + --- —-----------------— + --- —----— + --- —-----— + --- —-----— I Ipicmar 1 2386.671 1809.891.1.1 576.771 -------------— + --- —-----------------— + --- —----— + --- —-----— + --- —-----— I pinban 1 4.291 3.031.1.1 1.261 + --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I jpinstr 1 17.371 13.081..1 4.291 ------------------------------------------------------------— + --- —---- --- Isalspp 1 9.751 8.001.1.1 1.751 -------------— + --- —-----------------— + --- —-----— + --- —-----— + --- —— I --- — sorame 1 14.061 12.43!.1.1 1.621 -------------— + --- —-----------------------------— + --- —-----— + --- —-----— I Ivibcas | 1037.521 590.931.1.1 446.601 -------------------------— + --- —-----— + --- —------------------— + --- —-------- |STRATUM TOTAL I 5033.191 3681.871.|.| 1351.33| G-5

------------ - STAND=27 YEAR=91 STRATUM=1 ------------------------------------- ISPECIS | TOTAL | BOLE | CROWN | BRANCH I FOLIAGE | ----------------------------- ------------------------— + --- —------- lacerub I 629.541 412.851 216.691 195.671 21.031 I --- —--------------------------------------------------------- ----- lamespp I 26.911 21.761 5.161 2.021 3.13 I --- —--------------------------------------------------------- ----- lbetpap 1 1394.351 921.591 472.761 424.441 48.321 I --- —--------------— + --- --— + ---- -- ---- ------ ------- - Ipinban I 87480.281 68843.651 18636.631 13151.251 5485.381 -----------------------------------— + --- —---— + --- —-— I ISTRATUM TOTAL | 89531.081 70199.851 19331.241 13773.381 5557.861 ------------------ STAND=27 YEAR=91 STRATUM=2 ------------------------------------- ISPECIES TOTAL BOLE CROWN | BRANCH FOLIAGE | I --- —-------------------------------------------- lacerub 233.811 188.32|.~.1 45.481 -------- ---------------------- -----------------— j --- —-I lamespp 1 23.231 21.041.1.1 2.191 I- -------------- ------------------ ---------------------- ----- Ibetpap 1 0.521 0.401.1.1 0.131 I --- —------------------------------------ ------------------------— I Icorcor 69.531 54.871.1.1 14.661 -- ------------- ---------- --- — + --- ---------- Ifaggra I 1.011 0.801.1.1 0.211 I ------------ ---- ------------------- ------------------------— I Ipruser I 0.921 0.721.~.1 0.211 ------------------------------------------- ------------------------— I STRATUM TOTAL I 329.011 266.141.1.1 62.871 G-6

- STAND=28 YEAR=91 STRATUM=1 ------------------------------------- |SPECIES I TOTAL I BOLE CROWN I BRANCH FOLIAGE I --- —----------------------------------- |abibal 35.571 15.80| 19.78| 12.651 7.13! -------------------------— + --- + + + --- — |acerub I 93282.321 76338.871 16943.45| 15848.571 1094.881 ------------— + --- —----------------— + --- — + --- ----— + --- —------ lacesac 897.551 672.461 225.091 210.071 15.021 + + ------------— + - ----- + -+ ---— + ----+ --- —+ —.. Ibetall I 42485.051 34301.741 8183.311 7762.951 420.361 -------------------------------------- --- Ifaggra I 99521.791 77030.651 22491.151 21341.491 1149.651 I --- —-------------------------------- -+ --- — + --- — + --- —I Ipinstr 1 2711.441 2483.231 228.211 167.811 60.401 --------------------------------------- --- Itsucan I 11657.041 8301.301 3355.741 2540.971 814.771 1 --- —--------— + --- —-----— + --- —--— + --- — + --- ----— + --- —------ |STRATUM TOTAL! 250590.77! 199144.04! 51446.73! 47884.50! 3562.23! ------------------ STAND=28 YEAR=91 STRATUM=2 ------------------------------------- SPECIES | TOTAL I BOLE | CROWN BRANCH I FOLIAGE I --- —--------- ------ ------------------------------------ - ----- labibal 1 236.42! 183.361.l.l 53.06! ------------------------------------— + --- —---— + --- —----- lacerub | 3.001 2.25!.. 0.761 ------------------------— + --- —-----— + --- —----------------------------- acesac C 149.741 119.311.1.1 30.431 I --- —------— + --- —------------- — + --- — + — -------------- Ibetall 1 230.65! 211.93!.. 18.72! I --- —--------— + --- —------------- -+ --- — +- ------------------- faggra I 1446.221 1205.621.1.1 240.601 -------------------------------------------------— + --- —— + --- — + --- —------- Itsucan I 15.111 11.101.1.1 4.001 -- -------- ---------— + --- —----- -------- STRATUM TOTAL | 2081.131 1733.57!.1.1 347.57! G-7

------------------ STAND=29 YEAR=91 STRATUM=1 ------------------------------------- SPECIZS | TOTAL I BOLE CROWN | BRANCH FOLIAGE I --- —---------- ----------— + --- —-----------------------------— + --- —------- |abibal | 294.101 161.931 132.171 89.901 42.271 I --- —--------------------------------- ------------------------------- lacepen 1 8.37J 5.671 2.701 2.401 0.301 I --- —-------------------------------— + --- —--------------------- lacerub | 76585.241 61742.911 14842.33| 13847.73| 994.601 I --- —--------— + --- —-----— + --- —----- --------— + --- —-------------- lacesac 1 3262.951 2448.721 814.241 770.671 43.561 I --- —--------— + --- —-----— + --- —---— + — -— + ---— + --- —-- betall | 56146.44j 45274.041 10872.401 10281.56| 590.831 1 --- —--------------------— + --- —------— +- ------— + --- —------ Ifaggra 1 65104.791 50665.061 14439.731 13620.481 819.251 ---- ------- ---------------------------------------- Ipinstr 1 59.611 41.041 18.571 12.201 6.381 --- ---- + --- —----------------------------------------- Ipoptre 1 7141.371 6036.711 1104.661 1013.551 91.101 I --- —------------ ---------— + --- —--------- Itsucan | 6157.551 4400.481 1757.071 1334.151 422.921 I --- —--------— + --- —-----— + --- —---— + — -— + --- --------------- STRATUM TOTAL I 214760.421 170776.551 43983.871 40972.661 3011.211 ------------------ STAND=29 YEAR=91 STRATUM=2 --- —-------------------------------- |SPECIES | TOTAL I BOLE I CROWN | BRANCH FOLIAGE | I --- —------------------------------------------------------------- |abibal I 1219.251 925.031.1.1 294.221 1 --- —---- --------------------------------------— + --- —---— I lacepen I 19.391 15.231.1.1 4.161 I --- —-------------------— + --- —---------------------------------- |acerub | 94.441 75.36|.1.1 19.081 --------------- -------------------------------------- -- lacesac 1 104.071 81.681..1 22.401 ------------------------------------------------------------------------------ |betall I 321.371 291.921.1 29.451 I --- —--------------------------------— + --- —------------------- Ifaggra I 1031.141 864.661.1.1 166.481 I --- —------------------------------------------------------------ Ipoptre | 6.041 5.001.1.1 1.041 -------------— + --- —------------------------------------------- - STRATUM TOTAL | 2795.701 2258.881.~.1 536.821 G-8

--------------- STAND=31 YEAR=91 STRATUM=1 ------------------------------------- |SPECIES I TOTAL I BOLE | CROWN | BRANCH I FOLIAGE | --------------- --------— +- + --- —--— + --- —----- lacerub | 67064.741 53162.041 13902.701 12864.811 1037.891 4 --- —--------— + --- —----— + --- —---— + --- —------ ----------— + --- —--- lacesac 1 63919.001 51019.521 12899.481 11843.881 1055.601 -------------— + --- —------------------------------------------— + --- —------- Iamespp 1 297.191 237.231 59.961 50.421 9.541 -------------------------------— + --- --------------------------------------- Ifaggra 1 829.161 633.271 195.891 164.841 31.041 I --- —--------------------------------— + --- —----— + --- —-----— + --- —------- Ipoptre 1 8424.531 7211.901 1212.631 1089.981 122.651 1 --- —-------------------— + --- —-----------------— + --- —-----— + --- —----— ISTRATUM TOTAL | 140534.621 112263.961 28270.661 26013.941 2256.72 ------------------ STAND=31 YEAR=91 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN | BRANCH I FOLIAGE | I --- —--------— I --- —-----------------— + --- —----— + --- —----— + --- —------- |abibal | 18.84| 13.86|.1.1 4.981 ---------------------------------------------------------- ---------------— I lacerub 1 25.83| 20.83|.1.1 5.001 -----------------------------------— + ---+ --- —------------------------— I lacesac 1 258.751 210.081.1.1 48.671 -------------— + --- —-----— + --- —-----— + --- —-----— + --- —----------------— I amespp 1 29.271 25.841.1.1 3.431 ------------------------------------------------------------------------------ faggra 1 15.471 13.511..1 1.961 -------------------------------— + --- + ----------------------— + --- —------ Ipoptre 1 3.251 2.65|.1.1 0.601 T --- —-----— 1 -+-. --- —----------------— + --- —--------------------------------- STRATUM TOTAL | 351.411 286.771.|.1| 64.641 G-9

----------------- STAND=32 YEAR=91 STRATUM=1 ------------------------------------- |SPECIES TOTAL BOLE | CROWN | BRANCH FOLIAGE ---------------------------- -------------------— +- -------- labibal 5632.15| 3478.731 2153.431 1477.90| 675.521 ------------— + ---- ------------------------- ---------— + --- —----- lalnrug 1 176.891 105.401 71.491 56.501 14.991 ------------------------- --------- ---------- --------------------- Ifranig 1 518.351 381.971 136.371 122.551 13.821 ---------------------------------------------- ---------— + --- —-- Ilarlar 1 852.441 694.301 158.141 128.381 29.761 I --- —--------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ Ipicgla 1 3053.351 2168.141 885.211 486.101 399.111 j --- —------------------------------------------------------------ [picmar I 18966.151 15551.881 3414.281 2719.291 694.991 -------------------------- --------------------- ------------------- Ipoptre 1 4319.621 3726.581 593.041 524.211 68.831 I --- —-------— 4 —+ --- —----------- + — -— + --- —+ ----- Ithuocc I 128934.211 77079.771 51854.441 35094.28| 16760.161 ------------------------— + --- —----- -------------------— + --- ----- ISTRATUM TOTAL | 162453.161 103186.761 59266.411 40609.221 18657.191 ------------------ STAND=32 YEAR=91 STRATUM=2 --- —-------------------------------- ISPECIES TOTAL | BOLE I CROWN I BRANCH FOLIAGE | I -------------------------— + --- —— + --- — + --- ----— + --- —------ labibal 328.771 251.401.1.1 77.37) I --- —--------— + --- —-----— + --- —--— + — -— + — ------- ----- lacerub I 0.11| 0.081.1.1 0.031 I --- —--------— + --- —-----— + --- —---------— + --- —----- alnrug 1 131.491 112.281.1.1 19.211 I --- —--------— + --- —-----— + --- —---------------------------- Icoralt 1 5.631 4.511.1.1 1.121 I --- —--------— + --- —-----— + --- —----- ----— + — -— + ----- franig 1 1.031 0.831.1.1 0.201 ------------— + --- —---- -— + --- —----- ----— + ---- -------------- Ipicmar 1 3.631 2.561.1.1 1.071 -------------------------- ------------------ -------------------- Isalspp I 9.991 8.641..1 1.351 ----------------------------— + --------- + --- —-- -— + --- —----- Ithuocc | 1131.14| 906.381.1.1 224.761 I --- —------------------------— + ---- — + — -— + --------- ---------- ISTRATUM TOTAL I 1611.801 1286.691.1.1 325.121 G-10

------------------ STAND=33 YEAR=91 STRATUM=1 ------------------------------------- ISPECIES TOTAL | BOLE! CROWN I BRANCH FOLIAGE | I --- —--------- --------— + ---- - + --- — ------------ - - - - ----- jacerub 1666.711 1056.701 610.011 550.51| 59.501 1 --- —--------— + --- —-----------------------------— + --- —--------------------- lacesac I 1558.801 1112.571 446.231 400.881 45.351 --------------- + + --- —---------- ---- ------------ -------- lamespp I 100.411 79.691 20.721 6.451 14.281 --------------— + + --- —--------------------— + --- —-- laromel 1 58.621 47.591 11.031 4.721 6.301 j --- —--------— + --- —-----------— _ --- —---------- - ----— I lpopgra I 7415.481 6638.241 777.251 578.271 198.971 I --- —------------------------------------— + --- —-----— + --- —----— I Ipoptre I 18116.451 16306.091 1810.351 1270.561 539.79 j --- —----------------------------------------- ----------------— + --- —----- I Iprupen 1 6713.891 5465.701 1248.201 606.49| 641.711 ------------------------— + --- —- ---- ------------- --- |pruser I 485.081 397.991 87.091 57.88| 29.211 ------------------------------ ---------------- --- ---- ISTRATUM TOTAL I 36115.44| 31104.571 5010.871 3475.771 1535.101 ------------------ STAND=33 YEAR=91 STRATUM=2 ------------------------------------- |SPECIES I TOTAL I BOLE | CROWN | BRANCH I FOLIAGE I I --- —-------— + --- —------- ----------------— _ ----_ |acerub I 427.491 338.51|.. 88.981 -------------------------------------------------------- lacesac I 1086.041 846.111.1.1 239.931 j --- —--------— I --- —---------------------— 4 --- —-----— 4 --- —----- I Jamespp I 186.701 165.071.1.1 21.631 j --- —--------— I --- —------------------------------------— 4. --- —----- I laromel 1 164.021 146.591.1.1 17.431 ----------- --------------------------------— 4 --- —----— 4 —. --- —----- Ifaggra 1 9.661 8.041.1.1 1.621 I --- —------------------------------------------------------------------ lonspp 1 36.64| 18.271.1.1 18.371 j --- —--------— 4 --- —-----—. --- —------------------— 4 --- —-----— 4 --- —----- I Ipoptre I 1421.141 1180.49|.1.1 240.641 ----------------------— + --- —-----------------— + --- —------------ Iprupen 1 2035.081 1578.391.1.1 456.691 I --- —---------------------------------— 4. --- —4. --- —---— 4 --- —------ I Ipruser I 7.191 5.581.1.1 1.611 | --- —--------— I --- —------------------------------------------------------— I Ipruvir I 37.751 29.291.1.1 8.461 ----------------------------------------------— + — --- Isorame 1 5.301 4.661.1.1 0.631 + --------------------------------------------------- ----- ----------- STRATUM TOTAL I 5417.011 4321.011.1.| 1096.001 G-11

--------- STAND=33 YEAR=94 STRATUM=1 ------------------------------------ ISPECIZE TOTAL BOL I CROWN I BRANCH I FOLIAGE | I --- —-------------— +-+++ --- — ---------- --- lacerub I 12012.04| 9488.591 2523.451 2285.051 238.411 I --- —----------------------------------------- --------------------------- lacesac 2904.261 2180.621 723.631 649.451 74.181 ---------------------------------- - -+ --- — ---------— + --- —-- jamespp I 1011.331 825.421 185.911 105.521 80.391 I --- —----------------------------------------- --------------------------- Ipopgra I 18634.271 16635.201 1999.081 1522.141 476.941 I --- —-------------------------------------- --------------------- ----- Ipoptre I 15202.331 13644.101 1558.231 1128.601 429.631 j --- —-----------------------------— + --- —---------------------------- Iprupen 1 9390.881 7674.371 1716.501 1009.731 706.771 -------------— + --- —----------- + + + + ISTRATUM TOTAL | 59155.101 50448.301 8706.801 6700.491 2006.32| ------------------ STAND=33 YEAR=94 STRATUM=2 --- —-------------------------------- ISPECIES TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —------- -------------------------------- lacepen 1 54.961 43.021.1.1 11.951 I --- —---------------- ------------------ -------------------------— I lacerub 1 1071.611 851.501..1 220.111 I --- —--------— + --- —----— + --- —---- ------ ------------------- lacesac 1028.131 816.011.1.1 212.131 I --- —-------------------------------------- -------------------------— I lamespp 1 944.621 860.151.1.1 84.471 I --- —------ -+ --- —----— + --- —---- ----- -------------— I lonspp 1 3.221 1.351.1.1 1.871 I --- —--------— + --- —----— + --- —---- -------- -------------- Ipopgra 1 115.341 88.101..1 27.241 I --- —-------- ------------------------------------------------------------ Ipoptre I 270.791 226.281.1.1 44.511 ----------------------------- -----— + --- —----------------- |prupen I 983.651 761.611.1.1 222.031 -------------------------------------- ----- Ipruser I 7.991 6.211.1 ~. 1.781 -I+++ --- —----------— + -- --- --------- ------ |STRATUM TOTAL I 4480.311 3654.211.1.1 826.091 G-12

------------- - STAND=34 YEAR=91 STRATUM=1 ------------------- SPECIES | TOTAL BOLE | CROWN BRANCH FOLIAGE I ---- ----------------- ------- labibal 324.921 216.351 108.571 74.331 34.241 l --- —-------------------— I --- —-------------------— + --- —------- - lacerub | 57225.141 45612.231 11612.91| 10671.291 941.631 I --- —----------------------------------------------------------- lacesac 1 13968.871 11021.751 2947.121 2685.491 261.631 I --- —------------- --— + --- —-------------------------— + --- —+ --- —---- lamespp 1 151.661 124.101 27.561 14.87| 12.691 I -------------- ---------------------------- Ifaggra 1 1563.561 1224.551 339.001 298.791 40.221 I --- —----------------------------------------------------------- Ipicgla | 165.031 76.751 88.281 52.341 35.941 --------------------------- ------------ ---------- ---------- |popgra 1 68725.801 58872.101 9853.711 8845.291 1008.421 ------------------------------------------------------------------------- Ipoptre | 3770.871 3251.311 519.56| 460.151 59.411 -------------— + --- —-----— + --- —-----— + — -— + --- —---------------- Iprupen 1 6.811 5.551 1.261 0.551 0.721 I --- —-------------------------------------------------------------------- Ipruser 1 43.911 36.031 7.88| 4.561 3.321 I --- —--------— + --- —-----— + --- —-----— + — -— + --- —-----— + --- —-- ISTRATUM TOTAL 145946.561 120440.711 25505.851 23107.651 2398.201 ------------------ STAND=34 YEAR=91 STRATUM=2 ------------------------------------- ISPECIES | TOTAL I BOLE | CROWN BRANCH FOLIAGE I --- —------------------------------------------------------------------------- |abibal | 126.351 101.63|.1.~ 24.72| I --- —----— + --- —-------— + --- —----— + --- —--- I lacerub | 232.821 183.31|.~|. 49.511 -----------— + --- —------— + --- —----- -- ----- --- ---— I lacesac 1 163.761 127.181.1.1 36.581 I --- —----------------------------------------------------------- lamespp 1 85.701 76.571.1.1 9.131 -------------------------------------------------------------- Ifaggra 1 195.711 172.591.1.1 23.131 ------------— + --- —-----— + --- —--------------— + --- —------- Ipopgra 1 1424.111 1227.741..1 196.371 1 --- —--------— + --- —-----— + --- —-----— + --- —----— + — --------------- Ipoptre 1 0.121 0.09|.1.1 0.031 I --- —------------------— + --- —-------------------------------- Ipruser 1 2.741 2.131.1.1 0.611 I --- —--------— + --- —-----— + --- —---------— + --- —---- |sorame 1 0.391 0.331 1. 1 0.061 I --- —------------------ --------— + --- —---------— + --- —-----— I ISTRATUM TOTAL | 2231.711 1891.571.1.1 340.141 G-13

- ---------- STAND=35 YEAR=91 STRATUM=1 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN BRANCH | FOLIAGE | I --- —--------— I --- —-----— + --- —----— + --- —---------------— + --- —------- jacerub | 239.351 149.591 89.751 84.271 5.481 -------------— + --- —-----------------— + --- —-----—. ----_ --- ——.+ --- —-- ----- Iamespp 1 16.631 13.691 2.94j 1.711 1.231 + --- —--------— + --- —-----— + --- —----— + --- —-----— + --- —----— + --- —----— _Ipinban 1 31581.121 20692.161 10888.961 8071.341 2817.621 I --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— I ISTRATUM TOTAL | 31837.091 20855.441 10981.65| 8157.321 2824.331 ------------------ STAND=35 YEAR=91 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH I FOLIAGE | ------------------------------------------ -------------- ---------- lacerub I 23.17| 18.611. 1.1 4.561 j --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— I Iamespp 1 2.181 1.861.1.1 0.311 j --- —--------— + --- —-----------------------------— + --- —-----— + --- —------— I Ipinban 1 730.421 583.491.1.1 146.941 I --- —--------— + --- —----------------------------------------------------— I jpinstr 1 10.731 8.151.1.1 2.591 I --- —--------— + --- —----------------------------------------------------— I Isalspp 1 1.861 1.521.I.1 0.341 -------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —----— I |STRATUM TOTAL I 768.361 613.631..j 154.731 G-14

-------------- STAND=36 YEAR=91 STRATUM=1 ------------------- SPECIES | TOTAL | BOLE I CROWN | BRANCH FOLIAGE | I --- —----------- ----------------- Ipinban 5096.821 277-6.491 2320.331 1983.591 336.751 -------------- ------------------------ + ---— + --- —---------------- Ipinres 1365.831 699.161 666.671 560.931 105.741 I --- —----- ---------— + --- —----- + — ----- --- ------- STRATUM TOTAL | 6462.65 3475.651 2987.00| 2544.511 442.491 ------------------ STAND=36 YEAR=91 STRATUM=2 ------------------------------------- |SPECIES TOTAL | BOLE | CROWN BRANCH FOLIAGE -------------— I --- —-----— + --- —--— + — -— + — ----------------- lacerub I 4.551 3.671..1 0.88| I --- —------------------------------------------------— + --- —-------- lamespp 14.291 12.551.~ ~* 1.741 I --- —--------— + --- —-----— + --- —--------------— + --- —-----— + --- —---- Ipinban 1 3274.101 2643.221.. 630.881 I --- —--------— + --- —-----— + --- —------ -— + — --------------- Ipinres I 314.871 258.911.1 *1 55.961 ------------------ ------------- ----------- --------— + --- —-- Isalspp I 0.061 0.041..~ 0.021 1 --- —--------— + --- —-----— + --- —----- ----------— + --- —-----— + --- —---- ISTRATUM TOTAL | 3607.871 2918.391.I.1 689.48| ------------------ STAND=36 YEAR=94 STRATUM=1 ------------------------------------- ISPECIES | TOTAL | BOLE | CROWN I BRANCH FOLIAGE -------------------------— + --- —--------- ---------- ----- ----- Ipinban 1 9216.971 5388.221 3828.761 3191.411 637.341 I --- —---------------------------------------------------------- I Ipinres I 2868.591 1532.291 1336.311 1099.471 236.841 ------------------------------------------------- ------— + ----- ISTRATUM TOTAL 12085.57[ 6920.501 5165.06| 4290.89| 874.181 ------------------ STAND=36 YEAR=94 STRATUM=2 ------------------------------------- ISPECIES TOTAL BOLE | CROWN BRANCH FOLIAGE I --- —--------------------— + --- —-----— + --- —----------------— + --- —----- lamespp I 255.971 242.711.. 1 13.261 -------------— + --- —----------------------------------------- Ipinban 1 783.751 617.201..| 166.541 j --- —------------------------------------------------------------ Iprupen 1 20.461 15.881.1.1 4.591 j --- —-------------------------------------------------------- ISTRATUM TOTAL | 1060.18| 875.791.1.1 184.391 G-15

