Search Results

Search Constraints

Search Results

  • Phereta A058

    work
    Creator:
    Vani Archaeological Survey
    Description:
    In 1954 Qishvardi Shikvaidze found a coin of Parthian king Orodes II (57-37 B.C.) in the yard of his house on the southern slope of a hill at the western edge of the modern settlement of Phereta. The coin, now held in the Vani Archaeological Museum, is from a Roman pit grave and indicates a date in the 1st or 2nd century A.D. The daughter-in-law of Shikvaidze currently lives in the house.
    Keyword:
    Stray Find and Roman
    Citation to related publication:
    Chance finds from Phereta were reported in 1954. Short surveys followed in 1998 and 2005., Abramishvili, T. 1974. Sakartvelos sakhelmtsipo muzeumis p’artuli monetebis katarogi. Tbilisi. p. 101. (In Georgian.), Kharabadze, S. 2002. Bvianantikuri khanis samarkhi Peretadan. Dziebani IX. Tbilisi. pp. 81-87. (In Georgian.), and Kharabadze, S. 2008. “Vanis Qveqnis” Arqeologiuri Ruka (dzv.ts. VIII – akh.ts. III ss.) [Archaeological Map of the “Vani Region” (8th Century BC – 3rd Century AD)]. Tsardgenilia Doqtoris Akademiuri Khariskhis Mosapoveblad. Saqartvelos Teqnikuri Universiteti. Tbilisi, 0175, Saqartvelo. Seqtemberi. p. 37-40. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Phereta A057

    work
    Creator:
    Vani Archaeological Survey
    Description:
    The modern settlement of Phereta lies 16 km southeast of Vani and 4.5 km south of the main east-west road on the south side of the Phasis River plain. The village is located in the Vani administrative district. It is nestled in the foothills of the Lesser Caucasus, south of the long low terrace that overlooks the Phasis River plain east of Vani. The settlement includes a house where the coin of a Parthian king was found in 1954 (A058); a house (belonging to the Latchqebiani family) where a pit grave and much pottery has been found (A059); and an area to the south known as Serisdziri, in which a Medieval settlement (A060), an Iron Age settlement (A061), and a Roman pit grave (A062) have been identified.
    Keyword:
    Modern Settlement
    Citation to related publication:
    Chance finds from Phereta were reported in 1954. Short surveys followed in 1998 and 2005., Abramishvili, T. 1974. Sakartvelos sakhelmtsipo muzeumis p’artuli monetebis katarogi. Tbilisi. p. 101. (In Georgian.), Kharabadze, S. 2002. Bvianantikuri khanis samarkhi Peretadan. Dziebani IX. Tbilisi. pp. 81-87. (In Georgian.), and Kharabadze, S. 2008. “Vanis Qveqnis” Arqeologiuri Ruka (dzv.ts. VIII – akh.ts. III ss.) [Archaeological Map of the “Vani Region” (8th Century BC – 3rd Century AD)]. Tsardgenilia Doqtoris Akademiuri Khariskhis Mosapoveblad. Saqartvelos Teqnikuri Universiteti. Tbilisi, 0175, Saqartvelo. Seqtemberi. p. 37-40. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Pharmacometabolomics of L-carnitine-Kaplan-Meier survival data: numbers at risk

    work
    Creator:
    Stringer, Kathleen A.
    Description:
    These data were produced from the survival analysis of the pre-treatment metabolomics data generated from the Phase II clinical trial of L-carnitine treatment for septic shock (the RACE trial - see  https://clinicaltrials.gov/ct2/show/NCT01665092). The results based on respective acetylcarnitine or valine concentration are presented (pdf). The csv files contain the at risk numbers from the Kaplan-Meier survival analysis. These findings described in our manuscript: Pharmacometabolomics Identifies Candidate Predictor Metabolites of an L-carnitine Treatment Mortality Benefit in Septic Shock. and All of the metabolomics data are available at the NIH Common Fund's National Metabolomics Data Repository (NMDR) website, the Metabolomics Workbench,  https://www.metabolomicsworkbench.org which is supported by NIH grant U2C-DK119886 and where it has been assigned Project ID (accession number ST001319). The data can be accessed directly via its Project DOIs: (DOI:  http://dx.doi.org/10.21228/M8VX0Z).
    Keyword:
    sepsis, septic shock, survival, mortality, metabolomics, and pharmacometabolomics
    Citation to related publication:
    Puskarich, M. A., Jennaro, T. S., Gillies, C. E., Evans, C. R., Karnovsky, A., McHugh, C. E., Flott, T. L., Jones, A. E., Stringer, K. A., & Investigators, O. behalf of the R. T. (2021). Pharmacometabolomics Identifies Candidate Predictor Metabolites of an L-carnitine Treatment Mortality Benefit in Septic Shock. (Preprint)  https://doi.org/10.1101/2021.01.28.21250687
    Discipline:
    Health Sciences