------ - STAND=37 YEAR=92 STRATUM=1 ------------------------------------- ISPECIES TOTAL I| OLE CROWN BRANCH I FOLIAGE ----------- I ---- ------ ----------------- 1 Ipinban I 19.771 13.351 6.421 5.34J 1.091 I --- —-- -------- ---— + --- —— + --- —---- ------— _ |STRATUM TOTAL I 19.771 13.351 6.421 5.341 1.091 -------------- STAND=37 YEAR=92 STRATUM=2 ------------------------------------- SPECIES I TOTAL | BOLE CROWN | BRANCH FOLIAGE I --- —---------- ---------— + --- —-— + --- — + — ----------- - Ipinban I 823.861 601.621..1 222.241 ------------— + --- —----------------— + --- —---— + --- —----- Ipinres I 121.901 100.651.. 21.251 ------------ ----------- + ---------- ----- |STRATUM TOTAL | 945.771 702.271.~.1 243.491 ------------------ STAND=37 YEAR=94 STRATUM=2 ------------------------------------- SPECIES I TOTAL | BOLE | CROWN | BRANCH FOLIAGE I --- —--------------- -------------------------- ---------------------------------- jpinban | 3784.141 2835.401..1 948.741 I --- —--------— + --- —----— + --- —-------— + --- — ------ — I Ipinres I 260.011 216.201..~ 43.811 I --- —---------- ------------------------------— + — ---— I ISTRATUM TOTAL I 4044.151 3051.611.~.1 992.551 ------------------ STAND=38 YEAR=92 STRATUM=2 ------------------------------------- SPECIES | TOTAL | BOLE CROWN o BRANCH I FOLIAGE I --- —------- --------— + --- — ------------------ Ipinban | 8473.321 6770.561.1.1 1702.761 I --- —--------— + --- —----— + --- —---- + ---— + ---- -+ ---- — I ISTRATUM TOTAL | 8473.321 6770.561.1.1 1702.761 ------------------ STAND=38 YEAR=94 STRATUM=1 ------------------------------------- ISPECIES I TOTAL | BOLE | CROWN BRANCH I FOLIAGE | I --- —-------------- ------------------ ----- ---------------------------------- Ipinban I 160.861 96.451 64.421 54.381 10.041 I --- —------------------------------------------ ---------------— j --- —--- |STRATUM TOTAL | 160.861 96.451 64.421 54.381 10.041 ------------------ STAND=38 YEAR=94 STRATUM=2 ------------------------------------- SPECIES | TOTAL I BOLE CROWN | BRANCH I FOLIAGE I --- —--------— I --- —-------------— + --- — + -------— + --------- Ipinban I 13015.601 10553.031.. 1 2462.561 I --- —-------— + --- —--------------— + --- — + --- — + --- —-— I Isalspp | 0.941 0.731.1.1 0.211 -------------— + — - --------— + --- —------— + --- —--------------- |STRATUM TOTAL | 13016.541 10553.761.1.1 2462.771 G-16

------------------ STAND=39 YEAR=92 STRATUM=1 -------------------------------------!SPECIZES TOTAL I BOLE | CROWN | BRANCH FOLIAGE | --------------- ----------— + --- —-----— + ---- ---— + --- —------------------ lpinban I 155.901 117.041 38.871 29.761 9.111 I --- —--------— + --- —-------------- -------— + --- —-------------------- I Ipinres 1 392.501 184.391 208.111 175.831 32.281 I --- —--------------------------- ------------------------------------------------- |STRATUM TOTAL | 548.411 301.431 246.981 205.591 41.39j ------------------ STAND=39 YEAR=92 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —--------------------— + --- —----------------------------------- + --- ----— I Ipinres I 160.121 133.241.1.1 26.881 j --- —-------------------------------------------------------------------— I STRATUM TOTAL I 160.121 133.241.I.1 26.881 ------------------ STAND=39 YEAR=94 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN I BRANCH FOLIAGE I --- —----------------— + --- —---— + --- —-------- Ipinban I 55.331 40.831.1.1 14.511 + --- —-------------------------------— + --- —-----------------------------— I Iprupen 1 0.841 0.651.1.1 0.191 I --- —--------— + --- —------------------— + --- —----------------— + --- —-----— l |STRATUM TOTAL I 56.171 41.48|.1.1 14.691 ------------------ STAND=40 YEAR=92 STRATUM=2 ----------------------------------------------- |SPECIES | TOTAL I BOLE | CROWN I BRANCH FOLIAGE | I --- —--------------------------— + --- —------ Ipinban I 349.041 270.561.1.1 78.481 I --- —-----------------------— + --- —+ --- —---------------— I Ipinres 1 2518.521 1952.211.1.1 566.301 I --- —-----------------------------------— + --- —---— + --- —----- I ISTRATUM TOTAL I 2867.561 2222.781.1.1 644.781 ------------------ STAND=40 YEAR=94 STRATUM=2 ----------------------------------- |SPECIES | TOTAL | BOLE | CROWN I BRANCH I FOLIAGE I --- —-----— I --- —---— + --- —---— + --- —+ --- —---- Ipinban | 758.471 603.421.1.1 155.051 I --- —----------------------------------------------— + --- —----— I Ipinres 1 6231.801 5052.361..1 1279.441 ------------------ 7090.2 --- —-71 5655.781 --- 1434 --- —-----------------------—.49 --- —— I ISTRATUM TOTAL I 7090.271 5655.781.1.1 1434.491 G-17

-------- STAND=41 YEAR=92 STRATUM=1 ------------------------------------- fSPECIES TOTAL | BOLE CROWN | BRANCH FOLIAGE I --- —---------- -----------------------— + --- —— _ --- —--------------— _ --- —-- Ipicgla 60.741 29.051 31.681 19.131 12.561 1 --- —--------— + --- —-----— + --- —- — + — -— + — -— + --- —-- Ipicmar | 36.231 29.091 7.141 4.491 2.651 I --- —----------------------------------------------— + --- —------------------- |pinban | 1070.821 662.311 408.50| 337.681 70.821 ) --- —--------— + --- —-----— + --- —-- — + — --- -- -— + --- —--- Ipinres I 1347.271 787.991 559.281 438.561 120.721 ----------------------------------------------------— + --- —-- jpopgra I 28.221 25.431 2.791 1.931 0.861 | --- —--------— + --- —---— + --- —---— + --- —-----— + --- —------- Ipoptre I 67.411 60.801 6.611 4.531 2.081 I --- —--------— + --- —---— + --- —---— + — -— + — -— + --- —-- STRATUM TOTAL | 2610.68| 1594.67 1016.011 806.321 209.691 ------------------ STAND=41 YEAR=92 STRATUM=2 ------------------------------------- |SPECIES TOTAL | BOLE CROWN BRANCH FOLIAGE I --- —--------— I --- —--------- lacerub 0.371 0.0281.1.1 0.10 I --- —----------------------- lamespp 1 21.831 19.171.1.1 2.671 I --- —--------— + --- —--------------------------------------— + --- — laromel | 1.371 1.161.1.1 0.211 --------------— + --- —-----— + --- —---— + — -— + — -— + --- —-- jbetpap 1 34.491 28.74|.1.1 5.751 I --- —--------— + --- —-----— + --- —---— + — -— + — -— + --- —----- Ipicgla 1 87.421 71.201.1.1 16.231 I --- —--------— + --- —-----— + --- —---— + --- — -------- ----------- Ipicmar | 174.151 139.421.1.1 34.731 I --- —--------— + --- —----— + --- —---— + — --- ----------— + --- —------ Ipinban 1 3226.501 2596.681..1 629.821 --------------— + --- —-----— + --- —---— + — -— + — -— + --- —-- Ipinres 1 9278.201 7625.031.1.1 1653.171 I --- —--------------------------------— + --- —------------------- jpopgra 1 386.831 295.901.1.1 90.931 I --- —--------------------------------— + --- —---— + --- —---- ---- Ipoptre | 155.301 130.84|.1.1 24.461 I --- —-------— + --- —---— + --- —---— + — -— + — -— + --- —------- |prupen | 5.081 3.941.1.1 1.141 ----------------------------— + --- —-----— + --- —-----— + — -------------- Iqueell 1 10.521 9.181..1 1.351 --------------------------------------------------------------------------------- -- |salspp | 131.681 104.011.1.1 27.671 --------------------------------------------------— + --- —. ---Ivibcas | 13.101 6.251.1.1 6.85| I --- —--------------------------------— + --- —-— + --- —-+ --- —--- |STRATUM TOTAL | 13526.861 11031.781.1.1 2495.081 G-18

------------- STAND=41 YEAR=94 STRATUM=1 ------------------------- ----- ISPECIES | TOTAL | BOLE CROWN BRANCH FOLIAGE I --- —--------— I --- —---— + --- —--------------------------- + --- —------- |betpap | 100.741 64.82| 35.921 28.271 7.651 -------------— + --- —-----— + --- —------------------ ---------- ----- lpicmar | 516.611 418.391 98.221 64.991 33.231 1 --- —--------— + --- —-----— + --- —-----— +- ------— + — -----— + --- —----- Ipinban 1 2746.761 1884.121 862.651 697.771 164.881 --------------------------------------- ---------- ---------- ----- Ipinres 1 6283.411 3539.021 2744.391 2264.191 480.201 4 --- —--------— + --- —-----— + --- ------ ------------- ----- Ipopgra 1 20.101 18.221 1.871 1.171 0.701 1 --- —--------— + --- —-----— + --- —-4 --- — — I Ipoptre 1 165.781 147.481 18.291 14.321 3.971 -------------— + --- —-----— + --- —-----------------—. --- —---------------- Iprupen 1 54.591 44.861 9.741 6.581 3.151 j --- —--------— + --- —-----------------— + --- —-----— + --- —-----— + --- —-- ISTRATUM TOTAL I 9888.001 6116.921 3771.081 3077.291 693.781 ------------------ STAND=41 YEAR=94 STRATUM=2 ------------------------------------- ISPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE ---------------- -------------— + --- —----------- -- lacerub 0.821 0.571..1 0.251 -------------— + --- —-----— + --- —-------------------------------- ----- lamespp 1 69.27| 62.341.1.1 6.941 --------------— + --- —-----— + --- —----- + — -— + --- —-----— + --- —-- |betpap | 1.50| 1.14|.. 0.371 ----------------— + --- —-------------- — + — -— + --- —-----— + --- —-- corcor 1 1.981 1.471..1 0.511 j --- —--------— + --- —----------------— + — ------— + --- —-- Ipicmar 1 162.011 127.601..1 34.411 1 --- —----------------------— + --- —--— + — -— + --- —-----— + --- —--- Ipinban I 2269.721 1841.581..1 428.141 j --- —--------— + --- —-----— + --- —---— + — -— + --- —-----— + --- —-- Ipinres 1 4813.251 3954.911.1.1 858.341 -------------— + --- —-----— + --- —-----— + --- —-----— + --- —-------- ----------— I |popdel | 3.871 2.911.1.1 0.961 1 --- —--------— + --- —-----— + --- —--— + — -— + — -----— + --- —---- Ipopgra I 247.521 189.511..1 58.011 | --- —--------— + --- —-----— + --- —----- -- -— + --- —-----— + --- —-- Ipoptre | 173.221 146.411.1.1 26.821 j --- —--------— + --- —-----— + --- —-----— + — -— + --- —-----— + --- —---- Iprupen 1 5.941 4.611.1.1 1.331 --------------— + --- —-----— + --- —-----— + — --- --------------------- Isalspp 1 367.861 325.501.1.1 42.361 j --- —--------— + --- —-----— + --- —---— + — -— + --- —-----— + --- —---- Ivibcas 1 10.92| 5.181.1.1 5.731 ------------------------- -------------------------------- ----- ISTRATUM TOTAL | 8127.881 6663.711.1.1 1464.161 G-19

------------------ STAND=42 YEAR=92 STRATUM=1 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN BRANCH FOLIAGE I --- —---------------------------— + --- —------- Ipinban I 410.671 248.851 161.811 136.041 25.771 j --- —------------------------------------------------------------------------- lpopgra 1 85.791 75.901 9.891 8.001 1.881 -l -------------------— + --- — + --- —-----— + --- —-----— + --- —------- ISTRATUM TOTAL I 496.461 324.751 171.701 144.051 27.651 ------------------ STAND=42 YEAR=92 STRATUM=2 ------------------------------------- ISPECIES I TOTAL I BOLE I CROWN I BRANCH I FOLIAGE I I --- —------— I --- —----- ---------— + --- —-------- lacerub 1 69.24| 55.981.1.1 13.261 _ --- —----------------------------------------------------------— + --- —----- I Jamespp 1 14.051 12.371..1 1.681 j --- —----------------------------------------------------------— + --- —----- I lbetpap 1 60.25| 52.22|. 8.041 I --- —--------------------------------— + --- —----- I Icorcor 1 34.611 27.691..1 6.921 | --- —-------------------- ------------------------------------- |pinban | 18097.111 14845.32|..1 3251.781 ----- ---------------------------------- ----— + --- —--------------- jpopgra 1 258.411 197.991.. 60.421 I --- —----------------------------------------------------------— + --- —----- I Ipoptre I 0.621 0.491.. 0.131 I --- —----------------------------------------------------------— + --- —----- I |querub 1 583.81| 519.29|.. 64.531 I --- —-------------------------------------------— + --- —----— I Isalspp I 15.861 12.601.1.1 3.261 — R --------- I 19133.9 --- —--------- 723.95 --- —-------- 341001 --- —---- ----- |STRATUM TOTAL | 19133.961 15723.951.1.1 3410.011 G-20

------- STAND=42 YEAR=94 STRATUM=1 ------------------------------------- SPECIES TOTAL BOL CROWN BRANCH FOLIAGE ---------------------— _ --- —-----— + — --- --------------------- lacerub | 226.621 155.011 71.611 65.601 6.011 I --- —------------------------------------------------------ lamespp I 325.791 266.881 58.911 39.821 19.101 -------------— + --- —--------------------------------------------- Ipinban 1 7534.891 5031.461 2503.431 2060.661 442.771 ------------------------------------------------------------------------ popgra 1 16.921 15.261 1.671 1.151 0.521 -------------— + --- —-----— + --- —------------------------------------------- |STRATUM TOTAL | 8104.231 5468.611 2635.621 2167.221 468.40! ------------------ STAND=42 YEAR=94 STRATUM=2 ------------------------------------- SPECIES TOTAL BOLE CROWN BRANCH FOLIAGE | ------------------------------------------------— + --- —-----— + --- —-------- lacerub | 42.65| 34.541.1.1 8.11! 1 --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —----- lamespp 1 395.031 369.581.1.1 25.451 1 --- —--------— + --- —-----— + --- —-----— + — -— + — -----— + --- —----- jbetpap 1 36.80| 31.95|.1.1 4.851 j --- —--------— + --- —-----— + --- —---— + — -— + --- —-----— + --- —----- Icorcor 1 14.741 11.84|.1.1 2.901 -------------------------------------- ----------------------- ---------- Ipinban 1 5889.151 4822.281..1 1066.871 1 --- —--------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ Ipopdel 1 0.21| 0.14|.1.1 0.071 j --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —---------------- Ipopgra 1 168.361 128.291.1.1 40.071 -------------------- --------- ------------ -------------------- Ipoptre 1 5.371 4.421.1. 0.951 --------------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ Iquerub | 570.351 506.511.1.1 63.83! --------------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ Isalspp 1 2.481 1.891.1.1 0.591 -------------------------- --------------------- ------------------ |STRATUM TOTAL | 7125.13| 5911.45|.1.1 1213.68| G-21

------------------ STAND=43 YEAR=92 STRATUM=1 --------------------------- - |SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —---------- -----------------------— + --- —-----— + --- —-------------------- labibal | 60.011 35.711 24.30| 15.62| 8.681 | --- —--------— + --- —-------------------------------— + --- —----— + --- —----- lacerub 1 463.581 350.39| 113.19| 101.94| 11.251 -------------— + --- —_ _ _ _ _ _ ___ --- —-------------------— + --- —------- Ipicgla 1 75.711 44.531 31.181 18.091 13.091 | --- —---------------------------------------------— + --- —-----— + --- —----— I |pinban 1 897.331 603.581 293.761 202.041 91.711 1 --- —--------— + --- —-----------------------------— + --- —-----— + --- —---— I_ Ipinres 1 142921.221 100769.031 42152.191 24725.131 17427.061 -------------— + --- —------------------------------- -+ --- —-----— + --- —--— I lpinstr 1 163.641 130.581 33.071 22.231 10.831 -------------— + --- —-----------------— + --- —----— + --- —-----— + --- —-------!popgra 1 17.761 16.04| 1.721 1.161 0.561 -------------— + --- —-----------------— + --- —----— + --- —---------------- I Ipoptre 1 2910.611 2550.561 360.051 303.641 56.411 ------------— + --- —------------------— + --- —----— + --- —---------------- I STRATUM TOTAL I 147509.87l 104500.411 43009.451 25389.851 17619.601 ------------------ STAND=43 YEAR=92 STRATUM=2 ------------------------------------- |SPECIES TOTAL | BOLE | CROWN | BRANCH FOLIAGE --------------------------— + --- —-----— + --- —-----— + --- —-----— + --- —------- labibal I 21.531 16.42|..1 5.111 -------------— + --- —-----------------— + --- —----— + --- —-+ --- —-+ --- —---— I_ lacerub 1 17.831 13.73|.1.1 4.101 -------------— + --- —-----------------— + --- —-----------------— + --- —----— I lamespp 1 9.231 7.961.1.1 1.261 -------------— + --- —--------------------------------— + --- —-_ ---++ --- —---— _ I Ibetpap 1 17.90| 14.651.1.1 3.251 -------------— + --- —-----------------— + --- —----— + --- —-+ --- —-— + --- —-— I corcor 1 16.781 13.291.1.1 3.491 -------------— + --- —-----------------— + --- —----— + --- —— + ----+ --- —----— I_ Ifaggra 1 0.231 0.171.1.1 0.071 -------------— + --- —-----------------— + --- —----— + --- —-----— + ----+ --- —-I Ipicgla 1 7.741 5.591.1.1 2.151 1 --- —--------— + --- —-----------------— + --- —----— + --- —-----— + ---+ --- —— I Ipoptre 1 43.781 35.741.1.1 8.041 j --- —--------— + --- —-----------------— + --- —----— + --- —-+ --- —_ — --------— I Iprupen 1 0.341 0.261. I. 0.081 -------------— + --- —------- ----------— + --- —-----— + --- —-----— + --- —----- I. Ipruser 1 9.961 7.731.1.1 2.231 -------------— + --- —-----------------— + --- —----— + --- —-----— + --- —- ----— I Isalspp 1 35.721 29.741.1.1 5.981 + --- —--------------------------------— + --- —----— + --- —-----— + --- —----- I Ivibcas 1 96.131 56.161.1.1 39.981 + --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —--— I-1 STRATUM TOTAL | 277.17| 201.43|.|.| 75.741 G-22

------------------ STAND=44 YEAR=92 STRATUM=1 ------------------------------------ SPECIES TOTAL BOLE CROWN BRANCH FOLIAGE I --- —---------- ---------------------------------— I --- —----------- |abibal | 424.571 245.81| 178.761 121.381 57.381 ------------------------------------------------------------------------- lacerub | 81.80| 56.451 25.351 22.621 2.741 -------------— + --- —----------------------------------------- Ibetpap 1 11927.34| 8676.611 3250.74| 3027.10| 223.641 -----------------------------------— + --- —------------------------ Ipicgla 1 1115.911 721.951 393.961 214.94| 179.031 -------------------------- ------------------------ ----- ----- Ipicmar 1 76131.20| 62219.03| 13912.161 10986.751 2925.411 ------------------------------------------------------ -------- Ipinres 1 474.551 347.801 126.74| 76.441 50.301 ------------------------------------- ------------------------------------ Ipoptre 1 25125.841 21510.00| 3615.841 3249.761 366.081 I --- —--------— + --- —---— + --- —-----— + --- —-----— + --- —-----— + --- —----- Ithuocc | 922.631 576.321 346.311 229.321 116.991 ++ --- —--------— + --- ------------------------------- --------- ISTRATUM TOTAL I 116203.841 94353.971 21849.871 17928.301 3921.561 ------------------ STAND=44 YEAR=92 STRATUM=2 ------------------------------------- SPECIES I TOTAL I BOLE CROWN I BRANCH I FOLIAGE I --- —------ -I --- —-------------- -------- ----- ------------------------------- |abibal | 1234.801 917.96|.1.1 316.841 I --- —-------------------------------— + --- —-------------------- lacerub 1 659.761 531.63|.1.1 128.131 I --- —-------— + --- —------------------------------------------------- lalnrug 1 18.871 14.851..1 4.021 + --- —-------- ----------------------- + — -— + — -— + --- —----- lamespp 1 12.851 11.671.1.1 1.181 --------------— + --- —-----— + --- —--- -+ — -— +- -----— + --- —------ betpap | 50.451 40.11|.. 10.341 1 --- —--------— + --- —-----------------------------— + --- —-- -— + --- —---- Icorcor | 0.321 0.231.1.1 0.091 I --- —--------— + --- —-----— + --- —--— + — -— + --- —+ --- —-- faggra 1 1.181 0.951.1.1 0.241 I --- —--------— + --- —---------------------------------------------- ilever 1 1.261 0.931.1.1 0.331 I --- —---------------------------------------------— + --- —------- lonspp 1 8.831 4.231.1.1 4.611 I --- —----------------------------------------------------------- Ipicmar 1 134.641 104.801..1 29.841 --------------— + --- —-----— + --- —--- -+ --- —-----— + --- —-----— + --- —-- |popbal | 0.241 0.17|.1.1 0.071 I --- —--------— + --- —-----------------— + --- —---— + --- —-------- Ipoptre 1 8.391 6.911.~.1 1.481 1 --- —----------------------— + --- —--- + — -— + — -— + --- —-- Isalspp 1 10.671 9.001.1.1 1.671 j --- —--------— + --- —-----— + --- —--- -+ — -— + — -— + --- —-- Isorame | 0.591 0.501.1.1 0.081 I --- —--------— + --- —---— + --- —---— + — -— + --- —+ --- —-- Ivibcas | 235.151 134.811.1.1 100.331 + --- —--------— + --- —-----— + --- —- — + — -— + — -— + --- —----- STRATUM TOTAL I 2378.001 1778.751.~.I 599.251 G-23

---------- STAND=45 YEAR=92 STRATUM=1 ------------------------------------- ISPECIES TOTAL BOLE CROWN BRANCH FOLIAGE I --- —---------- ----------— + --- —------------------ labibal 552.351 252.521 299.831 206.971 92.861 --------------------------------------- ---------- --------------------- lacerub 89.631 62.361 27.281 24.791 2.491 -------------------------— + — ---------------------------— + ---— I lamespp 1 63.691 52.421 11.271 6.731 4.541 j --- —---------------------------------— + --- —---------------------- Ifaggra 1 1050.571 787.921 262.651 228.521 34.121 -----------— + --- —-------------- ------------ ------— + --- —-- Ipoptre | 80.571 72.181 8.391 6.221 2.171 ------------------------------------------------ ----------- ---------- |STRATUM TOTAL | 1836.821 1227.411 609.411 473.231 136.181 ------------------ STAND=45 YEAR=92 STRATUM=2 ------------------------------------- SPECIES | TOTAL | BOLE | CROWN BRANCH FOLIAGE I --- —-----— + --- —------------------ labibal 122.311 98.251.1.1 24.061 1 --- —--------------------— + --- —---------— + --- —---- |acerub 1 546.731 434.201.1.1 112.521 _ --- —--------— + --- —-----— + --- —---------— + --- —----- acesac 1 65.971 52.951..1 13.031 ---------------------------— + --- —--- -+ — -— + — -— + --- —-- amespp 1 352.411 307.051.1.1 45.361 _ --- —--------— + --- —-----— + --- —---------— + --- —---- Icorcor 1 3.16| 2.521..1 0.641 I --- —--------— + --- —-----— + --- —----- + — -— + — -— + ----- faggra 1 4.101 3.401.1.1 0.711 | --- —--------— + --- —-----— + --- —---— + — -— + — -— + --- —-- Ipinstr 1 65.241 51.891..1 13.351 I --- —-------------------— + --- —---------------------------- Ipopgra 1 806.861 600.141.1.1 206.721 I --- —--------— + --- —-----— + --- —--- -+ — -— +- ------— + --- —------ Ipoptre 1 1614.86| 1324.311.. 290.561 I --- —--------— + --- —-----— + --- —--- -+ — -— + — -— + --- —-- Iprupen 1 158.801 123.361.1.1 35.441 I --- —--------— + --- —-----— + --- —---— + — -— + — -— + --- —-- Ipruser 1 26.491 20.571..1 5.921 I --- —--------— + --- —-----— + --- —---— + — -— + — -— + --- —----- Ipruspp I 57.691 44.811..1 12.881 -------------------------------------------------------------------------- |STRATUM TOTAL | 3824.621 3063.451.I.I 761.171 G-24

------------------ STAND=45 YEAR=94 STRATUM=1 -------------------- SPECIES | TOTAL BOLE I CROWN BRANCH FOLIAGE I I --- —--------— I --- —---------------------- -------- labibal 1161.161 561.411 599.751 415.481 184.271 I --- —--------— + --- —------— + ---- -+ --- — + — ------------— I |acerub I 77.331 50.161 27.161 24.801 2.361 ---------------------------------------- ---- Ifaggra I 4813.551 3671.811 1141.741 1077.191 64.551 1 --- —--------— + --- —-----— + --- —--— + --- — + --- --— + --- — Ipopgra I 47.881 42.891 5.001 3.711 1.28 -------------------------— + --- —-------------- --- Ipoptre I 175.791 158.651 17.141 11.551 5.591 1 --- —------------------------------— + --- — + --- — + --- —-— I |STRATUM TOTAL | 6275.711 4484.921 1790.791 1532.731 258.061 ------------------ STAND=45 YEAR=94 STRATUM=2 ------------------------------------- ISPECIES | TOTAL | BOLE CROWN I BRANCH I FOLIAGE | I --- —------------------------------- labibal 9.10| 6.651.1.1 2.441 I --- —----------------------------------------- -----------------— j --- —-- lacerub | 798.721 645.331.1.1 153.391 I --- —------— + --- —--------------- -+ --- —+ --- — ----------— I lacesac 1 79.561 65.361.1.1 14.201 I --- —--------— + --- —------------- -+ --- — + --- — + -----— I lamespp 1 696.641 611.331.1.1 85.311 I --- —-------— + --- —----------------— + --- — + --- — + --- —--- I Ifaggra 1 16.211 14.091.1.1 2.111 I --- —------------------------------ -+ --- — + --- — + --- —-— I Ilonspp 1 2.851 1.351.1.1 1.511 -----------— + --- —----------------— + --- — + --- — + --- —-— I Ipopgra 1 1396.901 1060.201..1 336.701 ---------------------------------------------- ------— + --- —-----------— I Ipoptre 1 3483.481 2898.711.1.1 584.761 I --- —------------------------------------------------------------- ----- Iprupen I 986.80| 765.491..1 221.311 I --- —--------— + ----------------------------------- - -- -- -— I Itilame | 5.091 4.031..1 1.061 ----------------------------- ------ ------ ----- ISTRATUM TOTAL | 7475.341 6072.551.1.1 1402.791 G-25

------------------ STAND=46 YEAR=93 STRATUM=1 --------------------------------- |SPECIES I TOTAL I BOLE | CROWN | BRANCH I FOLIAGE | I --- —--------- _ --- —----------------------------- labibal 1 1422.431 867.061 555.371 380.541 174.841 -— + + + + --- —------------- -- ---- ---------------------------------- |acerub I 94356.771 72873.201 21483.581 20417.091 1066.481 I --- —-------------------------------- ---------------------------------- lacesac 1 331.711 275.131 56.591 51.371 5.221 ------------------------— + --- —--------------------- ----- Ibetall I 64312.231 52161.63| 12150.601 11622.65| 527.961 j --- —---------------------------------------------------------------------- I Ifaggra I 83071.141 65139.471 17931.671 16871.581 1060.091 I --- —---------------------------------------- ---------------— + --- —----- I |picgla I 74.651 44.871 29.781 17.231 12.551 ------- ---- + + --- —------------------------ ------------------------- Ipinstr I 2844.091 2583.761 260.321 192.401 67.921 ----------— + --- —------------------— + ----- Itsucan I 26471.101 20807.231 5663.871 4214.061 1449.811 — + --- —------------------------------------------- |STRATUM TOTAL I 272884.131 214752.341 58131.791 53766.911 4364.881 ------------------ STAND=46 YEAR=93 STRATUM=2 ------------------------------------- SPECIES I TOTAL | BOLE | CROWN I BRANCH FOLIAGE | jII --- —------------------- ---- ---------------------------------- labibal I 266.961 199.471.1.1 67.491 I --- —---------------------------------------------------------— + --- —----- I |acerub I 97.131 78.571.1.1 18.561 j --- —--------------------------------------------------------— + --- —------- lacesac 1 4.201 3.241..1 0.961 I --- —-----— + --- —-----— + --- —-----— + --- —----- I |betall 1 23.061 19.40|.1.1 3.671 I --- —---------------------------------------— + --- —---------— + --- —----- I Ifaggra I 1496.601 1265.001.1.1 231.601 1 --- —---------------— + --- —---------------------— + --- —-----— + --- —----- I Iloncan I 7.501 4.221.1.1 3.271 I --- —----------------------------------------------------------— + --- —----- I |picgla 1 19.291 14.9811. 1 4.31 j --- —-------------------------------- ---------— + --- —-----— + --- —----- I Ipinstr I 68.491 55.571.1.1 12.921 + --- —---— + --- —-----------------------------— +++ --- —--------------- Isorame I 0.551 0.461..I 0.091 I --- —---------------------— + --- —------- Itsucan I 6.981 4.771.1.1 2.201 -------------------------— + --- —------------------ ----- |STRATUM TOTAL I 1990.751 1645.681.|.| 345.071 G-26

- STAND=47 YEAR=92 STRATUM=1 ------------------------------ SPECIES | TOTAL | BOLE | CROWN BRANCH FOLIAGE I --- —------ --- ---------- labibal 3841.821 2148.651 1693.171 1108.141 585.041 -------------— + --- —-----— + --- —--- ----------- ----- ------------- lacerub | 5331.671 4038.491 1293.181 1188.581 104.611 1 --- —--------— + --- —-----— + --- —-----— + — -— + --- —---------------- lacesac 1 2690.541 1960.611 729.931 665.771 64.161 -------------— + --- —--- ----------- ------------------------------------ Ibetall 1 305.301 241.141 64.151 58.021 6.131 -------------— + --- —------------------------------------------------- Ibetpap 1 2141.811 1607.671 534.141 481.341 52.801 i --- —--------— + --- —-----— + --- —--- -+ — -— + — -— + --- —----- Ifraame 1 318.401 256.021 62.381 50.441 11.941 1 --- —--------— + --- —-----— + --- —-----— + --- —-----— + — -----— + --- —----- Ifranig | 88.401 68.271 20.131 16.751 3.381 I --- —------------------ ------------------------------------------ lostvir 1 147.281 120.911 26.381 16.251 10.131 j --- —--------— + --- —-----— + --- —--- -+ — -— + --- —-----— + --- —-- |picgla 1 1301.121 720.851 580.271 330.541 249.731 --------------------------------------------- ----- ------------- jpopbal 1 91.691 81.881 9.811 7.471 2.341 -------------— + --- —----------------------------------------------- |popgra 1 784.341 699.971 84.361 64.451 19.911 I --- —— + --- —-------------- ---------- |poptre 1 71677.011 62817.571 8859.431 7423.071 1436.371 I --- —--------— + --- —-----— + --- —---— + — -— + — -----— + --- —----- Isalspp 1 47.471 42.901 4.571 3.041 1.541 -------------------------------------------------------------------------- |STRATUM TOTAL | 88766.84! 74804.92! 13961.92! 11413.86! 2548.06! G-27

------------------ STAND=48 YEAR=92 STRATUM=1 ------------------------------------- ISPECIES TOTAL I BOLE I CROWN | BRANCH | FOLIAGE | I --- —---------- ----------— + --- —---------------- — + --- —-----— + --- —------- labibal | 12105.311 7161.151 4944.171 3394.821 1549.351 1 --- —--------— + --- —-----------------------------— + --- —-----— + --- —-----— I lacerub 1 35674.981 28203.361 7471.621 6882.591 589.021 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I lacesac 1 11449.611 8999.801 2449.811 2257.361 192.451 j --- —------------------------------------------------------- ------------------ jamespp I 9.221 7.561 1.671 0.821 0.851 l --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —------- Ibetall | 11473.351 9170.241 2303.111 2141.151 161.961 ---------------------------------------------------------------— + --- —---- --- |betpap 1 16300.27| 13099.641 3200.64| 2908.321 292.321 --------------------- ----------— + --- -------— + --- —----— + --- —-- Icorcor 1 148.221 76.011 72.211 66.891 5.321 I --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— I Ifaggra 1 3725.181 2933.791 791.391 723.541 67.851 I --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —------------------ I Ifraame 1 1645.841 1390.721 255.121 226.241 28.881 j --- —--------— _ --- —-----------------— + --- —------— + --- —------------------- I Ipicgla 1 2462.241 1378.261 1083.981 616.771 467.221 -------------------------— + --- —----------------------------- -— + --- —---- -- jpopgra 1 1807.161 1568.311 238.851 207.701 31.151 1 --- —--------— + --- —----— + --- —---------------— + --- —------------------ Ipoptre 1 38248.30| 32803.681 5444.621 4868.791 575.821 ------------— + --- —-----— + --- —------------------------------— + --- —------ 1prupen 1 31.991 26.291 5.701 3.841 1.861 -------------------------— + --- —-----— + --- —-------------------------------- I Itsucan 1 60.171 23.801 36.381 24.691 11.691 j --- —--------------------— + --- —-------------------------------------------— I ISTRATUM TOTAL i 135141.851 106842.601 28299.251 24323.501 3975.751 ------------------ STAND=48 YEAR=92 STRATUM=2 ------------------------------------- JSPECIES | TOTAL I BOLE | CROWN | BRANCH FOLIAGE | I --- —-----------------— + --- —-----— + --- —-----— + --- —-----— + --- —------- labibal I 1510.79| 1151.521.1.1 359.271 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I |acerub 1 356.031 286.711.1.1 69.311 -------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I lacesac 1 202.491 161.081..1 41.401 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I lamespp 1 8.551 7.661.1.1 0.891 --------------------- ----------— + --- ---- -------------------------— I |betall | 120.18| 102.381.1.1 17.801 + --- —--------------------— + --- —-------------------------------— + --- —---- |betpap 1 6.491 5.30|.1.1 1.191 I --- —-------— + --- —-----— + --- —-----— + --- —----— + --- —-----— + --- —-----— I Icorcor 1 41.451 33.291..1 8.161 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I Ifaggra 1 21.171 17.661..1 3.511 l --- —--------— + --- —-----------------— + --- —----— + --- —-----— + --- —------- Ifraame 1 14.091 11.231.1.1 2.871 -------------------------— + --- —-------------------------------— + --- —---- - |franig | 0.881 0.701.1.1 0.191 I --- —------------------— + --- —-— + --- —-----— + --- —------------------— I lilever 1 0.491 0.351.1.1 0.141 ^_ --- —-------— + --- —-----— + --- —------------------— + --- —-----— + --- —------- - - + --- —|picgla | 9.391 6.761.1 2.631 1 --- —----------------------------------— + --- —-----— + --- —-----— + --- —-------- ------------ ---— + --- —----- -— + — Ipopgra I 1 0.241 0.171.1.1 0.071 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I lpoptre 1 10.741 8.991.1.1 1.751 I --- —-----— + --- —-----------------------------— + --- —-----— + --- —----- I |thuocc I 4.101 2.98|.1.1 1.121 I --- —-------- ------ ------------— G-2 --- —G-28

Itsucan 1 26.641 20.401.1.1 6.241 -------------— + --- —---— + --- —-----— + --- —------------- I |STRATUM TOTAL | 2333.711 1817.201.I.| 516.511 ------------------ STAND=49 YEAR=92 STRATUM=1 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I — ----------- ------- ----— I --- ---------— + --- —-------— + --- —--------- |amespp | 39.74j 32.721 7.031 4.361 2.661 I --- —--------------------— + --- —-----— + --- —-----— + --- —-----— + --- —----— I |popgra 1 115.221 103.871 11.351 7.831 3.521 j --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I Ipoptre 1 485.161 438.071 47.091 31.721 15.371 --------------------------------------------------------- -----— + --- —------- |STRATUM TOTAL | 640.131 574.661 65.471 43.911 21.561 ------------------ STAND=49 YEAR=92 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN I BRANCH I FOLIAGE | I --- —---------------------— + ----- ---- ---------— + --- ------------ lacerub I 94.591 73.381.1 1 21.211 -------------------------— + --- —-----— + --- —-----— + --- —-----— + --- —----— I lacesac 1 133.201 102.271.1.1 30.931 j --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —---— I lamespp 1 319.791 286.481..1 33.311 j --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —----— I Ipopgra 1 1321.391 1016.111.1.1 305.281 I --- —-------— + --- —----— + --- —-----— + --- —----— + --- —-----— + --- —----— I Jpoptre 1 5011.131 4165.911.1.1 845.221 j --- —--------— + --- —-----— + --- —-----— + --- —----— + --- —-----— + --- —----— I |prupen 1 3430.441 2659.811.1.1 770.631 -------------— + --- —-----— + --- —-----— + --- —-----— + --- —----------------— I Ipruser 1 390.981 303.181.1.1 87.801 -------------— + --- —-----— + --- —------— + --- —----— + --- —-----— + --- —------- Ipruvir 1 26.291 20.381.1.1 5.911 I --- —--------------------— + --- —-----— + --- —-----------------— + --- —----— I|sampub | 13.041 7.641.1.1 5.411 ------------------------- ------— + --- —----------------------------- |STRATUM TOTAL | 10740.851 8635.151.|.| 2105.701 G-29

------------------ STAND=49 YEAR=94 STRATUM=1 ------ --------------- SPECIES | TOTAL | BOLE CROWN | BRANCH FOLIAGE | L --- —----------------------—. --- —- ----- -------- ---------- lacerub I 75.981 41.88| 34.101 31.93| 2.171 -------------------------------------------------------- ----- lamespp I 251.731 204.651 47.081 22.801 24.281 I --- —------------------------ ----------— + --- —------------- Ifaggra I 136.961 99.021 37.941 32.661 5.281 I --- —-----------------— + --- —---------— + --- —------ Ipopgra I 1020.721 920.121 100.601 69.361 31.241 -------------------------------------— + --- —------------------— + --- —-----— + --- —------------------- |poptre I 5137.221 4635.571 501.661 340.281 161.371 -- --------------------------------------------— + --- —-------------------— I Iprupen I 544.171 443.231 100.941 46.511 54.431 j --- —--------— + --- —-----— + --- —-----— + --- —--------------------------- ISTRATUM TOTAL | 7166.781 6344.471 822.321 543.541 278.771 ------------------ STAND=49 YEAR=94 STRATUM=2 ------------------------------------- ISPECIES | TOTAL I BOLE CROWN | BRANCH I FOLIAGE I --- —---------- ----------— + --- —------------------------------------------- lacerub I 121.781 94.041..1 27.741 ( --- —--------— + --- —-----— + --- —-----------------— + --- —-----— + --- —------- lacesac 1 362.901 279.151.1.1 83.751 j --- —--------— + --- —-----— + --- —--------------- ------ ----------!amespp 1 1617.511 1478.981.1.1 138.531 ---- --- ----------------------------— + --- —-------— + --- —-----— I lonspp 1 15.671 6.881.1.1 8.781 --------------— + --- —------------------— + --- —-----— + --- —-----— + --- —------- [popgra 1 1318.671 1015.741.1.1 302.931 - ------------------------------------------— + --- —-------— + --- —-----— I Ipoptre 1 4482.381 3738.291.. 744.091 - --------------------------------------------— + --- —-------— + --- —-----— I Iprupen 1 3521.931 2729.941.1.1 791.991 --------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —------- Ipruser 1 20.571 15.971.1.1 4.611 ------------— + --- —----— + --- —------ -------------------------- Isalspp 1 24.051 19.901.1.1 4.151 ---------------------------------- ----------- ----- ------------- ISTRATUM TOTAL | 11485.46| 9378.881.|.1 2106.581 G-30

--------- — STAND=50 YEAR=92 STRATUM=1 ------------------- ISPECIES TOTAL BOLE | CROWN I BRANCH FOLIAGE I I --- —---------------— + + — -------- lacerub 9877.781 7589.711 2288.071 2124.081 163.991 --------------------------------------------------------------- ----- lacesac 1 11924.651 9018.961 2905.691 2702.481 203.211 I --- —--------— + --- —----------------------------— + ------- --------- Ifaggra 1 3127.711 2412.571 715.141 641.781 73.361 1 --- —--------— + --- —-----— + --- —--- - --------- Ipicgla 1285.601 773.391 512.211 280.291 231.921 -------------------------------------------------- ------------- Ipinres 1 69636.821 48767.901 20868.921 13324.621 7544.301 I --- —------- --------- -----------— + ----- Ipopgra 1 3012.291 2584.94| 427.351 382.271 45.081 --------------------------— + --- —-------------— + --- —------- Ipoptre 1 2311.421 1982.681 328.751 294.371 34.381 1 --- —-------------------------------------------------------- STRATUM TOTAL | 101176.281 73130.151 28046.131 19749.901 8296.231 ------------------ STAND=50 YEAR=92 STRATUM=2 ------------------------------------- ISPECIES | TOTAL | BOLE | CROWN I BRANCH FOLIAGE I ----_ --- —---- -------------------------------------------- — + --- —-- |abibal 7.241 5.401..1 1.831 I --- —----- --------------------------------------- - -- - - -— I lacepen 1 1.021 0.761..1 0.251 j --- —-------— + --- —--------------- -+ — -— + — -— + --- —--— I |acerub 1 358.28| 281.18|.1.1 77.091 ------------------------ ------------ --------------------— + --- —--------- lacesac 1 325.111 269.621.1.1 55.491 I --- —--------------------------------— + --- —------------------- |amespp 1 29.641 25.731.1.1 3.911 I --- —-------— + --- —----— + --- —----— + --- —-------------------- Ifaggra 1 37.541 30.411.1.1 7.131 ----------------------------— + --- —- — + — -— + — -— + --- —-- Iloncan 1 3.361 1.851.1.1 1.511 1 --- —--------— + --- —-----— + --- —--- -+ — -— + — -— + --- —-- Ipinres 1 1.151 0.741..1 0.411 I --- —--------------------------------— + --- —--------------------- Ipopgra 1 76.101 55.761.. 20.341 I --- —-------------------------------— + --- —------------------------ Jpoptre 1 13.121 10.261..1 2.861 ---------------------------------------------------------------— + --- —------- Ipruser 1 7.631 5.921.1.1 1.701 --------------------------------------------------- +-+ --- —---- |STRATUM TOTAL | 860.201 687.651.1.1 172.551 G-31

------------------ STAND=51 YEAR=92 STRATUM=1 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH | FOLIAGE | I --- —---------- ---------— + --- —-------------------------------------------- lacerub | 365.751 235.431 130.321 120.14| 10.181 1 --- —--------— + --- —-----— + --- —------------------------------— + --- —----!betpap 1 383.061 261.23| 121.831 99.151 22.681 I --- —--------------------— + --- —----— + --- —----— + --- —-----— + --- —-----— I lpinban 1 6157.071 4140.051 2017.021 1489.811 527.211 j --- —---------— + --- —----— + --- —-------------------------— + ----+ --- —---- - [pinres 1 28338.621 16011.311 12327.311 9805.671 2521.641 I --- —--------------------------------— + --- —-------------------— + --- —------- |pinsyl 1 20.281 12.781 7.501 4.691 2.811 -------------— + --- —-----------------— + --- —----------------------------------- |popgra | 34.271 30.871 3.401 2.371 1.031 ------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I lpoptre 1 7.771 7.021 0.751 0.511 0.251 ------------— + --- —-----— + --- —-------------- ----— + --- —------— + --- —-----— I |querub | 64.971 38.221 26.751 22.50| 4.251 i --- —------------------------------— + --- ---- --------------------------- I ISTRATUM TOTAL | 35371.801 20736.921 14634.881 11544.841 3090.041 ------------------ STAND=51 YEAR=92 STRATUM=2 ------------------------------------- [SPECIES TOTAL I BOLE | CROWN BRANCH FOLIAGE | ----- ------ -----------------------— + --- —-----— + --- —------------------- lacerub | 763.62| 621.111.1.1 142.511 1 --- —--------------------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I Iamespp 1 17.611 15.411.1.1 2.201 j --- —--------— + --- —-----------------— + --- —----— + --- —-----— + --- —------- |betpap 1 15.261 12.301.1.1 2.961 -------------— + --- —-----------------— + --- —----— + --- —-----— + --- —------- lpinban 1 268.05| 210.92|.1.1 57.131 I --- —-------— + --- —-----— + --- —-----— + --- —----— + --- —-----— + --- —-----— I Ipinres 1 242.791 195.301.1.1 47.491 l --- —-------------------— + --- —-----— + --- —-----— + --- —-----— + --- —------- I --- —-— + --- —— +- - -- - -- - -- - - jpinstr 1 15.111 11.621.1.1 3.481 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —------- Ipopgra 1 266.511 205.451.1.1 61.061 -------------— + --- —-----— + --- —------— + --- —----— + --- —-----— + --- —-----— I Ipoptre 1 68.361 55.931.1.1 12.431 I --- —--------------------— + --- —-----— + --- —----— + --- —-----— + --- —-----— I [prupen 1 67.411 52.341.1.1 15.071 j --- —--------— + --- —-----— + --- —-----— + --- —----— + --- —-----— + --- —-----— I STRATUM TOTAL I 1724.711 1380.381.1.1 344.321 G-32

---------- STAND=51 YEAR=94 STRATUM=1 ------------------------------------- ISPECIES TOTAL BOLE CROWN | BRANCH FOLIAGE I --- —------------------------- |acerub 89.921 64.22| 25.701 23.191 2.521 -------------— + --- —---------------- ------- ----------------- |betpap | 52.601 34.421 18.191 13.221 4.97 -------------— + --- —----- ---------------- --------— + — ------- |pinban | 3778.981 2972.691 806.291 596.741 209.551 4 --- —--------— + --- —---- + --- —-------------------------------------------— I (pinres 1 44080.961 33000.991 11079.971 7377.831 3702.151 I --- —-------- ------------— + --- —-- -+ --- -----— + --- —------ ISTRATM TOTAL 48002.481 36072.321 11930.161 8010.97| 3919.191 ------------------ STAND=51 YEAR=94 STRATUM=2 ------------------------------------- SPECIES | TOTAL | BOLE | CROWN BRANCH FOLIAGE | --------------- ------------------------------------ lacerub | 731.96| 597.591.1.1 134.361 -------------— + --- —-----— + --- —---- -+ --- — + --- -----— + --- —------ acesac 1 122.851 99.201.1.1 23.64! + --- —--------— + --- —-----— + --- —--- -+ ---— + --- —--------------- lamespp 1 2.781 2.391.1.1 0.391 --------------— + --- —----- ----------— + --- —----------------- Ibetpap 1 5.651 4.511. 1.14! 1 --- —--------— + --- —-----— + --- —-----— + --- —--— + --- —---- ----- Ipinban 1 105.63| 82.931.1.1 22.701 1 --- —------------------------------- -+ — -— + --- -----— + --- —------ Ipinres 1 287.491 231.68|.1.1 55.801 1 --- —--------— + --- —-----— + --- —-----— + --- —--— + --- —---- ----- Ipinstr 1 26.821 20.691.1.1 6.13! j --- —--------------------— + --- —---------— + --- —-----— + --- —------ Ipopgra 1 161.45| 125.421.1.1 36.031 l --- —--------------------— + --- —------— + --- -----— + --- —------ Ipoptre 1 11.061 8.961.1.1 2.091 j --- —--------------------— + --- —------— + --- -----— + --- —------ ISTRATUM TOTAL | 1455.671 1173.381.1.| 282.301 ------------------ STAND=52 YEAR=93 STRATUM=1 --- —-------------------------------- ISPECIES I TOTAL BOL CROWN I BRANCH FOLIAGE | -II ---_ --- —--------------------------------------------- + --- —--- Ipinban 22593.811 17115.861 5477.951 3844.941 1633.01! j --- —--------— + --- —-----— + --- —------— + --- —---------------- Ipinband | 12128.02| 9004.131 3123.891 2156.77! 967.12! j --- —--------— + --- —-----— + --- —-----------------— + --- —---------------- Ipinres I 42765.901 27364.121 15401.781 10327.411 5074.371 j --- —------— + --- —-----— + --- —--— + --- — + --- -----— + --- —------ |STRATUM TOTAL I 77487.731 53484.111 24003.62| 16329.12| 7674.501 ------------------ STAND=52 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN I BRANCH I FOLIAGE -------------— I --- —----------------- -+ --- — + --- —--------------- lamespp I 4.101 3.691.1.1 0.411 1 --- —--------— + --- —----— + --- —--— + --- —-- --------- Ipinban I 97.881 78.591..~ 19.291 j --- —------— + --- —----------------------------— + --- —------- Ipinband 1 87.811 70.441.[.1 17.371 j --- —--------------------— + --- —-----— + --- —-----— + --- —---------------- |STRATUM TOTAL I 189.79| 152.72|.1.| 37.071 G-33