  • Perturbative Sit-to-Stand Experiment Dataset and Stability Basin Code

    work
    Creator:
    Holmes, Patrick
    Description:
    This work was collected to evaluate Stability Basins for characterizing the limits of human stability during Sit-to-Stand. and MATLAB code was used to process the data into individual trials. Trials are labeled by Sit-to-Stand type (Natural, Momentum-Transfer, or Quasi-Static) and experimental condition. MATLAB code for analyzing the data and computing Stability Basins is provided. A GUI is provided to animate a subject's movement and display projections of the Stability Basins in the horizontal and vertical planes.
    Keyword:
    biomechanics, mathematical model, locomotion, fall risk, reachability, and feedback control
    Citation to related publication:
     https://arxiv.org/abs/1908.01876 and Holmes, P. D., Danforth, S. M., Fu, X.-Y., Moore, T. Y., & Vasudevan, R. (n.d.). Characterizing the limits of human stability during motion: Perturbative experiment validates a model-based approach for the Sit-to-Stand task. Royal Society Open Science, 7(1), 191410.  https://doi.org/10.1098/rsos.191410
    Discipline:
    Engineering

  • Personal and Social Media Data Survey

    work
    Creator:
    Hemphill, Libby
    Description:
    Social media data offer a rich resource for researchers interested in public health, labor economics, politics, social behaviors, and other topics. However, scale and anonymity mean that researchers often cannot directly get permission from users to collect and analyze their social media data. This article applies the basic ethical principle of respect for persons to consider individuals’ perceptions of acceptable uses of data. We compare individuals' perceptions of acceptable uses of other types of sensitive data, such as health records and individual identifiers, with their perceptions of acceptable uses of social media data. Our survey of 1018 people shows that individuals think of their social media data as moderately sensitive and agree that it should be protected. Respondents are generally okay with researchers using their data in social research but prefer that researchers clearly articulate benefits and seek explicit consent before conducting research. We argue that researchers must ensure that their research provides social benefits worthy of individual risks and that they must address those risks throughout the research process.
    Keyword:
    social media, data ethics, and data reuse
    Discipline:
    Social Sciences

  • Persistent Homology as a Heterogeneity Metric for Predicting Pore Size Change in Dissolving Carbonates Dataset

    work
    Creator:
    Thompson, Ellen P. and Ellis, Brian R.
    Description:
    Accurate prediction of physical alterations in carbonate reservoirs under dissolution is critical for development of subsurface energy technologies. The impact of mineral dissolution on flow characteristics depends on the connectivity and tortuosity of the pore network. Persistent homology is a tool from algebraic topology that describes the size and connectivity of topological features. When applied to 3D X-ray computed tomography (XCT) imagery of rock cores, it provides a novel metric of pore network heterogeneity. Prior works have demonstrated the efficacy of persistent homology in predicting flow properties in numerical simulations of flow through porous media. Its ability to combine size, spatial distribution, and connectivity information make it a promising tool for understanding reactive transport in complex pore networks, yet limited work has been done to apply persistence analysis to experimental studies on natural rocks. In this study, three limestone cores were imaged by XCT before and after acid-driven dissolution flow through experiments. Each XCT scan was analyzed using persistent homology. In all three rocks, permeability increase was driven by the growth of large, connected pore bodies. The two most homogenous samples saw an increased effect nearer to the flow inlet, suggesting emerging preferential flow paths as the reaction front progresses. The most heterogeneous sample showed an increase in along-core homogeneity during reaction. Variability of persistence showed moderate positive correlation with pore body size increase. Persistence heterogeneity analysis could be used to anticipate where greatest pore size evolution may occur in a reservoir targeted for subsurface development, improving confidence in project viability.
    Keyword:
    Carbonate dissolution, X-ray computed tomography, Porous media, Topology, and Persistent homology
    Citation to related publication:
    Thompson, E.P.; Ellis, B.R. (2023) Persistent Homology as a Heterogeneity Metric for Predicting Pore Size Change in Dissolving Carbonates. In Review.
    Discipline:
    Science and Engineering

  • Performance Summary Display Descriptions: Describing Visualization Content

    work
    Creator:
    Lee, Dahee, Panicker, Veena, and Landis-Lewis, Zach
    Description:
    We use the term “performance summary display” (PSD) to mean a kind of visualization that relates performance levels to other types of information. In the context of healthcare organizations, PSDs are intended to be communicated to a healthcare professional, team, or organization. and Displays were identified, classified, and elements counted and coded. The performance summary display ontology provides a set of descriptions of components of displays that have been used ​to annotate performance feedback visualizations.
    Keyword:
    Performance
    Citation to related publication:
    Lee, D., Panicker, V., Gross, C., Zhang, J., & Landis-Lewis, Z. (2020). What was visualized? A method for describing content of performance summary displays in feedback interventions. BMC medical research methodology, 20(1), 90.  https://doi.org/10.1186/s12874-020-00951-x
    Discipline:
    Health Sciences and Science