------------ -- STAND=53 YEAR=93 STRATUM=1 ------------------- ISPECIES | TOTAL BOLE CROWN | BRANCH FOLIAGE | I --- —---------- ----------------------------------------- ------------------ labibal 1474.541 847.981 626.56| 418.201 208.371 I --- —-------— + --- —------— + --- —-----— + --- —-----------------— + ---|acerub 1 34876.811 27242.881 7633.931 7013.27| 620.661 -------------— + --- —--------------------------------------------- acesac 1 6369.551 5055.311 1314.251 1197.531 116.721 ----------------— + — ---— + --- ---------- ----- lamespp 1 46.531 38.181 8.351 4.561 3.791 ------------------------- ------------------------------------- ----- Ibetpap | 9632.67| 7549.631 2083.04| 1863.03| 220.011 ---------------------------------------------------— + --- —--- Ipicgla 1 2399.481 1216.391 1183.091 682.661 500.421 I --- —--------------------------------— + --- —---------------— + ---+ --- — Ipinban 1 1924.921 1444.921 479.991 321.121 158.871 I --- —--------------------------------— + --- —---------— + --- —-—. ----- Jpinband | 1326.31| 1031.78| 294.53| 192.711 101.831 1 --- —--------— + --- —----— + --- —---------— + --- —----- Ipinres 1 280.941 191.851 89.091 63.921 25.171 I --- —--------— + --- —----— + --- —-------------- ---— + --- —------- Ipinstr 1 3361.791 2972.441 389.351 276.801 112.561 -------------— + --- —---------------------------------------- ----- Ipopgra 1 61535.801 52986.751 8549.051 7588.661 960.391 --------------------------------------------— + ---+ --- —------ Ipoptre 1 5423.921 4704.761 719.171 625.921 93.241 -------------— + --- —---------------------------------------- ----- Ipruser 1 3.341 2.681 0.671 0.231 0.441 -------------------------— + --- —------------------------------- |querub | 284.69| 200.97| 83.72| 70.60| 13.12| -------------------------------------------------------------- ---- ISTRATUM TOTAL | 128941.301 105486.521 23454.781 20319.191 3135.591 ------------------ STAND=53 YEAR=93 STRATUM=2 ----------------------------------- |SPECIES TOTAL | BOLE | CROWN | BRANCH FOLIAGE I --- —---------- ----------— + --- —--- -+ — -— + --- —-----— + --- —----- |abibal 811.10| 631.26|.1.1 179.831 ------------------------------------------------------------- -- |acerub | 422.791 349.541.1.1 73.251 -------------— + --- —-----— + --- —-----— + --- —-----— + — -------------- lacesac 1 76.701 61.551.1.1 15.141 ------------------------------------------------------------ ------- lamespp 1 100.761 90.371..1 10.391 ----------------------------— + --- —- — + — -— + ------— + --- —------ Icorcor 1 54.991 43.111.1.1 11.881 + --- —----------------------— + --- —--- -+ — -— + — -— + --- —-- Ifaggra | 0.211 0.151.1.1 0.061 1 --- —--------— + --- —---------------------------- ------------ Ipicgla 1 52.651 41.821..1 10.831 [ --- —--------— + --- —-----— + --- —------- ------— +- -----— + --- —----- Ipinban 1 7.871 5.901..1 1.971 j --- —-------— + --- —-----— + --- —---— + — -— + — -— + --- —-- Ipinstr 1 131.00| 107.141.1.1 23.861 1 --- —--------— + --- —-----— + --- —---— + — ------— + --- —-- Ipopgra 1 1.671 1.241.1.1 0.431 1 --- —--------— + --- —-----— + --- —---— + --- —-----— + ---- -— + --- —------ Ipoptre 38.131 31.851..1 6.281 i --- —--------— + --- —-----— + --- —---— + --- —-----— + --- —---— + --- —--- jquerub 1 8.251 6.931.*.1 1.321 I --- —--------— + --- —-----— + --- —----- + — -— + --- —-----— + --- —----- Isalspp | 1.571 1.241.1.1 0.331 -------------------------------------------------------------- |STRATUM TOTAL | 1707.681 1372.101.1.1 335.581 G-34

ISPECIES | TOTAL | BOLE CROWN BRACH FOLIAGE | I --- —------------------ ---------— I --- —--— + --- —------------------— I Ipinban I 13197.531 10728.231. 1. 2469.301 I --- —--------— + --- —-----------------— + --- —-------------------------------- -- |STRATUM TOTAL | 13197.53 | 10728.23 |.. | 2469.30 1 G-36

------------------ STAND=54 YEAR=93 STRATUM=1 ----------------------------- - ISPECIES | TOTAL | BOLE | CROWN | BRANCH I FOLIAGE | I --- —--------------------— + --- —----------------------------------------- Ipinban | 272.551 156.061 116.491 99.081 17.411 I --- —-------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-------- ISTRATUM TOTAL I 272.55|1 156.061 116.491 99.081 17.41j ------------------ STAND=54 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES I TOTAL I BOLE I CROWN I BRANCH FOLIAGE | I_ --- —---------------------------------------------- -- ------------- ----------- Ipinban I 11239.531 9159.721.1.1 2079.801 1 --- —--------— + --- —-----— + --- —-------------------------— + --- —----------- lpinband 1 199.231 163.581.1.1 35.661 j --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— j |STRATUM TOTAL I 11438.761 9323.301.1.1 2115.461 ------------------ STAND=54 YEAR=94 STRATUM=1 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I ----------— I --- —---- ------- -— + --- —-----— + --- —------ jpinban 1 1773.911 1084.751 689.161 582.451 106.721 j --- —--------------------------------— + --- —-----— + --- —-----— + --- —-----— I |STRATUM TOTAL I 1773.911 1084.751 689.161 582.451 106.72| ------------------ STAND=54 YEAR=94 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN I BRANCH I FOLIAGE | --------------- ---------------- ----------— + --- —------- Ipinban I 8946.841 7289.791.1. I 1657.051 _ --- —--------------------------------— + --- —------------------— + --- —-----— I |STRATUM TOTAL I 8946.84 |1 7289.791. I. 1 1657.05 ------------------ STAND=55 YEAR=93 STRATUM=1 ------------------------------------- | SPECIES TOTAL I BOLE | CROWN | BRANCH I FOLIAGE | --------------- -------------------— + --- —----— + --- —---— I Ipinban I 129.071 75.381 53.691 45.731 7.971 I --- —----------------------------------------------------------— + --- —----- I I STRATUM TOTAL I 129.071 75.381 53.691 45.731 7.971 ------------------ STAND=55 YEAR=93 STRATUM=2 ------------------------------------ |SPECIES TOTAL | BOLE | CROWN | BRANCH I FOLIAGE | I ---+ +.. | --- —--- ----------- ---— + --- —-| Ipinban I 14010.161 11286.481. I.1 2723.681 I --- —---------------------------------------------— + --- —------------------— I Ipinband I 16.741 12.701. I.1 4.031 [ --- —--------------------------------— + --- —-------------------— + --- —----- I STRATUM TOTAL | 14026.901 11299.181..1 2727.711 ------------------ STAND=55 YEAR=94 STRATUM=1 ------------------------------------- | SPECIES I TOTAL I BOLE I CROWN I BRANCH I FOLIAGE I --- —--------— I --- —------------------------------------------------------— | Ipinban | 863.071 552.271 310.801 260.041 50.761 ----------------------------------------------------------------------------------- I |STRATUM TOTAL | 863.071 552.271 310.801 260.041 50.761 ------------------ STAND=55 YEAR=94 STRATUM=2 ------------------------------------- G-35

---------- - STAND=56 YEAR=93 STRATUM=1 ------------------- SPECIES TOTAL I BOLE I CROWN BRANCH FOLIAGE -------------— I --- —------- ----------------------------- ---- pinban 14539.311 9492.611 5046.701 3831.131 1215.571 I --- —----------------------------------------- -----------------------— I Ipinres 1 935.871 552.901 382.971 269.531 113.431 [ --- —--------— + --- —--------------- -+ --- — + -------— + --- —-- STRATUM TOTAL | 15475.18| 10045.511 5429.66| 4100.661 1329.00! ------------------ STAND=56 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL | BOLE CROWN | BRANCH I FOLIAGE -I --- —----------— I --- —--------------------------- ----- lamespp 1 0.361 0.311..1 0.061 ------------------------------------- -+ --- — + --- — + --- —— I Ipinban I 114.211 88.571.~..1 25.631 ------ ----------------------------------------- sTRATUM TOTAL 1 114.57! 88.88!.1.! 25.69! G-37

------------------ STAND=57 YEAR=93 STRATUM= -------------------------------- |SPECIES | TOTAL | BOLE CROWN BRANCH FOLIAGE ----------- --- ------— + --- —----— + --- —------------- — + --- —------- labibal | 556.441 321.551 234.891 156.73| 78.161 I --- —-------------------------------------------------------- lacerub 1 38613.301 30362.45| 8250.841 7550.061 700.791 1 --- —--------— + --- —-----— + --- —--- -+ — -— + — -— + --- —----- lacesac 1 8803.681 7028.151 1775.541 1615.501 160.041 --------------------------------------------------------- ------------ lamespp 1 132.551 107.781 24.771 15.471 9.301 | --- —--------— + --- —-----— + --- —---------— + --- —--- I lbetpap 1 17256.211 13672.771 3583.441 3168.081 415.361 I --- —--------------------------------— + --- —--------------------- Ipicgla 1 8812.461 5142.561 3669.901 2069.561 1600.341 1 --- —--------------------------------— + --- —------------------- Ipinban | 1345.941 1089.89| 256.051 169.941 86.111 I --- —--------------------------------------------— + --- —------- Ipinres 1 3451.781 2491.321 960.461 600.021 360.441 I --- —--------------------------------— + --- —--------— + --- —-------- Ipinstr 1 4203.131 3398.241 804.881 537.931 266.951 I --- —----------------------------------------------------------- Ipopgra 1 42240.511 36412.241 5828.281 5161.781 666.501 I --- —----------------- ---------— + --- —----------------- ----— + --- —---- Ipoptre 1 4551.241 3962.841 588.401 507.561 80.841 I --- —--------— + --- —----— + --- —------------------ -- --------------- Iquerub 1 11461.24| 8454.041 3007.20| 2833.10| 174.101 I --- —--------— + --- —----— + --- —-----— + --- —-----— + — ---------------- |STRATUM TOTAL | 141428.491 112443.851 28984.651 24385.731 4598.911 ------------------ STAND=57 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL I BOLE | CROWN BRANCH FOLIAGE I --- —------------------- -------- --------------------------- labibal | 253.861 199.18|.1.1 54.68| I --- —--------— + --- —----— + --- —---— + ---— + --- --------- ----- lacepen I 10.091 7.901.1.1 2.191 [ --- —--------— + --- —-----— + --- —-----— + --- —-----— + ------------- |acerub 1 240.051 193.17|..1 46.881 I --- —--------— + --- —-----— + --- —---— + — -— + ---— + --- —---- acesac 1 19.021 15.261.1.1 3.761 1 --- —--------— + --- —-----— + --- —----------------- --- ------------ jamespp 1 228.301 201.891..1 26.411 ------------------------------------------------------------- -- ---- |betpap 1 128.381 115.16|..1 13.221 1 --- —--------— + --- —-----— + --- —---— + — -— +- -----— + --- —------ Icorcor 1 279.151 222.821..1 56.321 + --- —--------— + --- —-----— + --- —---— + — -— + — ---- ---------- Ifaggra 1 0.281 0.201..1 0.081 + --- —--------— + --- —-----— + --- —---— + — -— +- -----— + --- —------ Iloncan 1 6.441 3.231.1.1 3.211 [ --- —--------— + --- —-----— + --- —-----— + --- —-----— + — ----------------- |picgla 1 240.731 189.93|.1.1 50.801 I --- —--------— + --- —----— + --- —------------------— + --- —-- -— + --- —---- Ipinres 1 42.811 34.201.1.1 8.601 I --- —--------— + --- —-----— + --- —----- ------------ ---— + --- —-- Ipinstr | 1362.171 1076.971.1.1 285.211 ----------------------------------------------------------- ---------- Ipopgra 1 164.871 136.371..1 28.501 j --- —--------— + --- —-----— 4 --- —---— + --- —-----— + --- —-----— + --- —----- Ipoptre 1 0.621 0.491..1 0.131 1 --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —----- Iquerub ' | 270.711 226.59|.1.1 44.121 ----------------------------------------------------------- ----- Ivibspp 1 0.811 0.341.1.1 0.471 I --- —--------— + --- —----------------------------------------------------------- |STRATUM TOTAL 3248.291 2623.711.1.1 624.58 G-38

------- -STAND=58 YEAR=93 STRATUM=2 ------------------ ISPECIES TOTAL I BOLE | CROWN BRANCH FOLIAGE I --- — -------- ------------------ -- ----- Ipinban 8296.611 6705.141..1 1591.481 ------------------------------------- - ---— + -------— + --- —--- ISTRATUM TOTAL | 8296.611 6705.141..1 1591.481 ---------- - - STAND=58 YEAR=94 STRATUM=2 ------------------------------------- ISPECIES TOTAL BOLE I CROWN BRANCH FOLIAGE I --- —-- ------------- ---------------------------------------- I Ipinban 13827.691 11175.231.~.1 2652.461 I --- —----------------------------------------------------------------- ISTRATUM TOTAL | 13827.691 11175.231.~.1 2652.461 ------------ - STAND=59 YEAR=93 STRATUM=1 ------------------------------------- SPECIES | TOTAL I BOLE I CROWN I BRANCH FOLIAGE I --- —--------— I --- —---------------- -+ --- — + --- — + --- —------ jpinban | 4113.931 2276.601 1837.321 1564.231 273.091 1 --- —---------- -- --------------— + --- ----------— I --- —-- |STRATUM TOTAL I 4113.931 2276.60! 1837.32! 1564.231 273.09i ------------------ STAND=59 YEAR=93 STRATUM=2 --- —-------------------------------- SPECIES I TOTAL I BOLE CROWN I BRANCH FOLIAGE I ------------------------- -------------- -- ----- lamespp 1 18.241 16.311. 1. 1.92) -----------— + --- —---------— + --- —— + --- — +- -------------------- Ipinban 1 5583.421 4555.221.~.1 1028.191 -------------— + --- —--------— + --- —- -+ --- — +- -------------------- Ipinband I 57.391 44.191.1.1 13.201 -----------------------------------— + --- — +- -------— + ------- Ipinres I 64.281 49.821.1.1 14.461 1 --- —-------— + --- —---------------— + --- — + --- —---------------- [STRATUM TOTAL | 5723.331 4665.54|.1.~ 1057.791 ------------------ STAND=59 YEAR=94 STRATUM=1 ------------------------------------- ISPECIES TOTAL | BOLE | CROWN | BRANCH FOLIAGE I --- —-----------------------------------------— j Ipinban 1 6315.921 3846.161 2469.761 2051.711 418.051 I --- —------------------------------ -+ --- — + -------— + --- —------ ISTRATUM TOTAL | 6315.92| 3846.16| 2469.76| 2051.71| 418.05| ------------------ STAND=59 YEAR=94 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE I CROWN BRANC I FOLIAGE I --- —------- ---------------------------------- Ipinban | 3253.941 2660.861.1.1 593.081 ------------------------------- ------ - ----- ------- ISTRATUM TOTAL | 3253.941 2660.86!.1.1 593.08! G-39

------------------ STAND=60 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES | OTAL | BOLE | CROWN I BRANCH FOLIAGE | I --- —--------------------------------------------- ----- ----— + --- —------- Ipinban | 7002.471 4079.891 2922.581 2426.341 496.241 | --- —--------— *+ --- —----------------------------— + --- —-----— + --- —----— I Ipinres | 4249.161 2188.921 2060.241 1676.241 384.001 ---------------------------------------- ---------— + --- —------------------- |STRATUM TOTAL I 11251.631 6268.811 4982.821 4102.58| 880.241 ------------------ STAND=60 YEAR=93 STRATUM=2 ------------------------------------- SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —--------------------------------------------— + --- —------------------- |amespp | 32.691 29.561.1.1 3.131 I --- —--------------------------------— + --- —-----— + --- —-----— + --- —----— I Ipinban 1 3163.621 2607.921.1.1 555.701 ---------------------------------------- ---------— + --- —-----— + --- —----— I Ipinband 1 77.151 62.661.1.1 14.491 ---------------------------------------- ---------— + --- —----— + --- —-----— I Ipinres 1 833.081 703.771..1 129.321 -------------— + --- —-----— + --- —--------------------— 4 --- —------— 4 --- ——.I STRATUM TOTAL i 4106.541 3403.911.1.1 702.631 ------------------ STAND=61 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES I TOTAL | BOLE | CROWN | BRANCH I FOLIAGE | I --- —------------------— + --- —--------------------— + --- —------------ ------------ Ipinban 5| 7387.211 42921.111 14466.111 10360.891 4105.211 j --- —--------— 4 --- —-----—. --- —-------------------------------— + --- —---— I [pinband I 3493.191 2583.441 909.751 683.361 226.391 j --- —----------------------------------------— 4. --- —---— 4-. --- —---- I |pinres I 1363.501 820.061 543.441 341.841 201.601 j --- —------------------------------- -----------------------— 4 --- —----- I ISTRATUM TOTAL I 62243.901 46324.601 15919.301 11386.091 4533.211 ------------------ STAND=61 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES I TOTAL I BOLE | CROWN I BRANCH I FOLIAGE | I --- —--------— I --- —--— + — ------— 4. --- —------— j Ipinban I 150.821 121.951.1. | 28.861 + --- —--------------------------------— + --- —------- ----------— + --- — I Ipinband I 24.12 18.881.1.1 5.231 j --- —----------------------------------------------------------— + --- —----- I ISTRATUM TOTAL I 174.931 140.841..1 34.091 ------------------ STAND=62 YEAR=93 STRATUM=1 ------------------------------------- | SPECIES | TOTAL I BOLE | CROWN | BRANCH I FOLIAGE I I --- —-----— I --- —---— + --- —---— + --- —-------- Ipinban I 37625.91| 26953.921 10671.991 8202.691 2469.301 1 --- —---------------------------------------------- ---------— 4. --- —----— I Ipinband I 1614.77| 1084.641 530.131 431.821 98.311 j --- —----------------------------------------------------------— + --- —----— I Ipinres 1 1134.861 678.621 456.241 293.701 162.541 j --- —----------------------------------------------------------— 4 --- —----- I ISTRATUM TOTAL I 40375.541 28717.19| 11658.35| 8928.21| 2730.14| ------------------ STAND=62 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN I BRANCH I FOLIAGE | -----------— I --- —-------------------------------------------— + --- —---- I lamespp 1 1.881 1.621.1.1 0.261 I --- ---------------------------------------------------------------- G-40

Ipinban 1 453.771 364.781..1 89.001 I --- —--------—, --- —-----— + --- —-----------------— + --- —-----— + --- —------- jpinband I 623.74| 500.821..1 122.921 ------------------------------------------------------------ ----- ISTRATUM TOTAL | 1079.401 867.22|. |. 212.18| G-41

---------- STAND=63 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES TOTAL I BOLE CROWN BRANCH FOLIAGE --------------------------------------- ----------------------------- Ipinban 20291.311 13443.981 6847.331 5129.351 1717.981 -------------- ------------------------ + ---— + ---- -- --------- Ipinband | 4940.751 3309.301 1631.451 1220.191 411.26| | --- —--------— + --- —-----— + --- —-----— + --- —------ ------------------- Ipinres 1 1227.061 553.271 673.801 533.801 139.991 1 --- —--------— + --- —-----— + --- —-----— + --- -- --- -------------- ISTRATUM TOTAL | 26459.131 17306.551 9152.581 6883.341 2269.241 ------------------ STAND=63 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL | OLE | CROWN | BRANCH FOLIAGE -------------— I --- —----------------------------------------------------- lamespp I 0.731 0.631.1.1 0.101 -------------- ------------------------ + --- — + ---— + --- —---- juncom I 427.251 427.251.1.1.1 I --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- ------------------ Ipinban 1 1207.401 981.531.1.1 225.871 -------------- ------------— + --- —-- -+ --- — + --- ------------- Ipinband 1 72.451 57.011.1.1 15.451 ---------------------------------------------------------------------- STRATUM TOTAL I 1707.831 1466.401.1.1 241.421 ------------------ STAND=64 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES | TOTAL I BOLE CROWN BRANCH FOLIAGE -------------— I --- —--------------------------------------- ---- ---- Ipinban 25600.091 17403.311 8196.781 5960.231 2236.551 -------------------------— + --- —---— + --- — + --- — ---— + --- —------ Ipinband 9677.261 6368.041 3309.231 2414.601 894.631 1 --- —--------— + --- —-----— + --- —--- -+ --- — + --- ------------------ ISTRATUM TOTAL | 35277.351 23771.34| 11506.011 8374.831 3131.18| ------------------ STAND=64 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL I BOLE | CROWN | BRANCH FOLIAGE ---------- --------- -------- + --- —----------- |abibal | 9.231 6.961.~.1 2.271 -------------— + --- —-----— + --- —---- ----------- -------- ----- Ipinban 1 276.631 222.701.1.1 53.931 1 --- —--------— + --- —-----— + --- —-----— + --- —-----— + — ------------------ Ipinband I 68.621 54.421.1.1 14.201 j --- —--------— + --- —-----— + --- —---— + — -— + --- —-----— + --- —STRATUM TOTAL | 354.481 284.081.~.1 70.401 ------------------ STAND=65 YEAR=93 STRATUM=1 ------------------------------------- ISPECIES TOTAL | BOLE CROWN | BRANCH FOLIAGE | ------------- ----------------------------------------------------- -------- Ipinban I 44854.121 32932.471 11921.651 8672.391 3249.261 1 --- —--------— + --- —-----— + --- —------— + --- —-----— + --- —-- Ipinband 1 5988.141 4359.741 1628.401 1202.941 425.461 -------------— + --- —------------------— + --- —-----— + --- ----------------- Ipinres 1i2.844 562.081 350.761 250.621 100.i13 j --- —--------— + --- —-----— + --- —------— + --- —---------------- ISTRATUM TOTAL | 51755.101 37854.291 13900.80 10125.951 3774.851 ------------------ STAND=65 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL I BOLE I CROWN I BRANCH I FOLIAGE | ------------------------------------------------------------ ---------- G-42

lacerub 0.23 1 0.161.1 0.061 l --- —-------— + --- —-----— + ------- + -- --— + --- —-----------------— | Ipinban 1 24.821 19.361..1 5.471 --------------— + — ----— + --- —--- -----— + --- —-----— + --- —----- ISTRATUM TOTAL 25.05 19.521. 1. 5.531 G-43

------------------ STAND=66 YEAR=93 STRATUM=2 ------------------------------------- SPECIES TOTAL BOLE | CROWN BRANCH FOLIAGE I --- —---------- -----------— + --- —-----— + --- —------------- jamespp I 19.161 16.481.1.1 2.681 j --- —--------— + --- —-----— + --- —-----------------— + --- —+ --- —------ [pinban I 427.471 305.531.1. 121.951 ------------------------------------------------------------ --------- STRATUM TOTAL | 446.641 322.011.1.1 124.631 ------------------ STAND=66 YEAR=94 STRATUM=2 ------------------------------------- ISPECIES TOTAL | BOLE CROWN | BRANCH FOLIAGE I --- —-------- ------ --- --------- lamespp I 2.851 2.441.1.1 0.411 + --- —-------— + --- —--— + --- —-----— + --- —----------------— I Ipinban 1 1698.861 1229.141.~. 469.721 I --- —---------------------------------------------------------- STRATUM TOTAL I 1701.711 1231.581.1.1 470.121 ------------------ STAND=67 YEAR=93 STRATUM=1 ------------------------------------- ISPECIES TOTAL | BOLE I CROWN | BRANCH FOLIAGE -------------------------- ---------- ---- ------- -------- Ipinban I 76720.521 59250.731 17469.801 12216.291 5253.501 I --- —------------------------------------------------------ Ipinband 1 6298.751 4728.031 1570.721 1140.291 430.431 I --- —-------------------— + --- —-------------------------------- Ipinres | 180.261 89.011 91.251 76.491 14.761 I --- —--------------------------------— + --- —------— + --- —------------ ISTRATUX TOTAL | 83199.531 64067.761 19131.771 13433.071 5698.691 ------------------ STAND=67 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL BOLE | CROWN | BRANCH FOLIAGE | --------------- ----------— + --- —------------- -------------- lacerub I 0.721 0.541.1.1 0.171 I --- —-----------------------— + --- —------— + --- —------------ lamespp I 1.611 1.391.1.1 0.221 I --- —-----------------------— + --- —------— + --- —------------ faggra I 1.591 1.301.1.1 0.301 I --- —---------------------------------— + --- —----------------------- pinres I 51.141 39.691.1.1 11.451 I --- —---------------------------------------------------------------- STRATUM TOTAL I 55.061 42.921.1.~ 12.141 ------------ -- STAND=68 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN j BRANCH I FOLIAGE | I --- —--------- --------- --------------- ------- Ipinban 11937.041 9579.741 2357.301 1613.421 743.881 ------------------ ------- - -+ —+ ----- Ipinband 1 1478.011 1167.781 310.231 219.601 90.631 I --- —------------------------------------------------------------------- Ipinres 1 89653.781 62186.401 27467.381 17646.381 9820.991 I --- —----------------------------------------------- ----- |STRATUM TOTAL | 103068.821 72933.921 30134.901 19479.401 i0655.50i ------------------ STAND=68 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES TOTAL | BOLE | CROWN | BRANCH | FOLIAGE I I --- —----— I --- —----------------------- Ipinban I 3.291 2.371..1 0.921 --------------------— + --- —-------- ----- G-44

Ipinres 1 366.021 302.721.I.1 I 63.301 ---------------------— + --- —---------------- --— + ----- I ISTRATUM TOTAL 369.301 305.091 I * 64.211 G-45

-------- -STAND=69 YEAR=93 STRATUM=1 ------------------------------------- SPECIES TOTAL I BOLE | CROWN BRANCH FOLIAGE | -------------— I --- —- + --- —-- + ---— + --- — + --- — lacerub 135.271 78.511 56.761 51.701 5.061 --------- + + --- —------- ---------- -------------------- lacesac 1 225.321 145.821 79.501 71.711 7.791 -------------— + --- —-----— + --- —--------------------------------------- Ibetpap 1 42.031 23.381 18.651 13.311 5.341 ------------------------- --------------— + --- --— + ---Ipopgra I 728.721 657.061 71.661 49.151 22.501 -------------— + --- —------------------------ -------- + ---- --- Ipoptre I 2992.351 2695.851 296.491 205.211 91.281 -------------------------------------------- - ----------— + --- — Iprupen I 362.251 294.161 68.101 29.83| 38.261 I --- —--------- — + --- —------— + --- -------- ---------- STRATUM TOTAL | 4485.941 3894.78 591.161 420.92 170.24 ------------------ STAND=69 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL I BOLE I CROWN BRANCH FOLIAGE ----------------— + --- —---------------- |abibal I 475.51| 382.61|.. 92.891 I --- —--------— + --- —------ -+ --- —-----— + --- —------------------------------- lacerub 1 1779.73| 1413.081.1.1 366.651 I --- —--------— + --- —----------------- + --- — + --- — + --- —--— I lacesac 1 604.321 472.001.1.1 132.331 I --- —----------------------------------— + --- — ----------— I lamespp | 386.631 344.181..1 42.451 I --- —------------------------------ -+ --- — + --- — + --- —-— I |betpap 1 60.69| 50.271.1. 10.421 I --- —------------------------------ -+ --- — + --- — + -----— I |corcor 1 176.261 133.711..1 42.541 I --- —------------------------------ -+ --- — +- -------------------- Iloncan 1 2.901 1.301..1 1.611 I --- —------------------------------------------------------------------- Ilonspp 1 8.491 3.641..1 4.851 I --- —---------------------------------- + — -— + --- --— + --- —--— I Ipinstr 1 28.621 21.721.1 1 6.901 I --- —------------------------------ -+ — -— + — -— + --- —--— I Ipopgra 1 794.191 616.531.1.1 177.651 j --- —--------------------— + --- —---- + — -— + --- —---— + --- —------ Ipoptre 1 2414.921 2017.791.1.1 397.131 I --- —--------— + --- —----------------- + — -— + --- — + --- —--— I Iprupen 1 3968.291 3077.211.1.1 891.081 I --- —--------— + --- —-----— + --- —---— + — -— + --- — + --- —--— I Iquerub 1 40.751 34.381.~.1 6.371 I --- —------------------------------------------------------------------- Isorame | 0.971 0.811.1.1 0.151 S —TRAT- TOT ---------— + ---- 1 --- —--- ------ -- [STRATUM TOTAL | 10742.261 8569.241.1.1 2173.021 G-46

------------------ STAND=70 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES TOTAL | BOLE | CROWN | BRANCH FOLIAGE | --------------- --------------------------------------- ------------------------ lacesac 1 43.241 26.861 16.381 14.801 1.581 j --- —--------— + --- —-----— + ----- ------------------— + --- —------ jamespp 1 142.751 116.381 26.381 13.961 12.421 j --- —--------— + --- —------------------------------— + --- —-----------------— I lpopgra 1 84.721 76.671 8.051 5.231 2.821 j --- —-------------------— + --- —-----------------— + --- —-----------------— _ Ipoptre 1 1409.931 1271.191 138.741 95.371 43-371 -------------------------------------— + --- — ---------— + --- —----— + --- —------- |STRATUM TOTAL | 1680.641 1491.101 189.541 129.361 60.181 ------------------ STAND=70 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN I BRANCH I FOLIAGE | I --- —---------- I --- —---— + --- —------------------- lacerub I 100.89| 77.291.1.1 23.591 I --- —-----------------------------------— + --- —-----— + --- —----— I lacesac I 10.121 7.951.1.1 2.171 I --- —------------------------------------------------— + --- —----- I jamespp 1 1712.441 1558.881..1 153.571 j --- —---------------------------------------------— + --- —-----— + --- —-----— I Icorcor 1 108.461 84.211..1 24.251 ---------------------------------------------------— + ----- Ipopgra I 483.241 374.341.1.1 108.901 I --- —------------------------------------------------— + --- —----- I Ipoptre 1 4881.381 4098.241..1 783.141 j --- —--------------------------------------------— + --- —-------------------- |prupen 1 1157.431 897.811.1.I 259.621 1 --- —--------— I --- —---------------------------------— + --- —----— I |querub | 45.271 37.701.1.1 7.571 I --- —-----------------------------------— + --- —-----— + --- —----— I |STRATUM TOTAL I 8499.231 7136.421.1.1 1362.811 ------------------ STAND=71 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES J TOTAL I BOLE | CROWN | BRANCH I FOLIAGE | I --- —---------- -------— + --- —------------------------------- Ipinban 1 1343.161 798.191 544.971 375.491 169.491 I --- —-----------------------------------— + --- —-----— + --- —----- I IPinres I 35911.041 20924.711 14986.331 10497.131 4489.201 1 --- —--------— I --- —---------------------------------— + --- —----- I ISTRATUM TOTAL I 37254.201 21722.901 15531.311 10872.621 4658.691 ------------------ STAND=71 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE I CROWN | BRANCH FOLIAGE | I --- —--------— I --- —---— + --- —---— + --- —-------- Iamespp I 0.051 0.041..1 0.011 I --- —--------— + --- —-----— + --- —-----— + --- —----— + --- —-----— + --- —-----— I Ipinres 1 108.38| 89.181.1.1 19.201 -------------— + --- —--— + --- —----------------— + --- —----— + --- —---- - STRATUM TOTAL | 108.431 89.221.1.| 19.21| G-47

------------ - STAND=72 YEAR=93 STRATUM=1 ------------------- SPECIES I TOTAL I BOLE CROWN BRANCH FOLIAGE I --- —--------- -------— + --- —---— + --- —----- lacerub I 55.081 33.001 22.081 20.271 1.811 I --- —---------------------------------------------------------- -----— I Ipinban I 1656.941 1112.641 544.301 391.131 153.171 + --- —------- ---------------------------------- Ipinband I 221.741 152.03 69.711 52.871 16.841 ------------------------------------- -+ --- — +- -------------------- Ipinres I 30071.411 17921.311 12150.101 8388.951 3761.141 I ---- -----------------------------------— + --- —--------------— I --- ----- STRATUM TOTAL | 32005.161 19218.981 12786.191 8853.221 3932.971 ------------------ STAND=72 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES I TOTAL BOLE | CROWN | BRANCH FOLIAGE | -------------— I --- —-------------- -+ --- — + --- -----— + --- —------ lacerub I 60.861 50.521.1 1 10.341 I- -------- --------------------- ------------------------— I Iamespp I 0.471 0.401..1 0.071 I --- —--- ------------ --- --------------- ------------------------— I Ipinban I 161.891 132.101..1 29.791 -I -- ---------- ---------------- ---------------------- ----- salspp I 2.091 1.671.1 1. 0.421 I --- —-----— + --- —----— + --- —- + + - +I STRATUM TOTAL I 225.301 184.691..1 40.621 ------------------ STAND=73 YEAR=93 STRATUM=1 ------------------------------------- SPECIES TOTAL BOLE CROWN BRANCH FOLIAGE I --- —---------------------------------------- lacerub I 20.611 13.421 7.191 6.561 0.631 I --- —--------— + --- —------- ----------— + --- —-------— + --- —---— + --- —-----— I Ipinban 1 13749.481 10003.781 3745.701 2629.731 1115.981 ------— + --- —-----— + --- —--------------— + --- —+ --- —---- Ipinband I 5812.97 4168.531 1644.441 1153.111 491.331 I --- —------------------— + --- —----------- ------- ]pinres I 48489.97 28252.841 20237.131 13851.291 6385.841 I --- —--------— + — ------------------------------------------------ ISTRATUM TCTAL | 68073.031 42438.571 25634.461 17640.691 7993.781 ------------------ STAND=73 YEAR=93 STRATUM=2 ------------------------------------ ISPECIES I TOTAL I BOLE I CROWN BRANCH I FOLIAGE I --- —------------------------- --------------— | lacerub 1 14.351 11.171.1.1 3.181 --------------------------------------------------------------------— I lamespp | 4.811 4.211.1.1 0.601 I --- —----------------------------------------------------------- Ipinban 1 265.921 210.591.1.1 55.331 I --- —-- ------------------------------------------------------ Ipinband 1.971 1.391.! 1 0.591 -------------------------------------------------------------- Ipinres | 12.541 9.381.1.1 3.17 ------------— + --- —--— + --- —----------------- -- ----- ------- Iprupen I 0.071 0.05.~.1 0.021 j --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I -STRATUM TOTAL | 299.67 236.79.. 62.88 ISTRATUM TOTAL 1 299.671 236.791.1.1 62.881 G-48

---------- - STAND=74 YEAR=93 STRATUM=1 --------------------------- |SPECIES I TOTAL | BOLE CROWN I BRANCH FOLIAGE -------------— I --- —--------------------------- ----- lacerub 30423.641 25078.021 5345.611 4932.941 412.671 -------------------------------------------------------------- --------- lacesac | 19509.751 16074.831 3434.921 3180.241 254.691 -------------— + --- —--------------- ------------ ----- ------------- Ibetall 2255.121 1809.331 445.791 417.841 27.941 1 --- —--------— + --- —-----— + --- —-----— + --- —-----— + — -----— + --- —----- [betpap 1 442.981 360.741 82.241 71.201 11.041 -------------— + --- —------- -------- ---------- ----- -— + -------- Ifaggra 15208.521 12015.621 3192.90! 2921.061 271.841 ------------------------— + --- —------------------------------------- Ipinstr 1 89842.381 76553.59! 13288.791 9186.281 4102.511 --------------------------------------- --------- ---------- ----- lquerub | 1806.541 1393.04| 413.50| 385.411 28.09! + --- —--------------------— + --- —----------------- ----- ----- |STRATUM TOTAL | 159488.93 133285.18| 26203.751 21094.97| 5108.79 ------------------ STAND=74 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES | TOTAL | BOLE I CROWN BRANCH FOLIAGE --------------------------------------------— + --- —---— + --- —-- ---- |abibal 61.761 48.19|..1 13.571 j --- —--------— + --- —-----— + --- —----- + — -— +- ------— + --- —------ lacepen 1 21.241 16.331 ~. 1 4.91! _ --- —--------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ acerub 1 170.37| 132.84|.1.1 37.521 1 --- —--------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ acesac 1 43.971 34.161.1.1 9.801 1 --- —------------------------------- -+ — -— +- ------— + --- —------ lamespp 1 1.581 1.341.1.1 0.241 _ --- —--------— + --- —---------------- -+ — -— +- ------— + --- —------ corcor 1 61.391 50.471.. 10.921 -------------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ faggra 1 11.161 8.641.1.1 2.521 -------------— + --- —-----— + --- —---— + — -— +- ------— + --- —------ lonspp 1 0.571 0.221..1 0.351 _ --- —-------------------— + --- —----- + — --- ----------— + --- —------!pinstr 1 39.231 31.251..1 7.981 1 --- —------------------------------- -+ — -— +- ------— + --- —------ querub 1 8.451 7.051 1. 1 1.391 -------------— + --- —----------------------------------------------- ISTRATUM TOTAL 419.721 330.501.~.1 89.211 G-49

----------------- STAND=75 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES | TOTAL BOLE I CROWN | BRANCH FOLIAGE | --------------- ----------------------— + --- —-----— + ---lacerub I 11863.881 9808.19| 2055.691 1899.811 155.881 1 --- —--------— + --- —-------------------------------------------— + --- —----- I lacesac I 1727.741 1427.981 299.761 271.681 28.081 j --- —--------— + --- —-------------------------------------- --------------- Ifaggra 1 1485.921 1169.991 315.931 290.711 25.221 -------------— + + --- —--------------------------------------------------- Ipinban I 3104.451 2637.111 467.341 301.011 166.331 1 --- —--------— + --- —------------------------------------------— + --- —----- I Ipinstr I 142004.401 122142.791 19861.611 13821.721 6039.891 j --- —--------— I --- —------------------------------— + --- —-------------------— I Ipoptre I 1151.941 1002.951 148.991 128.531 20.451 j --- —-----------------------------------------------------------------------— I STRATUM TOTAL I 161338.32| 138189.011 23149.311 16713.471 6435.841 ------------------ STAND=75 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES I TOTAL I BOLE | CROWN | BRANCH I FOLIAGE | --------------- + + + --- —-------------- -------------— + -- - lacerub | 39.091 29.631.1.1 9.461 I --- —------------------------------------------------— + --- —----- I lacesac 1 2.781 2.091..1 0.691 I --- —------------------------------------------------— + --- —---— I lamespp I 1.171 0.961.1.1 0.211 I --- —----------------------------------------------— + --- —-----------------— I Icorcor 1 20.051 16.021..1 4.021 -------------— + --- —------------------------------------------------------ Ifaggra I 0.151 0.101.1.1 0.051 I --- —------------------------------------------------— + --- —---— I Ipoptre I 5.081 3.971.1.1 1.111 -------------— + --- —-------------------------------------------— + --- —+ --- — I sorame 1 0.541 0.451..1 0.091 I --- —----------— + --- —---— + --- —-----— I STRATUM TOTAL | 68.871 53.241.|.| 15.631 G-50

------------- STAND=76 YEAR=93 STRATUM=1 ------------------------------------- SPECIES | TOTAL | BOLE CROWN BRANCH FOLIAGE -----------------------------------------------— +- ------- ------ lacerub | 11919.441 9754.971 2164.471 2010.041 154.431 ------------------------------------- ---------- ------- ------- lacesac I 200305.541 129810.561 70494.981 68160.831 2334.151 ----------- ------------— + --- —--— + ----+- ------------- Iamespp I 125.151 100.581 24.561 20.211 4.361 --------------------------------------— + ---+ --- — Ibetall I 582.851 466.431 116.42| 108.61| 7.821 ------------------------— + --- —----------------------------------- Ifaggra 1 694.421 542.741 151.681 136.301 15.381 ------------ ---------— + --- —---------------— + --- —--------- ----- Ipoptre I 3759.901 3181.34| 578.571 530.361 48.201 ------------------------------------------------- --— + ---+ --- — Iquerub I 3179.82| 2380.18| 799.641 769.31| 30.331 1 --- —--------— + --- —-----— + --- —--— + — -— + --- —+ --- —-- ISTRATUM TOTAL 220567.111 146236.801 74330.321 71735.641 2594.681 ------------------ STAND=76 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL I BOLE | CROWN BRANCH FOLIAGE I --- —-------------------— + --- —--------------------------------- lacepen 16.641 13.281.1 3.361 | --- —--------— + --- —-----— + --- —---------— + --- —---- |acerub | 23.98| 17.961.1.1 6.02| I --- —--------— + --- —----— + --- —---— + — -— + — -— + --- —-- lacesac 1 167.481 128.681..1 38.801 I --- —--------— + --- —----— + --- —---— + — -— +- ------— + --- —------ Ibetall | 2.721 2.08|..1 0.641 I --- —-------- ---------- ---------- -- ----- --- ---— I Ifaggra 1 121.79| 101.021..1 20.781 I --- —--------— + --- —-----— + --- —----- -- -— + — -— + --- —-- Ipruser I 0.991 0.771.1.1 0.221 I --- —--------— + --- —----— + --- —---— + — -— +- ------— + --- —------ Iquerub 1 0.751 0.581..1 0.171 I --- —--------— + --- —----— + --- —---— + — -— + — -— + --- —-- Isamcan 1 33.151 19.831.1.1 13.33 I --- —-------- -----------— + --- —-------— + ---+ --- —------ ISTRATUM TOTAL | 367.511 284.191.|.| 83.311 G-51

- STAND=77 YEAR=93 STRATUM=1 ------------------- ISPECIES TOTAL BOLE CROWN BRANCH FOLIAGE | I --- —---------- -------------------------— + --- —+ --- —------ lbetpap | 145.031 84.721 60.321 45.411 14.911 -------------— + --- —-------------------------- ------— + --- —-- Ipinban I 5882.28! 3893.751 1988.53! 1484.54! 503.991 -------------— + --- —---------------- -+ --- — + --- —---------------- Ipinband I 559.611 363.061 196.561 138.78! 57.781 1 --- —--------— + --- —-------------------— + --- —----— + --- —------ lpinres I 15976.291 8696.231 7280.07! 5874.911 1405.15! -+ --- —------------------— + --- —------ -----— + --- —— + --- — lpopgra I 3.551 3.22| 0.331 0.201 0.13! + -----------— + --- —--------- ------- ---------------------- |querub | 1351.02| 865.411 485.61| 451.39| 34.221 j --- —------------------— _+ --- —---— + --- — + --- ----— + --- —------ [STRATUM TOTAL | 23917.791 13906.381 10011.411 7995.241 2016.171 ------------------ STAND=77 YEAR=93 STRATUM=2 ------------------------------------ ISPECIES TOTAL | BOLE | CROWN BRANCH FOLIAGE I --- —-------— I ----------------------------------- ------------ ------ lacerub | 248.55| 205.17|.*.1 43.381 -------------— + --- —------------------------------------------------------- |betpap! 84.63! 70.791..1 13.84! 1 --- —--------— + --- —-----— + --- —--------— + --- —------------- Ipinban 1 1710.641 1397.431..1 313.211 -----------— + --- —----------------— + --- —---— + --- —------- Ipinband 1 304.71| 257.76|..1 46.951 -------------— + --- —-----— + --- —--— + --- — + --- -----— + --- —------ |pinres! 1080.80! 886.03!.*. 194.771 -+ --- —-------------------— + --- —----- Ipopgra I 151.631 115.84|..1 35.781 -------------— + --- —----— + --- —------------------------------------------- |querub 1 437.91! 374.531..| 63.381 ------------------------------------— + --- — + --- ----— + --- —------ |salspp! 2.31! 1.811.1. 0.50! 1 --- —------— + --- —-----— + --- —---— + --- — + --- — + --- —------- STRATUM TOTAL | 4021.171 3309.371.|.| 711.801 ------------------ STAND=77 YEAR=94 STRATUM=1 ----------------------------- ISPECIES TOTAL | BOLE! CROWN | BRANCH FOLIAGE I --- —-------------------------------------------------- acerub 3110.351 1791.251 1319.101 1275.411 43.701 _____ --- —--------------------— +- --— + --- —------ ----- |betpap 1 290.321 169.551 120.771 92.091 28.681 _-_ --- —----------------------— + — -— + --- — + --------- ----- pinban 1 7423.131 5442.541 1980.58| 1405.19| 575.391 _ --- —----------------- -+ ---— + --- — ---------------- ----- [pinres 1 13328.951 7970.871 5358.071 4117.001 1241.071 ------------------------------— + ---- -+ --- — + --- —------------- ISTRATUM TOTAL | 24152.74| 15374.221 8778.531 6889.691 1888.83| ------------------ STAND=77 YEAR=94 STRATUM=2 ------------------------------------- iSPECIES TOTAL | BOLE | CROWN BRANCH FOLIAGE -------------— I --- —---------------------------------------— | --- —-- lacerub | 83.151 67.791.~.1 15.361 j --- —--------— + --- —--------------- -+ --- — + -------— + --- —------ |betpap 1 2.901 2.22.~.~ 0.671 -- - - ----- ------------------ ------------ - ------------------------------------- -- -------------- -------- - Ipinban 1457.721 1189.021.j. 268.700 -------------— + --- —--------------- -+ --- — + --- —---------------- Ipinres 1018.561 835.111..1 183.451 | --- —--------— + --- —-----— + --- —------------------------------------- Ipopgra 1 132.971 102.261.~.1 30.711 | --- —--------— + --- —-----— + --- —--- ----------— + --- —-----— + --- —----- querub 1 614.141 547.561..1 66.581 ------------------------------------------------- ------- ----------- G-52

Isalspp 1 1.40 1.1.1 0.29 -------------— + --- —-------- ----------— 2 --- —----------------------------—. — I STRATUM TOTAL | 3310.84| 2745.07 |. |. | 565.771| G-53

------------------ STAND=78 YEAR=93 STRATUM=1 ----------------------------------- |SPECIES I TOTAL | BOLE | CROWN BRANCH I FOLIAGE | ----------- -+-__-_ _-_ --- ---—._ --- —------- lacerub 296.781 193.001 103.781 96.531 7.251 1 --- —--------— + --- —-------------------------------------------— + --- —----- I Ipinres I 3905.691 2332.521 1573.171 1034.601 538.571 | --- —--------— + --- —--------------------------------------— + --- —------— I STRATUM TOTAL | 4202.471 2525.521 1676.951 1131.131 545.821 ------------------ STAND=78 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES I TOTAL I BOLE | CROWN I BRANCH FOLIAGE | I --- —----- ----- _+ --- —-+ —__ --- —------- lacerub I 18.811 14.921.1.1 3.891 -------------— + --- —------------------------------ ----------— + --- —-- jamespp I 9.521 8.171.1.1 1.351 1 --- —--------—. --- —-----— + --- —-----—. --- —----— + --- -— +- ---— I Isalspp I 76.861 59.921.1.1 16.941 1 --- —--------— + --- —------------------------------— + --- —-----— + --- —----— I ISTRATUM TOTAL I 105.191 83.001.1.1 22.181 ------------------ STAND=78 YEAR=94 STRATUM=1 --------------------------- ------ |SPECIES I TOTAL I BOLE! CROWN I BRANCH FOLIAGE I --- —----------- --— + --- — -+ --- —--- lacerub I 483.931 285.311 198.621 186.351 12.271 1 --- —--------— + --- —-------------------- + + ------------ -------------------- I Ipinres I 5867.551 3703.211 2164.341 1239.191 925.151 1 --- —--------— + --- —------------------------------— + --- —-----— + --- —----- I ISTRATUM TOTAL | 6351.481 3988.521 2362.961 1425.541 937.421 ------------------ STAND=78 YEAR=94 STRATUM=2 ------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH I FOLIAGE -------------------------— + --- —-----— + --- —-------------------------------- lacerub | 8.941 6.811.1.1 2.131 1 --- —--------— + --- —----------------------------— + --- —-----— + --- —-----— I Iamespp 1 35.371 30.381.1.1 4.991 1 --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —-----— I 1prupen 1 6.511 5.061.1.1 1.451 j --- —--------— + --- —----------------------------— + --- —-----— + --- —----— I Isalspp 1 165.961 133.011.1.1 32.951 ---------------------------— + --- —------------------------------— + --- —---- - |STRATUM TOTAL | 216.781 175.251.|.| 41.521 G-54