  • Pere language lexical datasheets and audio files

    work
    Creator:
    Jeffrey Heath
    Description:
    fieldwork in Bonosso village, Côte d’Ivoire, chiefly 2016-19. See "readme" file for description of the materials.
    Keyword:
    Pere language
    Citation to related publication:
    Heath, Jeffrey, & Tioté, Brahima. (2019). A grammar of Pere (Bere, Mbre) of Côte d'Ivoire. Zenodo.  http://doi.org/10.5281/zenodo.3346581
    Discipline:
    Humanities

  • Penange-speaking (Dogon, Mali) village photos

    work
    Creator:
    Heath, Jeffrey
    Description:
    Images of villages in Mali in which Penange (Dogon family) is the primary language. Each file name contains important information about the photos, and are structured thus: LanguageFamily_Language_IdentificationNumber_GeographicCoordinate_Description_Date_InitialsOfThePhotographer
    Keyword:
    villages, Penange, Dogon, and Mali
    Citation to related publication:
    Moran, Steven & Forkel, Robert & Heath, Jeffrey (eds.) 2016. Dogon and Bangime Linguistics. Jena: Max Planck Institute for the Science of Human History.  http://dogonlanguages.org
    Discipline:
    Humanities

  • PedX Dataset

    work
    Creator:
    Kim, Wonhui, Ramanagopal, Manikandasriram Srinivasan, Barto, Charles , Yu, Ming-Yuan, Rosaen, Karl , Goumas, Nick , Vasudevan, Ram, and Johnson-Roberson, Matthew
    Description:
    PedX is a large-scale multi-modal collection of pedestrians at complex urban intersections. The dataset provides high-resolution stereo images and LiDAR data with manual 2D and automatic 3D annotations. The data was captured using two pairs of stereo cameras and four Velodyne LiDAR sensors.
    Citation to related publication:
     https://doi.org/10.48550/arXiv.1809.03605,  https://github.com/umautobots/pedx, and  http://pedx.io/
    Discipline:
    Engineering

  • Patient-specific modeling of right coronary circulation vulnerability post-liver transplant in Alagille’s syndrome

    work
    Creator:
    Figueroa, C. Alberto
    Description:
    This information provides the data and commands to manually setup the computational simulations used in the PLOS ONE paper 'Patient-specific modeling of right coronary circulation vulnerability post-liver transplant in Alagille’s syndrome' using CRIMSON (CARDIOVASCULAR INTEGRATED MODELLING & SIMULATION) a prototype simulation environment developed under the support of the European Research Council (( http://www.crimson.software/)., Note that a Windows version of the CRIMSON flowsolver is provided as part of the CRIMSON Windows installer, but you will need a very powerful Windows computer to run these simulations, as the models used in the present work are extremely computationally-demanding. It is recommended that you use a Linux version of the CRIMSON flowsolver on a high-performance computer., Option 1 (ready-to-use files to immediately start the simulation): 1. Please unzip the Ready-to-use files. 2. Copy the folders of each of the three conditions to the high performance computer. 3. In addition to different codes used, each folder provides the boundary conditions applied in the simulations described in the manuscript (e.g. LPN parameters). To run the 3D simulations for each condition simply launch the it using the CRIMSON flowsolver. In addition, the solver.inp file can be modified to run a 0D "real-time simulation" (please open solver.inp with a text editor and modify line 4 "Simulate in Purely Zero Dimensions:" to "True")., Option 2 (using the MITK files): 1. Please download and install Crimson software ( http://www.crimson.software/). 2. Please unzip the MITK files and the Ready-to-use files. 3. From amongst the provided MITK files, load the MITK file of interest to CRIMSON (using the MITK files, additional changes can be made to the computational model in case the user wants to explore different settings/boundary conditions e.g. change the vascular wall properties, introducing a change in the geometry to create a virtual stenosis). 3. Navigate to the tree in the "Data Manager" panel and select the "Pulmonaries", "CRIMSON SOLVER" and then "Solver study 3D" items, in the described order. 4. In the right hand panel select the "CRIMSON Solver setup" tab and scroll down the right hand bar until to find the "Setup Solver" box; click to output the simulation files (faceInfo.dat, geombc.dat.1, multidomain.dat, netlist_surface.dat,numstart.dat, presolver folder, solver.inp, restart.0.1). 5. Copy and replace the geombc.dat.1 and restart.0.1 generated by CRIMSON for each individual condition to the respective unziped folder in the Ready-to-use file (discard the remaining files that were output by CRIMSON). Note that if you have not changed anything about the model (e.g. vascular wall properties), then doing this will produce restart.0.1 and geombc.dat.1 files which are identical to the ready-to-use versions. 6. Finally copy each Condition folder to the high performance computer and simply launch the simulation using the CRIMSON flowsolver., and For technical queries please contact  crimson-users@googlegroups.com. --October 2018.
    Citation to related publication:
    Silva Vieira M, Arthurs CJ, Hussain T, Razavi R, Figueroa CA (2018) Patient-specific modeling of right coronary circulation vulnerability post-liver transplant in Alagille’s syndrome. PLOS ONE 13(11): e0205829.  https://doi.org/10.1371/journal.pone.0205829
    Discipline:
    Engineering and Health Sciences