------------------ STAND=79 YEAR=93 STRATUM=1 ------------------------------------ SPECIES | TOTAL | BOLE I CROWN I BRANCH FOLIAGE I --- —----------------— + — ----------------------- IPinres I 563.831 418.481 145.351 85.011 60.331 1 --- —--------— + --- —----------------------------------------------------— I |STRATUM TOTAL I 563.831 418.481 145.351 85.011 60.331 ------------------ STAND=79 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES I TOTAL BOLE I CROWN I BRANCH I FOLIAGE | -------------— | --- —-------------------------------------------------------- aamespp I 1.461 1.281..1 0.171 --—. --- —---------------------------------------— + --- — ---------- I Isalspp 1 3.101 2.401.1.1 0.701 ------------—. --- —------------------------------ -+ --- —I STRATUM TOTAL! 4.561 3.68. 1.| 0.881 ------------------ STAND=79 YEAR=94 STRATUM=1 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN I BRANCH FOLIAGE --------------- I --- —------ -------------- -------- ----- Ipinres | 1401.101 980.61| 420.491 248.00| 172.491 j --- —----------------------------------------------------— _ ----— _I ISTRATUM TOTAL I 1401.10| 980.61| 420.491 248.00| 172.49| ------------------ STAND=79 YEAR=94 STRATUM=2 ------------------------------------- |SPECIES | TOTAL I BOLE | CROWN | BRANCH FOLIAGE | -------------— I --- —-------------------------------------------------------- lacerub I 6.621 5.061.1.1 1.56! 1 --- —-------— + --- —-------------------------------------------------------- Iprupen I 0.121 0.091.1.1 0.03! -------------— + --- —-------------------------------------------------------- STRATUM TOTAL | 6.731 5.151.!.| 1.581 ------------------ STAND=80 YEAR=93 STRATUM=1 ------------------------------------- |SPECIES! TOTAL! BOLE | CROWN | BRANCH I FOLIAGE | I --- —--------— j --- —--------------------------------— + --- —---------------- lacerub I 164.43! 110.561 53.871 49.811 4.071 j --- —---------------------------------— + --- —---------------------------- Ipinres I 1949.621 1296.591 653.031 393.591 259.451 1 --- —--------------------— + --- —------------------------------------------ |STRATUM TOTAL I 2114.051 1407.151 706.911 443.391 263.511 ----------------- STAND=80 YEAR=94 STRATUM=1 ------------------------------------- SPECIES | TOTAL I BOLE I CROWN I BRANCH I FOLIAGE | --------------- ------------------------------------------------------------- acerub I 367.541 251.23| 116.311 107.671 8.641 -------------— + --- —------------------------------------------------------!pinres I 3644.661 2413.751 1230.911 739.581 491.331 ----— T TOTAL - 4012.2 --- —-— 01 2664.9 --- —----— 81 1347.23 847 --- —--------------------— 251 499 --- —97 STRATUM TOTAL | 4012.20! 2664.98! 1347.23! 847.25! 499.97! G-55

------------------ STAND=81 YEAR=93 STRATUM=1 ------------------------------------- SPECIES TOTAL | OLE | CROWN BRANCH FOLIAGE ----------------------------------------------- --------- ----- labibal 23.471 12.031 11.441 7.281 4.161 ---------------------------- -------------— + --- --— + --- —— + lacerub | 813.351 605.571 207.791 194.621 13.171 I --- —------------------- + --- —----— + --- —-------------------- Ipinban 12915.221 8652.981 4262.251 3310.081 952.161 -+ --- —------------------— + --- —---— + — -------------------- [pinband 1 294.601 196.651 97.961 76.891 21.061 I --- —-------------------------------— + --- —------------------- pinres 1 11633.931 6219.531 5414.411 4436.591 977.811 ------------- + --- —----------------- ----------- -------- ------ |STRATUM TOTAL | 25680.581 15686.751 9993.83 8025.471 1968.361 ------------------ STAND=81 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL | BOLE | CROWN BRANCH FOLIAGE ------------- I --- —----- ----------— +- ------ lacerub | 6.271 4.741.1.1 1.53| I --- —------------------------------— + --- —----------------------- jamespp 1 290.321 268.121.1.1 22.201 j --- —--------------------— + --- —------— + --- —-----— + --- —-- [pinban I 1070.291 895.671..1 174.611 I --- —-----------------------— + --- —------------------------- jpinband I 164.28| 134.291.1 29.991 j --- —--------— + --- —-----— + --- —-----— + --- —-----— + --- —-----— + --- —----- Ipinres I 1744.951 1423.261.1.1 321.691 j --- —-- ------------------------------------------— + --- —------- - Isalspp I 4.601 3.551.1.1 1.051 I --- —-------------------------------— + --- —------------------------- |STRATUM TOTAL 3280.701 2729.631.1. 551.071 ------------------ STAND=81 YEAR=94 STRATUM=1 ------------------------------------- SPECIES TOTAL | BOLE CROWN BRANCH FOLIAGE I --- —---- ------ ------------- ------------------------------- lacerub 223.991 170.811 53.19I 48.771 4.421 I --- —------------------------------------------------------------ lacesac 1 456.071 366.501 89.571 82.151 7.421 I --- —---------------------------------------------------------------- Ipinban I 14760.811 11197.901 3562.911 2616.461 946.451 I --- —-------------------— + --- —------------------------------------- Ipinres 1 12110.391 7962.541 4147.851 3144.811 1003.031 j --- —--------------------------------------------------------------- ISTRATUM TOTAL | 27551.261 19697.751 7853.521 5892.201 1961.321 ------------------ STAND=81 YEAR=94 STRATUM=2 --- —------------------------------- |SPECIES | TOTAL | BOLE | CROWN BRANCH FOLIAGE | ------------------------------------ ---------- ----------------- lacerub | 0.991 0.741.1.1 0.251 --------------------------------------------------------------------- lacesac 1 13.621 10.661.1.1 2.961 -------------------------------------------------— + --- —-------- arespp | 68.711 61.881.. 1 6.821 j --- —--------— + --- —-----— + --- —-----— + --- —-----— + — ----------------- Ipinban 2394.511 2042.451.1 i 352.061 I --- —-------------------------------------- ---------------------- ----- Ipinres I 2023.061 1651.931.1.1 371.131 -------------— + --- —---------------------------------------------- Iprupen 0.511 0.401.1. 0.111 I --- —------- --------- Isalspp 1 13.441 10.701.1.1 2.741 I --- —-------— + --- —----------------— I G-56

|STRATUM TOTAL I 4514.831 3778.771. 1 736.071 G-57

------------------ STAND=82 YEAR=93 STRATUM=1 ------------------------------------- | SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —--------— | --- —------------------------------------------------------— I Ipinban J 5917.911 3653.971 2263.941 1818.491 445.451 l --------------- ------- + -------------— + --- —-+ --- — + I Ipinband 1 554.141 343.441 210.711 169.551 41.161 1 --- —--------— + --- —-----— I --- —-------------------— + --- —------------------— I Ipinres 1 4988.951 2494.811 2494.141 2142.121 352.021 1 --- —--------— I --- —------------------------------— + --- —------------------— I |STRATUM TOTAL | 11461.001 6492.211 4968.791 4130.161 838.631 ------------------ STAND=82 YEAR=93 STRATUM=2 ------------------------------------- | SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —--------— I --- —------------— + --- —------ Iamespp 1 7.061 6.151.1. | 1 0.911 I --- —-------— + --- —--------— + --- —-----— I |pinban 1 1756.361 1454.191..1 302.171 1 --- —--------— I --- —----------- ----------------— + --- —------ Ipinband I 6.641 4.941..1 1.701 I --- —--------------------------------------------— + --- —-----— + --- —------— I Ipinres 1 4569.791 3783.361.1.1 786.441 --— I — -----------------------------------------— + --- —-------------------- STRATUM TOTAL I 6339.861 5248.641.|.1 1091.221 ------------------ STAND=82 YEAR=94 STRATUM=.1 ------------------------------------ |SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —--------- ----- ------- ----------— + --- —------- |pinban | 8583.971 5972.461 2611.511 2019.141 592.371 1 --- —--------- ------------------------------------------------------------— I Ipinres 1 6273.301 3526.621 2746.681 2280.631 466.051 I --- —---------------------------------------------— + --- —-------------------— I ISTRATUM TOTAL | 14857.271 9499.081 5358.191 4299.771 1058.431 ------------------ STAND=82 YEAR=94 STRATUM=2 ------------------------------------ ISPECIS | TOTAL | BOLE | CROWN | BRANCH FOLIAGE | I --- —-----— I --- —----— + --- —---— + --- —------- lamespp I 26.511 23.751.1 * 1 2.771 1 --- —--------— + --- —-----— I --- —--------— + --- —------------— + --- —------ Ipinban i 1828.771 1515.351.1.1 313.421 I --- —--------- ------------------------------------------------------------— I Ipinres 1 3579.931 2952.901.1.! 627.031 ------------------------------------------------------------------------ STRATUM TOTAL I 5435.211 4491.991.1.1 943.211 G-58

--- STAND=83 YEAR=93 STRATUM= ------------------------------------- ISPECIES TOTAL I BOLE CROWN BRANCH FOLIAGE | --------------------------------------------------- ------- ------ Ipinban 1033.471 618.761 414.711 345.761 68.951 -------------— + --- —-----------------------------— + --- —--- Ipinres 1 367.811 177.831 189.981 165.951 24.031 l --- —--------— + --- —----— + --- —--— + — -— + — -— + --- —-- jpinstr 1 1210.881 1025.281 185.611 131.511 54.091 I --- —--------— + --- —-----— + --- —-----— + --- —-----— + — -----— + --- —----- Ipoptre 128.551 114.781 13.771 10.50| 3.271 ------------------------------------------------------------- STRATUM TOTAL | 2740.72 1936.65 804.071 653.72 150.34 ------------------ STAND=83 YEAR=93 STRATUM=2 ------------------------------------- ISPECIES TOTAL | BOLE CROWN BRANCH FOLIAGE | I --- —--------— I --- —------ --------— + — ----- ------- ----- labibal | 26.781 21.051.1.1 5.73 j --- —--------— + --- —-----— + --- —----- + — -— + ---— + --- —--- lacerub 1 63.76| 50.71|.1.1 13.051 j --- —--------— + --- —-----— + --- —-----------------— + --- —---- lamespp 19.041 16.801.1.1 2.241 --------------— + --- —-----— + --- —---— + — -— + ----------------- Ibetpap 1 57.62| 47.101.1.1 10.521 I --- —--------— + --- —-----— + --- —---— + — -— + ----------------- Ipinban 1 3556.701 2903.471 ~. 1 653.231 I --- —--------— + --- —-----— + --- —-----— + — --- -- -— + --- —-- Ipinres 1 14007.82| 11588.74| ~. 1 2419.081 I --- —--------— + --- —-----— + --- —---— + — -— + --- —+ --- —---- Ipopgra 1 409.721 311.961..1 97.761 1 --- —--------— + --- —-----— + --- —--— + ---— + --- ----- -------- jpoptre 1 1.601 1.301 ~. 0.301 I --- —--------— + --- —--— + ---+ --- —- — + — -— + --- —---------------- Iprupen 1 45.401 35.221.1. 1 10.181 I --- —--------— + --- —-----— + --- —----- -- --- -------— + --- —------ Iquerub | 6.111 5.091.1.1 1.021 I --- —--------— + --- —-----— + --- —-----— + — --- ------- ----------- Isalspp 1 7.301 5.661.1.1 1.641 I --- —--------— + --- —-----— + --- —---— + — -— + ------- --------- STRATUM TOTAL 18201.861 14987.101.1.1 3214.761 G-59

-------- STAND=83 YEAR=94 STRATUM=1 ------------------------------------- ISPECIES TOTAL | BOLE | CROWN BRANCH I FOLIAGE I --- —---------- ----------— + --- —-----------------— + --- —-----— + --- —-------- Ipinban 2486.081 1717.501 768.571 619.361 149.211 I --- —-------------------------------------------------------- Ipinres I 4280.611 2396.981 1883.641 1595.661 287.981 ----------------------------------------------------------— + --- —---- Ipinstr 1690.301 1481.241 209.061 146.481 62.571 -------------------------------------- -------------------------------------------- I popgra 1 114.161 101.591 12.571 9.801 2.771 I --- —--------— + --- —------------------------ ------- -------------- ISTRATUM TOTAL | 8571.16| 5697.321 2873.841 2371.301 502.541 ------------------ STAND=83 YEAR=94 STRATUM=2 ------------------------------------ ISPECIES TOTAL | BOLE | CROWN BRANCH FOLIAGE | I --- —---------------------------------------— I lacerub | 28.43| 22.111.1.1 6.321 I --- —--------— + --- —------------------- lamespp | 21.541 18.991.1.1 2.551 + --- —--------------------— + --- —---- ---------- --------- [betpap 1 6.221 4.941.1.1 1.28| I --- —-------------------— + --- —-----— + --- —-------------------- Ipinban 1 1213.421 976.701..1 236.721 I --- —-------— + --- —-----------------— + --- —------------------- Ipinres 1 8524.50| 7042.611..1 1481.891 I --- —----- -------------- -----— + --- —-----— + --- —------------- Ipopdel 1 0.291 0.201.1.1 0.091 I --- —------- ------------ Jpopgra 1 273.971 208.291..1 65.681 I --- —--------— + --- —-----— + --- —-----— + --- —------------------------------- Ipoptre 1 3.041 2.471.1.1 0.561 I --- —-----------------------------------— + --- —------— + --- —----— I Iprupen 1 71.251 55.191.1.1 16.061 I --- —--------— + --- —-----— + --- —-----------------------------— + --- —------- Ipruser 1 18.161 14.101..1 4.061 I --- —--------------------— + --- —-----— + --- —---— I Iquerub 1 39.581 34.251.1.1 5.331 I --- —--------------------------------------------------------- Isalspp 1 7.021 5.611.1.1 1.411 I --- —-------------------------— + --- —------— l+ --- —I |STRATUM TOTAL | 10207.421 8385.451.1.1 1821.971 G-60

------------------ STAND=85 YEAR=93 STRATUM=1 ---------------------------------------- |SPECIES | TOTAL | BOLE | CROWN | BRANCH I FOLIAGE I --------------- ----------— + ---- + + --- —------------------ labibal I 766.92| 457.481 309.451 211.07| 98.381 I --- —--------------------— + --- —-----------------— + --- —-----— + --- —-----— j |acerub I 10449.801 8452.18| 1997.631 1841.55| 156.081 --------------- + + ----------------------------------------------------------- lacesac I 91559.871 73292.151 18267.721 16870.351 1397.381 j --- —--------— + --- —---------------------------— + --------— + --- —-------- Iamespp I 153.071 123.291 29.781 23.851 5.931 -----------— + + + --- —------------------------ Iostvir I 4322.371 3189.431 1132.941 1061.181 71.771 -------------— + --- —----------------------------— + --- —----------------- |picgla I 31.421 16.191 15.231 9.101 6.131 I --- —- -------------------— + --- —+ --- —+ --- —+ ---— +- --— I Iprupen I 1095.241 811.091 284.161 267.821 16.341 I --- —---------------------------------------------— + --- —-----— + --- —-----— I Ipruser I 75451.501 58031.401 17420.101 15809.711 1610.391 j --- —--------------------— I --- —------ ---------— + --- —-----— + --- —----- I Isorame 1 198.231 157.301 40.931 35.151 5.781 + --- -----------------------------— + — -----— + --- —-------------- [STRATUM TOTAL | 184028.441 144530.501 39497.94| 36129.771 3368.181 ------------------ STAND=85 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES | TOTAL BOLE CROWN I BRANCH I FOLIAGE | I --- —--------— I --- —--— + — --- ---— + --- — --------- labibal 1 227.48| 175.38|..1 52.091 j --- —--------------------— I --- —------------------— + --- —-----— + --- —-----— I |acerub I 3.081 2.30|.1.1 0.781 I --- —---------------------------------------------— + --- —-----— + --- —-----— I lacesac I 490.841 399.931.1.1 90.921 I --- —---------------------------------------— + --- —+ --- —--— +- -- ------— _I Icorcor I 0.231 0.171.1.1 0.061 I --- —------------------- ------— + --- —---— + ---+ --- —-- I Iostvir I 0.361 0.311.1.1 0.061 I --- —------------------------------— _ —+ --- —+ --- —---------------- I Ipicgla I 36.081 27.461.1.1 8.621 I --- —--------------------------------- ---------— + --- —----— + --- —------ I Ipruser I 302.731 233.27|.1.1 69.471 -- ------- 100.38... --- —— + — --— 222.00-+ — -— +- ---- STRATUM TOTAL I 1060.801 838.811.1.1 222.001 G-61

------------------ STAND=86 YEAR=93 STRATUM=1 ------------------------------------- ISPECIES TOTAL BOLE | CROWN | RANCH I FOLIAGE I --- —------- I --- —------------------ ----- ----------- lacerub 1 104367.141 85664.661 18702.491 17282.931 1419.561 -------------— + --- —-------------------------------------------- lacesac 1 47443.511 38482.501 8961.011 8241.391 719.621 ------------------------------------— + --- —------ ------— + --- —-- faggra | 31145.401 24488.051 6657.351 6112.971 544.381 1 --- —----------------------— + --- —--- -+ — -— + — -— + --- —-- Isorame 1 405.921 316.021 89.901 79.981 9.921 -— + --- —-----— + --- —-----------------— + —+ --- —--- -- ISTRATUM TOTAL | 183361.981 148951.231 34410.751 31717.271 2693.481 ------------------ STAND=86 YEAR=93 STRATUM=2 ------------------------------------ |SPECIES TOTAL I BOLE I CROWN | BRANCH I FOLIAGE I --- —--- ----------------------------------- ----------------------------------- labibal | 89.601 67.611.1.1 21.99| 1 --- —--------------------— + --- —---------— + --- —---- lacerub 1 84.451 66.84|.1.1 17.621 I --- —--------— + --- —---— + --- —----------- ---— + --- —------ lacesac 1 77.381 62.961.. 14.421 I --- —-------------------------------— + --- —------------------------ lamespp 1 5.221 4.461.1.1 0.761 I --- —-------------------— + --- —---------------------------------- betall | 51.631 46.541.1.1 5.091 I --- —--------— + --- —-----— + --- —----- + — ----- --- ----- faggra 1 390.831 316.841.1.1 73.991 I --- —-------------------— + --- —-----— + --- —------------------------ pruser 1 27.681 21.501..1 6.171 I --- —-- ------------------------------------------ + — + --- —---- ISTRATUM TOTAL | 726.801 586.761. |. 140.041 G-62

---------------— STAND=87 YEAR=93 STRATUM=1 ------------------- ISPECIES TOTAL | BOLE | CROWN | BRANCH FOLIAGE I --- —---------- ----------— + --- —---- ---- -+ — -— + --- —------ lacespi I 31.141 1-9.191 11.951 10.90J 1.061 -------------— + --- —-----— + --- —-----— + --- —---------------- -------- lalnrug | 4644.481 3268.311 1376.181 1069.291 306.881 ---------------------------------------------------------------- ----- lbetpap I 783.191 549.901 233.291 194.851 38.441 I --- —--------— + --- —------------------------------- ---------------- lpopbal I 7444.76J 6497.211 947.541 811.18| 136.361 I --- —-------------— +- --— + --- —-- -+ --- —---- -------------------- Ipoptre I 41610.371 36299.511 5310.861 4550.491 760.371 -------------— + --- —------------------------------------------ ----------- Isalspp I 18.061 16.251 1.811 1.281 0.531 I --- —--------— + --- —-----— + --- —----- --- STRATUM TOTAL | 54532.011 46650.371 7881.631 6637.991 1243.641 ------------------ STAND=87 YEAR=93 STRATUM=2 ------------------------------------- SPECIES | TOTAL | BOLE | CROWN | BRANCH FOLIAGE I-I --- —------------------------------------ lacepen I 2.641 2.011.1.1 0.631 + --- —--------— + --- —-----— + --- —--- -+ — -— + — -— + --- —-- lacerub I 128.16| 106.48|.. 21.68| -------------— + --- —--------------------------------------------------- -- lacespi I 64.721 52.611.1.1 12.121 I --- —--------— + --- —-----— + --- —------------------------------ jalnrug I 2222.971 1928.421..1 294.551 I --- —--------— + --- —-----— + --- —----- ------------------------- lamespp 1 4.691 4.231.1.1 0.471 I --- —--------— + --- —-------------------- ------ -------- |betpap 1 13.981 11.391.1.1 2.591 I --- —------- ----- ------------ — 4 --- — Jcorcor 127.781 103.091..1 24.691 I --- —----------------------------------------------------------- Icorsto 1 228.741 181.661..1 47.081 I --- —--------— + --- —-----— + --- —-------------------------- lfranig 1 23.811 20.141 1. 1 3.671 -------------— + --- —---------------------------------------------- llonspp 1 4.741 1.941.1.1 2.801 I --- —--------— + --- —-----— + --- —------ |popbal | 418.26| 345.801.1.1 72.46| I --- —--------— + --- —-----— + --- —-----— + --- —------ -------------------- Ipoptre 1 295.931 245.081.1.1 50.851 ------------------------------------— + --- — ------- ---------— I Ipruvir 1 32.651 25.251.1.1 7.401 I --- —--------------------------------------------------------------- -- Isalspp 1 59.611 51.311.1.1 8.301 -------------— + --- —--------------- ----------------------------------- |STRATUM TOTAL | 3628.691 3079.401.1.1 549.291 G-63

------------------ STAND=88 YEAR=93 STRATUM=1 ------------------------------------- SPECIES | TOTAL | BOLE | CROWN | BRANCH I FOLIAGE I I --- —------------------- ---------- ------ — _ -+ --- —---- labibal 1 4171.391 2723.531 1447.861 1011.79J 436.081 -------------— + --- —-----— + --- —--------------- ----------- ----- 1larlar 1 1509.981 1229.831 280.151 208.281 71.861 | --- —--------— + --- —-------------------------------------------— + --- —----- I Ipicgla I 4562.221 3236.081 1326.141 751.621 574.531 -------------------------— + --- —------------— + ---— + ----------------- Ipicmar 1 27467.711 22464.491 5003.221 3789.401 1213.811 --------------------------------------------— + --- — -------— + ----- Ithuocc I 135577.12 83125.081 52452.041 35156.51 17295.531 -------------— + --- —-------------------------------- + -------------------- ISTRATUM TOTAL | 173288.421 112779.011 60509.411 40917.601 19591.811 ------------------ STAND=88 YEAR=93 STRATUM=2 ------------------------------------- |SPECIES I TOTAL | BOLE | CROWN I BRANCH I FOLIAGE | --------------- ----------— + --- —---— + --- —------------------- ---- labibal | 299.28| 223.00|.. 76.281 --------------------------------------------------- ----------------- lacerub I 2.28| 1.801.1.1 0.481 1 --- —--------— + --- —------------------------------— + --- —-----— + --- —----— I lacespi I 0.861 0.661.1.1 0.201 1 --- —--------— + --- —------------------------------— + --- —— + --- —+ --- —----- I Ibetpap | 0.271 0.20|.1.1 0.071 1 --- —--------— + --- —-------------------------------------------— + --- —----- I |lonspp I 2.781 1.481.1.1 1.301 j --- —----------------------------------------------------------— + --- —----- I Isorame 1 0.471 0.401..1 0.071 j --- —-----------------------------------------------------------— 4 --- —----- I Ithuocc 1 934.10| 756.03|.1.1 178.061 j --- —----------------------------------------------------------— + --- —----- I |STRATUM TOTAL I 1240.031 983.561.1.1 256.471 ------------------ STAND=91 YEAR=93 STRATUM=1 ------------------------------------- I SPECIES | TOTAL | BOLE | CROWN I BRANCH I FOLIAGE | - I --- —--— + --- —----------------------— + --- —+ --- —-------------- |abibal | 25.001 13.341 11.661 7.461 4.201 - ----- --- -----------— + --- —----------------- |acerub | 627.121 485.161 141.951 130.821 11.141 + + ------------------------------------------------------------ lacesac 1 78484.101 61682.451 16801.651 15624.261 1177.391 ----- -— + -------------------------------------------------------- |betall | 1262.171 1010.771 251.401 234.861 16.541 j --- —-----— + --- —----— + --- —------------------------------— + --- —----- I Ifaggra 1 41668.001 32702.771 8965.231 8388.711 576.531 -------- + ------------------------------------ ----------------- Ipruser 1 13.741 11.211 2.531 1.141 1.401 — + ----------------------------------------------- ----------------- ISTRATUM TOTAL I 122080.13 95905.711 26174.431 24387.251 1787.181 ------------------ STAND=91 YEAR=93 STRATUM=2 ------------------------------------- | SPECIES I TOTAL I BOLE | CROWN BRANCH I FOLIAGE | -------------— I --- —----------------------------- ----------— + --- —------- labibal! 509.371 389.59! J.I 119.73% --------------------------------------- -- ----- ---------------------- |acerub | 61.831 49.951. 1.1 11.881 | --- —-------— + --- —--------------------------------------------— + --- —------- acesac 1 403.081 315.171.1. 87.911 -------------— + --- —----------------------------— + --- —-----— + --- —-----— I lamespp 1 0.47J 0.401. 1.1 0.071 ----------— + --- —-----— + --- —--------------------------- — + ---- ------ faggra 1 512.621 463.281. i.1 49.341 -------------------------— + --- —----------------— + --- —-----— + --- —-----— I G-64

Ipoptre 1 3.081 2.491.1.1 0.591 -----------------------------------— + ---- - -— + ----- I Ipruser 1 69.981 54.271.1.1 15.711 ------------------------------------------------------------- |STRATUM TOTAL | 1560.43| 1275.151.1 |.1 285.281 ---------------------------------------------------------------------------------- G-65

APPENDIX H: DIAMETER AND HEIGHT HISTOGRAMS BY SPECIES

FREQUENCY FREQUENCY I S ______________________________________________________________________ CR - - CR.4 -.4 '4 CR -4 U Q U 0 C. S S C U S U a CR a CR 5 U -4 * 9 A.Lall CD I En ar, co 0..a En 0) Eg CD co

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Cornus stolonifera u cra 300 - 100 - 0 -4 I 3 1 1 I L 1S 1 17 1i 3 1 a U *? St 31 A U 31 " U 4L4 4 41 43I1S U 31 U I U1 U W U 71 71 STEM DIAMETER (cm) rz 300 - 200 - 100 - 0 -j 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (in) H-li1

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Fagus grandifolia 3000 2000 u Z w Cr 3 W4 Pk 1000 0 I 2 1 7 9 11 1 I It 1 t 1 tlU II 1 U 1 41 a 4 446 a1 M a a a U II aJ a Ia U 7 7 STEM DIAMETER (cm) >4 u z w a wt re 1900 1800 1700 1800 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (m) H-13

Fraxinus americana u z 30 - 20 - 10 -~ IU I. 0 -j L I 3 a I S 11 Is Is 2 IT to II IS a IF 31 UI u ST U 41 a3 a 4? 45 1 U U? U a a a a? a 11? STEM DIAMETER (cm) V:4 la6 17 16 15 14 13 12 11 10 9 a 7 6 5 4 3 2 I 0 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (in) H-14

FREQUENCY FREQUENCY C 1 CA 0N 40 111%1 02 >4 b..j. Z W =1 P..w. arq P)

FREQUENCY toCa &P FREQUENCY co C0 I a -,I. Q3... I A-A-A-&.A-L.A................................................ I c a) -I 0 CA 0 I.a.4 4. U2 a 0 K a 8 U i S tv U CD,.......................................... I - l -- I

FREQUENCY I.- w C& b FREQUENCY C0 C A............. I.....A.A.J I'a A.6 A. Ui A. 4 Q 6 —dCZ 2 0 9 a a a v S S 3 a v 3 t t a e S C." U, 0 0 S E3......... I......... I.................

Larix laricina 6 4 U 2 I I3I? I I i IS II 1? 1 I 3 a a U a i1 U3 a Sy a 41 STEM DIAMETER i 10 o z 6 W 3 5 a, 2. ~ ' 4 a 4 4 41 I u uff U a U a a ir 1 (cm) I 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 3 397 41 43 45 47 49 TREE HEIGHT (m) H-18

Ledum groenlandicum U4 uI 14 - 13 12 -11 - 10 - 9 -8 -7 - 6 - 5 - 4 -3 -2 -0:.4 I I 2 I I ie 11 1? 1 1 Ito a1 a U SP 2 41 42 i E1 4 I SI S GO U U ST U " n STEM DIAMETER (cm) z 14 - 13 -12 - 11 - 10 - 98 a7 - 6 -5 -4 -3 -2 -1 - n - V.~ 1 3 5 7 9 It 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (m) H-19

Lonicera spp. u z 50 - 40 -30 -20 10 - 0 -.4 1 3 a I I II 13 is I? to 31 U a V U a1 U a 3? U 41 43 46 4? a Al U U P U a U U Pf U In t STEM DIAMETER (cm) 50 - 40 - U rz 30 - 20 - 10 - U 1 3 5 7 9 I11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (in) H-20

Nemopanthus mucronata 150 140 130 120 110 -100 80 a 70 60 50 40 30 20 10 0 X 11 X I- sf 1- tU I - a ii 2 1 a n m a - - u a a STEM DIAMETER (cm) 170 160 150 140 130 120 110 M 90 70 a so 60 -50 40 30 20 10 0 - 4a i U a fa I a a a7 rt 73 1 3 5 7 9 11 13 15 17 19 21 23 25 27 2 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (m) H-21

FREQUENCY FREQUENCY C U U 0 U CO C-I t-I A LI l*

FREQUENCY FREQUENCY ICC)a a. A b. I - U O U re a re a Le a U V S Lo a a a I I m m 0 1 - 0 CD CD

FREQUENCYFRQEC FREQUENCY O bi CD C3 I I I I. -.. A..... I..... -. -... I...-... —.-.. I CA "El-I"-.4 Ca Cd.4 I II -0 W a S a S a 3 I El U M J -U.......... El *ii I 'IV CD b-W

FREQUENCYFRQEC FREQUENCY &- b.- - $.- 6- - - a a I I i I I 9 I I ~ i I I i E I.......... a a a a - - - I - - - a... I I I......... -- L......... L. -... -—...- - - I I m 0.1 -4 CA -5 'a I-4 Ca 40 0 U4 a a a a U is a La S a II...I...I...I I..6I —aI —.I I I... - U U I I

FREQUENCY FREQUENCY ai ai I... I,,a....I. I 9 I I I I.... I.... I,, ~ I A-.... I.... I.. en.4 P.CA Cm.4 0 I: 90 El t Is Ca A. re C& U...................... I I a a a 0 a S Ia CO -I-I -I -I —II 'IO U26 0 U2

FREQUENCY FREQUENCY CDP a I 8 a i. I....I... i. 1.... a J cm.4 IU$ z '-4 a.4 ea q m w t=0 9 4 rAj:0.0 —. 0 s U 4 U0 Ua a U I a U2 v a S1 a 3 3 U I a U 3 a r a U I — I - - - m I — II-. -I'll* - U U U U I I I I I I *1 -0. 0~ CA,

FREQUENCY FREQUENCY N 6a CD 6- ra C& o. i Cb 0 c 0 40 0 - a........ a -. k. O O' Lj.................................................. c& CA 0 -04 Ca;j 0 -ba OD0 P. re S a a a a V a t C a c a a a a a......... I........ I......... I........... I......... a m -- 01 0~ U2c '-4 PCd '*1

FREQUENCYFRQEC FREQUENCY I —.. I.. I C0 f4 40 to I ---- - - ea -4 U PCa -4 6C 4 m 09 Cl P-4 2 w 0 El *1 S4 U a U% 3 a U2 U a C S a U a t e a a I a 0 CD, 0 OUW I --- I

FREQUENCY i.. FREQUENCY I I I a I I I E I.... I.... I.. I.... I.... I L I ea 0 P-.4 oo 0U CA.4 "I * U -. E3 Q tzl 5"OK 0I 0 5 a I S a a a I I I U U U U I U I I I 0 U): 'r1 6-4-j

(LI) V.. Cl) I: a a S a a a t A a a I h a Uk a a a i0. s 0.4 I-.4 6, a -0 Cb 6, Cf)...... I ~. -.. ~.... U I U to 40 0 F Ia9~I I0 3 AamnIfbamA ~~l~! xamanbaaa

FREQUENCY FREQUENCY 1.1.1" I I i a. I. `2I I 1."a'1 I i. I I.1I1.1 I 0 i ~ I 2: C, M M tas w tid 0 1 0 0 Iba P.. 6 -O I-4 6 -0 M 1-6 tl Et I a 1, ra 9 I 0 06 bt 006 ON dob. a.06 40................................... _.. ~ ~ m U I I I I m m l i! 2 to" v El to a S4 B Ua z a a U S a I S S a S S U: a a U a m I I I I I I 0 Co I 0 5= r~ -1 CD B Z on-" 0 I' CD (A

z N Nr wI 170 - 160 - 150 -140 - 130 -120 - 110 - 100 - go0 -so0 -70-, 60 - 50 - 40 - 30 - 20 - 10 - 0 - Prunus serotina.4 3 1 9 It 1 16 1121 17 15 1 U U JR U 31 U 5 3? U 41 43 4 4? 46 I1t1 U 1? U 6 1 U U U U 11 Y STEM DIAMETER (cm) U z N 140 130 120 110 100 go 60 70 60 50 40 30 20 10I 0 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (in) H-33

Prunus virginiana u z w cr w 0: 6 -I5 -4 -3 -2 - I1 - I 0 J! I U IJ I 11 U 15 1 T s1U I N U 31 U 3 S W 41 4 4 dn a U U 8N U L U S N U 71 3 n STEM DIAMETER (cm) 6 5 4 >4 U Z O' 43 W. Pk 3 2 1 0 1 3 5 7 9 11 13 15 17 19 21 23 25 27 2 31 33 35 37 39 41 43 4 47 49 TREE HEIGHT (m) H-34

Quercus rubra u z crl 200 - 100 - 0 -j I - I I * *! 1II IS 1I 1 II U IS IT U 21 3 I S 41 4 4n 4? 4D St U 6 IF ST U I IS U W 1 1 7n STEM DIAMETER (cm) 300 100 0 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (m) H-35

FREQUENCY U I FREQUENCY CD i I I co* 'a 0) CA (a.4 A. e0 00 a a tC a S a U E3 R I a C%........L." -M- - cy2 A) U,

Sambucus spp. u z op al a8 -7-. 6 - 6 -4 -3 -2 -1 - 0 — j 0 I 3 a? I 11 is Is 1? 19 El a U6 7 U a1 3 a 17 a 41 4a 48 4? a fi a u 17 a 61 a a of a it? STEM DIAMETER (cm) 6-~ 7 - 6-" 6 - 4 - 3 - 2 - I1 -0 1 3 6 7 9 11 13 16 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (in) H-37

Sorbus americana u Z or t4 >4 or y1 14 13 12 11 10 9 a 7 5 4 3 2 I1 I I I 11? I Ui If 19 U U It i SE U D1 U M ER 41 4(6 a a a1 Ut a a a a Ua I? U a STEM DIAMETER (cm) 11 I 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (m) H-38

FREQUENCY I....* FREQUENCY o 0 - - *a I 8 0 I - - - ".,1..-.... ~.... J ~~....................... '4 PID I u P3 M CO 0c a ti 0 0, S~ to p t; tl U a a a 9 a S 8 of II tt v 3 S a it t: s a s a.m;I * I - - r. "rE 0 0 () C) P —.w En

Tsuga canadensis 9 -7 6. U 2 O H 0* I I3? 3 I I 11 t 1 9 1 a I i I t a Sy I 41 4 STEM DIAMETER (cm 17 1a 15 14 13 12 11 U 10 Z I 7 Pk m 4 4" 4 Mu 8 " r 1f u a O a P nU L) 1 3 5 7 9 I1 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 TREE HEIGHT (m) H-40

FREQUENCY FREQUENCY i I a | c | m r.p CA,4 ~3 e.,, 4m,, -ptz:: cl:

APPENDIX I: DIAMETER AND HEIGHT HISTOGRAMS BY STAND

a

STAND=22 YEAR=94 >4 U z I'D 120~ 110 - 100 -90 - 80~ 70 80 -50 - 40 - 30~ 20 - ME. A I u 1 3 5 7 S 11 13 1, 17 13 21 23 25 27 23 31 33 25 37 33 41 43 40 47 40 51 53 5 57 50 61 3 U Pt 60 717 TREE HEIGHT (in) STAND=22 YEAR=94 70 60 50I U z 40 30 20 10 0 1 3 5 7 0 It 13 15 17 13 21 23 25 27 23 31 33 35 37 33 41 43 4a 47 43 51 53 5 57 56 61 63 65 67 69 71 73 STEM DIAMETER (cm) 1-I

FREQUENCYFEUNC FREQUENCY i C0 I dhb 8 I 40 tri:0.4 ~3 l. ~3.4 I. a 0 -1.4 a3 ~3 S a 8 -a ii................................ I-I - I1 iL to a3.4 I4 S.. U C/) a I I a.4.4 a CU) I I................... I.......... m -

STAND=24 130 120 110 100 90 > u z 0 o1 w 9 60 70 60 50 40 30 20 10 0 1 3 5 I I 11 I3 1 1 IT 31 33 5 27 I 3 t 33 35 3? 31m 41 43 4 47 43 St u 3 5T? SO 61 3 m 1 71 73 TREE HEIGHT (m) STAND=24 >L u 2 w IID cr a gL 160 150 140 130 120 110 100 90 80 70 60 50 40 30 20 10 0 1 3 S 7 11I 13 15 17 1I 21 23 25 27 2 31 33 35 37 35 41 43 45 47 49 1 513 6 57 5 61 63 65 87 66 71 STEM DIAMETER (cm) 1-3

STAND=25 z 0' P=q 200 190 180 170 -180 160 140 -130 -120 -110 100*90 * 80.70 - 80 - 60 - 40 - 30 - 20 - 10 - 0 - i i I I ImiI~II. 1 3 5 7 I 11 13 15 1? I1 31 33 3 1? 39 31 33 35 3? 35 41 43 43 47 49 51 53 5 5? 85 61 63 66 67 5 71 73 TREE HEIGHT (in) STAND=25 300 200 z 0' 100 0 1 3 5 7 S 11 13 15 17 1S 31 33 35 37 39 31 23 25 37 39 41 43 43 4? 4, St 53 85 5? 85 61 63 85 P7 OS 71 73 STEM DIAMETER (cm) 1-4

STAND=26 L) 0' 1000 900 B00 700 800 500 400 300 200 100 0 I'll 1 3 6 I S It 13 11 1? 10 31 33 35 2?2 St 31 35 3 3 35 41 43 4 4? 45 S 63 63M 5? 5 61 U 35 6? 5 71 7'1 TREE HEIGHT (in) STAND=26 Bo00 700 600 z 0' 4Lg 300 400 300 200 100 0 1 3 5? 5 11 13 15 1? 1S 21 23 25 2? 29 31 33 35 3? 39 41 43 46 4? 45 51 3 56 5? 55 61 63 66 6? 6 71 ' 3 STEM DIAMETER (cm) 1-5

STAND=27 300 200 z i44 100 0 - 1 3 5 7 I 11 13 11 17 1I 21 23 56 27 It St 33 X3 37 36 41 43 44 47 46 St 63 56 5? SO 61 63 6517 6 71 73 TREE HEIGHT (in) STAND=27 z 0' 190 180 170 180 150 140 130 120 110 100 90 80 70 so0 50 40 -30 -20 -10 0 1 3 5 7 6 11U 13 1 17 16 31 33 25 27 36 31 33 35 3? 36 41 43 45 47 41 51 53 a 57 a3 61 63 65 67 69 7 1 7 3 STEM DIAMETER (cm) 1-6

FREQUENCY FREQUENCY bC I I 9 - I - - - - - - - - - a - - - - - - - - - a ao I. A.A I.I.. I I I. I... A I - - - - I L. A A. A I.. I....... I -...... I....... I....... A. I. i -A...... I I IA.4 TIA 6a cn a %:a =3 U I I I I I I I 0 -IA.4 I I I I I U U I I I I I I I I I I I I Cl) co a a a 1-3:I a P- S 0 b3.4 aN I I Cf) 03 II Co CC)

FREQUENCYFRQEC FREQUENCY C) I AIA A-AA I. I. 1. AC 0 CDP. I I.. A...I. cn b —3 tzj t=j I 5 OD r tri M w 10011%. 0 19 0-.4 a v.. -64 t a 3 0 a a!3 I U -......~A................ -.LAJAAA U U cl) I I t~ IN 0 I Go.4 40 IIa Is U3 a a a 3 a...............a.....I.................. U U I U U/) I I I I I

STAND=31 >4 U z 0' 120I 110I 90 70 80 50. 40 30 -20 -10 I S S I I 11 13 15 1? I 31 It US 3? U 3t 33 3 3? 33 41 43 43 4? 40 51 63 63 5 6 61 3 U6 U N 7 1 73 TREE HEIGHT (in) STAND=31 120 110 100 90 80 70 60 50 40 30 -20 -10 0 - 1 3 5 7 I 11 13 15 1? 1S 21 33 5 27 2U 31 33 35 3? 33 41 43 46 47 46 51 53 6 57 60 61 63 6 11 6 71 73 STEM DIAMETR (cm) '-9

FREQUENCY FREQUENCY o P- P.- O.- P- bO" C31 40 9 9 t. 8 a -01 a a '8' IC; C"30 9 OC311 9 I - - - I... I... I... I - -. I... I - - - I - - A-1 A-.. I... I... I... I... I... I... I P. U a D. I..4 U to~ H! 61 a 0 a 3 -..........-.......-.......... - MIII- I -I -- - MMI -I - I - MMIII - II - IE 0 I --- --- - - - II..'U I Cf) I I 6-3:0 m rij p 0 4 4..4 a Ub.. w a. P. a a C.4 AS 0 a S S I C/) I I II — I I I

FREQUENCY FREQUENCY o I I, I g. a 8 8 E ~II 00 S0 5 0 S8 60.4 40 Sp CI)" a En a i SU ----------------------------------------------- I U,a E-.1. lull liii 5. U I I I r. a a II I "'p 0-i.4 0-.& 0 ra 0. (a I I C/) -3 Z II

STAND=32 150 140 130 120 0D 110 100 90 80 70 80 50 40 30, 20 10 0 1 3 5 I I 11 13 15 1? 11 21 23 5 2? * 31 31 5 3? 33 41 43 46 47 41 51 63 56 5? 63 61 63 06 i 66 71 73 TREE HEIGHT (in) STAND=32 t00 90 80 70 U4 0' 60 50 40 30 20 10 0 1 3 5 7 S 11 13 Is 1? 1S 21 23 85 27 23 31 33 35 27 33 41 43 45 4? 4, St 53 6 5? GO 61 63 6 P 63 71 73 STEM DIAMETER (cm) 1-12

STAND=33 YEAR=94 300 200, z p0' 100 0 1 3 I 7 I 11 13 t5 1? 13 21 23 62 2? 21 St 33 35 3? 35 41 43 41 4? 4 51 53 5 5? 55 61 62 55 P 66 71 73 TREE HEIGHT (in) STAND=33 YEAR=94 500 400 >4 C. z 0' 300 200 100 0 1 3 5 7 3 11 13 15 1? 1S 21 23 25 27 29 31 33 35 3? 59 41 43 45 4? 46 51 3 56 5? 55 61 63 U 66 71 73 STEM DIAMETER (cm) 1-13

FREQUENCYFRUEC FREQUENCY CD.1 I -I I L-L CO 4 txj I w a t,-l 4 5: z I tzj w (1) E3 La CR I. P. N Is S. ~.4 0 a a 0 a S 02 I in ir....................... Cfl I I as -4 -a ra U a 6e a..4 ta -a a a I C/) I I CAD............................... - I - - I -

STAND=35 >4 u 2 0I' or U 9 70 60 50 40 30 20 10 0 * 1 3 6? * 11 13 18 17 19 31 3 f? B 31 3 3 3 B 41 43 4U 4? 47 4 1 51 M 7 5 6 01 63 86 6 6 71 73 TREE HEIGHT (m) STAND=35 50 40 >4 crq 30 20 10 0 1 a 6 7 6 11 II 1 17 19 31 3 U5 2? 31 3 36 3? B 41 4u 447 4? s4 u 6 5 T 1 6 6I 6 70?7 73 STEM DIAMETER (cm) 1-15

STAND=36 YEAR=94 z 0' 120 t10 100 90 60 70 60 60 40 30 20 10 0 1 3 8 7 I 11 13 1I 1? 11 21 23 25 27 29 31 33 39 37 39 41 43 48 4? 49 St 83 58 57 89 St 63 a P 63 71 73 TREE HEIGHT (in) STAND=36 YEAR=94 60 50 40 >4 u z w cr w k 30 20 10 0 Im. 1 3 5 7 9 11 13 Is 17 19 21 23 29 27 29 31 33 35 3? 35 41 43 48 4? 49 SI 3 58 57 SO 61 63 S& 6? 69 71 73 STEM DIAMETER (cm) I-16

FREQUENCY FREQUENCY C CZ I..... 0 0l ow.4 CA II C/) tzj 'II

FREQUENCY' FREQUENCY a a 106 - w 9 9 0 a a 0 a I.... I... I I- A6AI. A I I ]I A I 0 0 0 S 0 9 a C 0U 01 -II 0 6. -- Go~ &P a M a a 0 -8: 0 s S.... I.... I.. I. I... I - I -.. I. -. -.................. -.. -....................................... I I I Ob l - I 'a 40 -A S. C/) a tzf a I I qCo tz - ' —3 CI) CC) 0;II -< a til tri 0-4 U >- 0 a I;d b-i 0 —ft% a, I I a0 to %%-., t 41 — & 0 -8 -a U0, 2 A a a

61-1 (tuo) mianavia ~IL CLu U 1* Lo U a6 is a a a I fr St, P t it Ke At aC aC it 2 a2 a Ca II SI LI ell el It 6 1. 6 CI F-I i I T V 0 K -9t.0i z -P6=LV2k 60=QN'VIS (tu) ILHO13H 3321HL CL IS a * a a is a5 a9 in C to Pst P w t it Kc is oC a ic a is a et is 61 51 ol cl it 6 1. 9 C.0 -I -c -t -g -k -9.0 z -P6=aVaIA 60=QINVIS

STAND=40 YEAR=94 &Ad i z 0' caq ou - 70 - 60 - 50 -40 - 40 30 -20 - 10 - I I I I u -. u J 1 13 7 1 1 13 1? 1 21 tl 3 5 7 2 31 3 U 37 3 8 41 43 4 47 43 11 3U U 57 5 t1 3 W 67 4 71 73 TREE HEIGHT (m) STAND=40 YEAR=94 u z [, 44 60 -50 40 -20 -10 'A I i - u u -4 I 3 5 7 *9 1 13 S 1t? 1 21 23 25 27 n 31 33 35 37 3 41 43 41 47 49 51 53U 57 5 1 63 S U 67 60 7t 73 STEM DIAMETER (cm) 1-20

STAND=41 YEAR=94 150 z 0' 140 130 120 110 100 90 80 70 80 50, 40 30 20 10 0 1 3 5 7 S 11 13 15 17 13 t 1 2325 2? 29 31 33 X5 3? 38 41 43 46 4? 49 51 53 55 5? 55 61 53 * P 5 71 73 TREE HEIGHT (in) STAND=41 YEAR=94 >q U z 0' 160 - 150 140 130 120 - 110 - 100 - 90 - 80 -70 - 80 - 50 -40 - 30 -: 20 10 0-1 I I-M I 1 3 5 7 3 It 13 15 1? 13 21 23 25 27 29 31 33 25 S. 33 41 43 4 4? 4, 51 53 1 57 16 61 63 65 67 71 73 STEM DIAMETER (cm) I-21

STAND=42 YEAR=94 z 0ID 170 160 150 140 130 120 110 100 90 80 70 80 50 40 30 20 10 0 - 1 3 5 7 S 11 13 15 17 1, 31 33 25 37 39 31 33 35 37 39 41 43 45 47 49 51 53 5 57 50 61 63 5 67 69 71 73 TREE HEIGHT (in) STAND=42 YEAR=94 >Z4 130 120 110 100 go 80 70 80 50 40 30 20 10 0 1 3 5 7 6 11 13 t5 17 1S 21 23 25 27 29 31 33 35 7 39 41 43 45 47 40 51 53 36 57 55 61 63 5? 60 71 73 STEM DIAMETER (cm) 1-22

STAND=43 s0 70 80 z 0' 50 40 30 20. 10 0 1 3 S,7 I I11 13 S?16 31 t3 3 35 3? U 31 33 35 3? 35 41 43 4 4? 46 S1 3 65 5? SO 61 63 6 6? U 71 73 TREE HEIGHT (in) STAND=43 z 0':Dg 110 100 90 80 70 80 50 40 30 20 10 0 1 3 5 7 I 11 13 15 1? 16 31 33 15 3? 36 31 33 35 3? 36 41 43 45 47 46 51 53 0% 5? 6 St 63 Ut (1 71 73 STEM DIAMETR (cm) 1-23

FREQUENCY FREQUENCY 40 a. I I I 6C 1-i N I:0 0..4 11 Ua a ap Us a 4.4 'P t.4 a 0 8 S S I U________............... I - 1 - r I I I C/) zII 6-3i N m as.4 a 6* 'P.4 I.12 a I U 40. S. 4.1 U ap C a a a a a a cf) I 1.........I.........I.... —.-.... I.........A -. I.... A.,. k I - - m ---- - -- -M I I

STAND=45 YEAR=94 >4 u z w OD cr w 44 >4 u z w cr w W L4 1100 - 1000 - 900 - 800 - 700 - 600 - 500 400 300 200 - 100 - 0 -1400 - 1300 - 1200 1100 1000 900 800 - 700 600 - 500 400 300 200 - 100 - 0: I i I I A A1 I 3 a 7 11t 13 15 17 19 21 3t3 25 27 2 31 33 M 3 1 41 43 4 47 43 11 U M 5? 61 M 5? 71 73 TREE HEIGHT (m) STAND=45 YEAR=94 I 3 5 7 11t 13 1 17 19 21 3 25 27 23 31 33 23 37 23 41 43 4 47 41 3 5 5U M 1 13 6f7 69 71 73 STEM DIAMETER (cm) 1-25

FREQUENCYFRQEC FREQUENCY 0 - I -I -, I I - a - - - - - - - a o 9 I.1......... 1. I 9. a......... I cl) 6-3 tzl ~0 El I.-.4..40 I. G Ua M M 0.4 S a S f3 I I II".].AI..I.A I..l..a.....I..A..A I....... U I I I I S. a.4 4 A i U U I I I I I I U I I I C/) HzP II b-3 w tzj til w tid 0-4 0 4 5 U a I a,.4 a 0 C a S Ub I -ii.'.I.......A.. III C/) Hzp!I

FREQUENCYFRQEC FREQUENCY I C0 Ish. 9 I C0. A.. I a I I. I........... I....... -...- I.. -—.. I......... I......... I -....... -... - tij I t3 — 0)5 0..4.4 S. U U S.4 a 0 C a 0.4 a a -d P. U U I Cf) I I s-3:0 tili tiri 9i 0 4 5 6. 40 -a a. 0 -a4 a Us U 0U 6* U 4.b -a a a a a S4 3a U Cl) Hz4 ei$ II

STAND=48 400 300 Z z 200 cr 100 0 1 3 5 7 I 11 13 15 1 17 i St1 U 7 t 31 3 3a 3 3A 41 43 46 47 4* 51 U 5? ST 6S 1 63 O U 71 73 TREE HEIGHT (m) STAND=48 500 400 >q U 0 w a 300 200 100 0 1 3 7 13 11 1 I 21 23 25 27 2 31 33 3 37 30 41 43 45 47 4I S 3 U s 7 S * 3 St U7 O 71 73 STEM DIAMETER (cm) 1-28

STAND=49 YEAR=94 900 800 700 Z 500 400 300 -200 -100 1 3 5 I 3 11 13 15 1? 1t 31 33 25 7 It 31 33 35 37 U9 41 43 4 TREE HEIGHT (in) STAND=49 YEAR=94 1000 g00 800 700 z 500., 400 300 200 0 1EMEE, 86 4? 43 51 53 53 57 53 61 U3 06 67 53 71 73 1 3 5 7 S It 13 LS 17 LIS 21 23 33 27 29 32 33 32 7 39 41 43 45 47 4, 51 53 91 5? 55 61 3 65 67 6 7I I3 STEM DIAMETER (cm) J-29

FREQUENCY FREQUENCY C- 0 0.1..... I.....I..... I............I, A-",... - - - - - - - -I A......... &-L L1 AJ..I I..... I 0..4 la 'p toi.4 a S ~ 2: M! m....... - I - -- -1 -. I U to.4 a. V.. A. I U U I /I BI Cl) 4,1 0= so aU U a a w. M4 MI M I ai Ela C/) H-3 II CO

STAND=51 YEAR=94 U4 0' 80 70 60 50 40 30 20 10 0 1 3 5 7 0 11 t3 t5 t? 13 21 23 25 27 U9 31 33 36 3? 38 41 43 46 4? 40 51 53 5 57 5 61 63 55 6? 6 71 73 TREE HEIGHT (in) STAND=51 YEAR=94 >Z4 110 - 100 - 90 - 80 - 70 - 60 j 50 - 40 - 30 - 20 - 10 -- I I II II.4 1 3 5 7 3 11 13 15 17 if 21 23 25 27 23 31 33 35 371 39 41 43 45 47 49 51 53 55 57 GO 61 63 a si 55 71 713 STEM DIAMETER (cm) 1h31

STAND=52 70 60 50 >a4 40 soI 20 10 0 1 3 S 7 6 11 13 15 IT 1. S 23 33 I 27 U 31 33 3S 37 35 41 43 45 47 46 51 63 657 GO 61 63 65 67 5 71 73 TREE HEIGHT (in) STAND=52 so 20 >4 u z 10 0 1 3 S 7 0 It 13 15 17 16 21 23 IS 27 39 31 23 25 37 3S 41 43 4a 47 4, 51 5365 5? 50 61 63 65 67 71 73 STEM DIAMETER (cm) 1-32

STAND=53 400 z;D 200 -04 1 a 5 I I 11 i3 15 IT to 31 as U a? * 3t 33 35 3? 30 41 43 45 4? 40 51 U 6 5? GO 61 U a W U 71 73 TREE HEIGHT (in) STAND=53 400 300 >4 z Z4: 0 1 3 5 7 S It 12 15 1? 1I 21 33 U6 27 29 31 33 25 37 23 41 43 48 4? 4, 51 53 5 5? fW 81 U U6 N U 71 73 STEM DIAMETER (cm) [-33

STAND=54 YEAR=94 U4 0' 90 -s0 -70 60 -50 - 40 -30 - 2 - 10 I I________ u -4mimou J 1 3 5 7 6 11 13 15 17 I 31 33 35 37 N3 31 33 35 37 38 41 43 46 4? 4 51 5 U? 57 61 63 06 67 06 71 73 TREE HEIGHT (m) STAND=54 YEAR=94 60 50 40 u z D O' 7 wr x 40 30 20 10 0 2 4~gz, 1 3 5 7 6 1 13 t1 17 1t 21 33 35 3 U 31 33 35 37 38 41 43 45 4? 46 1t 53 5 S? 5 61 63 65 67 6 71 73 STEM DIAMETER (cm) 1-34

FREQUENCY FREQUENCY I I_.......,.....,..,_I I _________________________________________________ La S. S. S. * S. La S. S. S..4 * 0 f. 12 Ci) 12 '-3 3 z * U - C.Y' tzi TJ - II CO c ' -a -a * 0 La S. a a a La S. -a -a * a 0 0 Ca a 3 3 3 3 -.1 - La La Cl) I I tIld II

FREQUENCY FREQUENCY FREQUENCY FREQUENCY C4 0 0 0 0 0 0 0 0 C I p p I I, 'a 6* * SR * SR 'a III 54 liii SR liii.4 * IIII SR I. U * U C/) C12 Z in tzj 0)- II Ou .- & 4. '.5 4. SR4..4 SR SR C U U U SR U a 3 8 U S -J 3 Cl) CA

FREQUENCY FREQUENCY 9-6 6.6 a 41 a 9 CS a a 9 a a Cl 40 0 0 1 40 0 0 0 1 1 I I li I - a a - I lk I I it I jk-x —L-t-A-A- t L- i-AL-"- i a i i I - a* 6.6 9 I I I ~ I i I ~ I -1. A.. I A I. A I. A.. I.... I.... I.... I.,.. I.... I L 9. a.4 v. O...4 -o a a K0 4.4................................................................... U U U I I I I I I m.4 0..4 0-9 I I a CA b-.4! -sl 0 P.,a al a a a C/I 'II C;'

STAND=58 YEAR=94 140 130 z 0ID PI4 120 110 100 90 s0 70 80 50 40 30 20 10 0 I 2 5 7 I 11 12 tS 17 1, 31 232 25 27 23 31 2= 2 2? 23 41 43 45 47 43 53 12 55 5? U $1 62 25 P 66 71 73 TREE HEIGHT (in) STAND=58 YEAR=94 80 70 60.Z4 50 40 30 20 10 0 1 3 5 7 3 11 13 15 17 13 21 23 25 27 25 31 23 21 3? 23 41 43 43 4? 43 51 53 56 5? SO 6t 63 61 67 66 71 73 STEM DIAMETER (cm) 1-38

STAND=59 YEAR=94 70 60 50 C; u z 2 or w 0' Na 40 30 20 10 0 40 30 >O U. 20 20 10 0 1 3 1 7 I 11 13 18 17 19 21 s3 65 27 I 31 S3 3 37 A 41 43 46 47 4( S1 63 i6 57 6 61 63 7 6 71 73 TREE HEIGHT (m) STAND=59 YEAR=94 1 23 a 7 11 13 S 17 1 ~ 21 23I 7 f n 1 31 3 5 3S 3 1 43 45 47 46 St U SO 57 M 61 63 GO 67 6 71?3 STEM DIAMETER (cm) I-39

FREQUENCYFRQEC FREQUENCY C bC C0 S S Om& I 0 1 0 In g a s a a a a 8 41 O- 9 9 'CO lb 9 a f - - - I -.. I A A A I L I. I. A. t-A- - - I - A —A- I - - - I — k — k -A-t-A-A- A I A A A I A - - I A A A I... I... L t~d 0 64 -a 6a PIs U v 0U 6 -SR aU a SRb PU aR C a -a Sj - - - - - -- -1 I I I 'I-I.E 'I-I.E I-I.E mini mE I Cl) ~-3 ~0 SR -a N-a 0U U 15 a a 4 a5 u a a.16 SR SR C S a a 15 a4 I C/) 0-3 I I 0 -a

FREQUENCYFRQEC FREQUENCY 0 0 1 8 t a a o- b- o I. I k I.. Ia AIA I. I - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - IA 0.4 0 'a S a a S En I ao -4 I II I hIII I I.4 m we a a t4 MI l-" C C a. U/) H0). I I

STAND=62 300 200 >i4 100 0 1 3 5 I * 11 13 15 1? 13 21 23 25 S? 33 31 33 35 3? 35 41 43 43 4? 49 51 53 3 5? 5 61 3 A5 U7 U 71 73 TREE HEIGHT (in) STAND=62 >4 u 0' 190 1S0 170 160 150 140 130 120 110 100 90 80 70 60 50 40 30 20 10. 0 - 11. - 8,.-... I - I 4 4 1 2 1 3 5 7 I 11 13 LA 17 IfE 21 U U 7 26 31 33 35 3? 36 41 43 45 4? 46 St 53 SO 5? GO0 61 A3 5 3? 71 73 STEM DIAMETR (cm).1-42

STAND=63 70 60 50 u Z C' w W4 40 30 20 10 0 I 3 1? 0 11 IS If? 13 21 U 5? U Si u m 3 E U 41 43 4 4? 40 SI 6 8 S? 8 61 IS U O o 71?3 TREE HEIGHT (m) STAND=63 0so 20 10 0 1 3 6? 0 1 U 1S 17 i t BIT 1 U 3 33 35 3? U 413 4 4T 4, Sl 53 5 5? 6 81 63 5 6? 5 71 73 STEM DIAMETER (cm) 1-43

STAND=64 z 0' ri4 70 - 80 - 50: 40 30 1 20 -10 III II 0.4J m ~ n u 1 3 S 7 I 11 13 15 1? It 31 3 31 1? U 31 33 31 3? 31 41 43 * 4? 46 51 53 U 5? 6 61 63 6 6? U 71 73 TREE HEIGHT (mn) STAND=64 30 20I z 10 0,a., ----. -— o A -4 _4 '4 v 1 3 1 7 6 It 13 1.5 1? 16 31 13 31 1 U 21 23 31 37 X 41 43 41 4? 46 51 53 51 5? 66 61 63 66' 6? 66 71 73 STEM DIAMETER (cm) 1-44

FREQUENCY FREQUENCY C g g ~ 0 S I..I..I.t.. m.I.. I..I.a.......I.. I.......I.. I...LA-L.LA-" I.... I. I.. - - -..... (1-3 Hz 00% I. oh.4 S..4 a #4 a a I a P. a a. a.4 a S a C/) P~II c11 sea.4 6a a.4 a P. a. 4.6.4 W. a a a 1mm - I I I U U/) ~0) -IE

FREQUENCYFRUEC FREQUENCY CD I C0 016 9 I 8 I - a - - - - - - - - a - - - - a a El m K:r (ON t2i M w 0011%. 0 El O-.4.4 S. 12 28 3 C O. a el.4 3 a 3 3 3 C/) zII t=$ 6-3 w m tzi tLj b —4 0 b.-i O to cm.4 6. I. 12 U 23 a U 28 3 C Z.4 ab 3 a a 38 In trj II I...... I. - I - -........ i......... I......... I......... I

FREQUENCYFRUEC FREQUENCY 0 0 a tS S 6" 40 0 9 9 a 9 a a a a 9 CO,; 9 9 I.... I.... I...- A I.... I. I. A-1-1.... I. A - A I.... I.... I.... I.... I.... I I I -1I ---- - - - - - - - DW -a I. a94 a ro Pa a a w a U I I U -------------------------------- am -4 a 0* ap II.L.&............ I.... I.... I,..... -1.... I I-I - - M I Huh EI p En) — II I. a S. S. a a 'a I a a S. a0 C/) I I C)

STAND=68 >4 u z w:D cr w Z 44 t00 90 80 70 60 50 40 30 20 10 0 I 3 6 7 6 11 13 IS1? 13 31 St33 U 7 It S 31 3 N 31 6 41 43 44 4? 4 651 U N SI N 01 53 63 67 7 1 73 TREE HEIGHT (in) STAND=68 50 40 >4 0' 30 20 10 0 1 3 5 7 9 i1 13 L5 1? 10 21 33 5 37 U 31 33 35 37 63 4. 43 4A 4? 46 51 U 55 5? 63 I1 6365 U 6 7 10? 73 STEM DIAMETR (cm) 1-48

STAND=69 1100 1000 900 600 700 600 500 400 >4 u z 0' 300 200o 100 0 I $ $?7 I I I 1 1? t 11 31 31 S IS 3 3 St 1 31T 3E 41 43 44 4? 0 41 63 U? 61 t 08 A T 60 71 73 TREE HEIGHT (m) STAND=69 >4 u z 3:g or M xf 44 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 I 3 6 7 6 I1 13 1? 17 il 11 23 25 27 2 313= 36 37 39 41 43 45 47 4~ 51 3 S6 57 3 l 63 65 67 iT 71 73 STEM DIAMETER (cm) 1-49

FREQUENCY FREQUENCY co p9 — L-A Q b.a -1 I — I - I. - I tzl 10-% S-.4 m Ire to Z a M a a v. U.4 0.4 i I I to U0.4 II C/I I I ti om. is a a Ul a IS a a a. P. AC a U IS U a S IS U CII 0-...........................

FREQ$U EN CY FREQ$U E NCY Ii La ~ * U Ut III C S 3 t3 SI S -J.4I -J - I U) I I I

STAND=72 30-~ U4 0' zI 20 - 10 - i il.I I 0I _u -A u 1 3 1 7 1 11 13 11 1? 16 31 U IS I? U t 33 U5 3? A 41 43 * 4? 46 51 5 U 5? U7 61 StU U 6? U 71 73 TREE HEIGHT (in) STAND=72 12 11 10 9 >4 u z w cr w W4 40 a 7 a6 5 4 3 2 I 0 1 3 5 7 I 11 13 15 1? LI 21 23 5 2? U 31 33 35 3? 35 41 43 41 4? 4, 51 53 U 5? N 61 U 5 6? U 71 73 STM DIAMETER (cm) 1-52

FREQUENCYFRQEC FREQUENCY 0 ba a I 0 0 - a' t I I I I A. I I I I I - a - I. a a I a A I I a. A i A. A. I cn M w tZI 7 Ul = (A) w 00"*% 0 0 10 9a 'a.4 O. a U 3 C t 'a *1 t U C a a I A a a. A A A a a I A A.... ---.1,I qb -II I -0 - --- -U I I CI) I I tzj tzi 0. 0a -'a 'a:2 a a a 4, o-' 'a 6-' t 'a U1 S a................................ - -II- - -II CI) P~II

FREQUENCY FREQUENCY - II - 'm n[ a - ~ C i C W -. -. B- -, s. 4. i 6i * 8 S e e S * S S. S. ClC 8~ 8 II I ~- ~ *j U 3 3 * Cd -3 - n.d L -3 II e:: l4 I

STAND=75 90 80 70 60I z PZ4 40 30 20 10 0 U4 0' 1 3 6 7 S I11 1S 1f 1? 1t6I 21 3 21 2? 31 31 33 31 3? 39 41 43 4 4? 46 61 63 6 6? Of 61 63 66 6? 71 73 TREE HEIGHT (in) STAND=75 110 100 90 80 70 60 50 40 30 20 10 0 1 3 5 7 I 11 13 t5 1? is 21 23 U 2? St 31. 33 36 37 33 41 43 46 47 40 S 53 63 6 5? 56 61 63 66 6? 66 71 73 STEM DIAMETER (cm) 1-55

FREQUENCY FREQUENCY C C -a.4 * S. * U U) c Q1: II 'L -I, S~ & *l C 2 2 ar a 3~ 3 a a.4~1 - -4 -4 /I

STAND=77 YEAR=94 70 60 50 >m4 u z 0'D 40 30 20 10 0 1 3 6? * 11 13 15 1? 16 21 23 25 2? U 31 23 U9 3? 25 41 43 41 4? 45 51 3 65 5? 56 61 63 6 6? 61 71 73 TREE HEIGHT (mn) STAND=77 YEAR=94 60 60.>4 u z w o=) cr w wo 44 40 30 20 10 0 1 3 5 7 S 11 13 15 1? 16 21 23 25 2? U9 31 33 35 3? X 41 43 45 4?1 46 S1 U SO 5? 56 61 63 65 6? 6 71?3 STEM DIAMETER (cm) I-57

STAND=78 YEAR=94 z 0' 150 - 140 - 130 120 - 110 - 100 - 90 -80 -70 60 50 - 40 30 20 - 10 - 0 - 1 3 5 I 0 11 13 Lb 17 1 31? 313TREE HEIGHT (m) 71 73 TREE HEIGHT (in) STAND=78 YEAR=94 >, u z M or w 19 44 140 - 130 - 120 - 110 - 100 -90 -80 -70 -60 - 50 - 40 -30 20 - 10 0 - A 1 3 5 7 I 11 12 1 17 If 31 33 5 37 33 31 33 25 37 3 41 43 45 47 49 51 W 357 5 N 5 6 35 U 71 73 STEM DIAMETER (cm) 1-58

STAND=79 YEAR=94 a 6 4 >g4 3 2I 1 0 ' I 8 6 7 I It 13 1, 1? 10 It 23 1 27 3 31 33 33 37 33 41 43 46 47 4 St5 U 6? U7 61 Ut U8 P6 71 73 TREE HEIGHT (in) STAND=79 YEAR=94 a 8 U4 uL 4 3 2 I 0 1 3 5? S It 123 15 17 1s 21 23 25 27 83 31 33 35 27 33 41 43 45 4?7 4, 51 53 5 57 U 11 U 6 67 U '?I 73 STEM DIAMETER (cm) 1-59

STAND=80 YEAR=94 2 - z WI4 I1 -2 0 -4 - I I 1 3 6 I 3 it 12 to 1? 1f 21 23 25 1? S 2 3 3 5 St 23 41 43 45 4? 40 51 62 2 5? 25 St U U 6? 6 71 73 TREE HEIGHT (in) STAND=80 YEAR=94 2 z 0' I q 0 3 5 7 5 I1 1 3 15 17 1o it 23 25 27 20 21 33 35 27 33 41 43 45 4? 45 51 53 16 57 61 5 65 67 69 71 7 STEM DIAMETER (cm) I-60

STAND=81 YEAR=94 50 70 60 0I' i44 50 40 30 20 10 0 1 3 6 7 1 11 ti IS 1? to 31 33 26 17 U9 31 33 36 3? U 41 43 46 4? 41 51 63 U 6?1 6 61 63 66 6? W 71 73 TREE HEIGHT (in) STAND=81 YEAR=94 60 50 >4 U z 40 30 20 10 0 1 3 6 7 S 11 13 16 17 11 21 23 35 27 23 31 33 U5 37 23 41 43 46 47 46 61 33 56 57 Of 61 63 66 67 66 71 73 STEM DIAMETR (cm) I-61

STAND=82 YEAR=94 80 70 60 z 0ID 50 40 30 20 10 0 1 3 S 7 I 11 13 1i 1? It 21 23 21 2 21? 31 33 31 3? 33 41 43 41 4? 4, 11 63 N 5? N0 It 63 U 6? U?1 73 TREE HEIGHT (mn) STAND=82 YEAR=94 60 50I z 40 30 20 10 0 1 3 G 7 1 J1 13 15 1? 11 21 23 21 1? U 3 33 31 3? 31 41 43 41 4? 46 51t 53 N 5? N 61 63 65 67 63 71 73 STEM DIAMETER (cm) I-62

STAND=83 YEAR=94 U4 0' 140 130 120 110 100 90 60 70 60 60 40 30 20 10 0 1 5 S? S 11 13 15 1? is 21 23 5 2? It St 35 25 3? 2 41 43 46 4? 49 51 63 5S7? St 61 A U N 6 71 73 TREE HEIGHT (in) STAND=83 YEAR=94 z 0' 90 50 70 60I 50 40 30 20 10 0 1 3 6 7 S It 13 15 L7 LS 21 23 25 27 U9 31 33 25 3? 31 41 43 G6 4? 46 51 53 5 5? U I1 U 65 57 71 73 STM DIAMETER (cm) I-63

STAND=85 z 0' 170 160 160 140 130 120 110 100 90 60 70 60 50 40 30 20 10 0 1 3 5 I S 11 13 1 11 1? 1 31 33 5 3? It S1 33 35 3? 41 43 43 4? 40 51 61 U 5? U S 61 A if U 71 73 TREE HEIGHTf (in) STAND=85 U z 0' 190 160 170 160 100 140 130 -120 110 100 90 60 70 60 60 40 -30,20 -10 0 1 3 5 7 I It 13 I5 1? If 21 33 6 17 U 31 33 35 3? 35 41 43 4 4? 40 St 53 AS 5? U61 3 U P U S 71 73 STEM DIAMETR (cm) 1-64

FREQUENCY ba.... I Il I ~,I FREQUENCY I I. I......... I.. O g. l I I. a.4 m u1u.4 - ~ a oa iL............I........................................................ A...... -—..-. --. I............. I.. s fifi U U U - U U F lB.i a IN Ua i I C/2 zII 0-3: w b- S a a -3 II C) Om

FREQUENCYFRQEC FREQUENCY C I I. a. I I I. I........ I. I C i I. I. I. I I..... L-A I4 a.4 a r. 64 v. '4 a r4 U a a I 2 S4 -Z a U U U I U) P-3 I I 9i '4 a a ra a V. a a 3 '4 a a a4 a a is.4 -a U U U I U/) 0-3 CIj co.........I............... L.... A. I.......... 0

FREQUENCY FREQENCYFREQUENCY i ab I I a i I i I, I. I. E3 tKj 19 tv 6 11-4 w 0.1El S. ma O8 Is 11 a u a. a V.4 a 2 8 I 3 a1 'a I m as I I I I --- - I _-_ a.... A -. I —... - A. - ___a. -. A.. -...- k I F a a C/2 I I I I I I I I II I I I 9-3 w m 03 tid 6-4 0 El 0!3 a Is U S..4 a. 3 U 3 S as a Cf) I I co

STAND=91 U4 0' 700 600 600 400 300 -200 too - 0 - z 700 - 600 - 400 - 30) 200 100 0 - 3 S I S 11 13 iS1? IT 319 61 3 2? 31 St 3 36 3? 3 41 43 4 4? 4, 61 66 6 5? 6 61 66 A 3? 6 71 73 TREE HEIGHT (in) STAND=91 I IIE~~mmu..u m.. Elu 1 3 5 7 S 11 13 15 17 1ISt 213 35 2? I3 31 33 35 37 3S 41, 43 45 4? 45 St 53 66 S7T SO 63 35 3 66 71 73 STEM DIAMETER (cm) 1-68