  • PASH Realm 4 Artifact Analysis: Small Finds

    work
    Creator:
    Galaty, Michael
    Description:
    This record includes photos (JPGs) and drawings (PDF of scans of originals) of small finds, e.g., glass; coins, spindle whorls, loom weights, metal artifacts; bullets; nails; etc., as well as a list of the drawings with descriptions (PDF file) and a small finds database (.CSV). The database includes all small finds collected and analyzed by PASH, although not all small finds were drawn and photographed. Grinding stones and chipped stone are located in separate records. and Chapter linked to: Seventeen
    Keyword:
    archaeology
    Discipline:
    Humanities and Science

  • PASH Realm 4 Artifact Analysis: Pottery

    work
    Creator:
    Galaty, Michael
    Description:
    This work includes a .csv database, PDF scans of artifact drawings and .jpg photos. Artifact photos are accompanied by photos of artifact bags, labeled with descriptive information about the artifact, as well as photomicrographs. Work also includes raw analytical data--laser ablation – inductively-coupled plasma – mass spectroscopy (LA-ICP-MS) and petrographic data. and Chapters linked to: Ten, Eleven, Twelve, Thirteen, Fourteen, Fifteen
    Keyword:
    archaeology
    Discipline:
    Science and Humanities

  • PASH Realm 4 Artifact Analysis: Human Remains

    work
    Creator:
    Galaty, Michael
    Description:
    Raw Sr isotope and aDNA data are archived as .xlsx files. The Sr data are reported as ratios of 87Sr to 86Sr. and Chapter linked to: Twenty
    Keyword:
    archaeology
    Discipline:
    Science and Humanities

  • PASH Realm 4 Artifact Analysis: Grinding Stones

    work
    Creator:
    Galaty, Michael
    Description:
    This Work includes a .csv database file and .jpg photos of artifacts. Artifact photos are preceded by photos of artifact tags, labeled with descriptive information. Also included are portable x-ray florescence (PXRF) spectroscopic data and photomicrographs. and Descriptions/data and photos of grinding stones are in Small Finds record,  https://doi.org/10.7302/5j43-mc03. Chapter linked to: Sixteen
    Keyword:
    archaeology
    Discipline:
    Science and Humanities

  • PASH Realm 4 Artifact Analysis: Fauna

    work
    Creator:
    Galaty, Michael
    Description:
    This work consists of an .xlsx database file. and Chapter linked to: Nineteen
    Keyword:
    archaeology
    Discipline:
    Humanities and Science

  • PASH Realm 4 Artifact Analysis: Chipped Stone

    work
    Creator:
    Galaty, Michael
    Description:
    Record contains a database of chipped stones, stored as an Excel file. and Chapter linked to: Nine
    Keyword:
    archaeology
    Discipline:
    Science and Humanities

  • PASH Realm 3 Tumulus Excavation: Tumulus 099

    work
    Creator:
    Galaty, Michael
    Description:
    These data relate to PASH’s excavations at tumuli 099. This record contains scanned documents (excavation forms, log book, notebook, drawings), 211 .jpg images in 19 folders (labeled by date, one with candids), as well as a photolog and C14 AMS radiocarbon date data. and Chapter linked to: Eight
    Keyword:
    archaeology
    Discipline:
    Humanities and Science

  • PASH Realm 3 Tumulus Excavation: Tumulus 088

    work
    Creator:
    Galaty, Michael
    Description:
    These data relate to PASH’s excavations at tumuli 088. This record contains scanned documents (excavation forms, a notebook and drawings), 152 .jpg photos in 17 folders (labeled by date) and a photolog. and Chapter linked to: Eight
    Keyword:
    archaeology
    Discipline:
    Science and Humanities

  • PASH Realm 3 Tumulus Excavation: Tumulus 085

    work
    Creator:
    Galaty, Michael
    Description:
    These data relate to PASH’s excavations at tumuli 085. This record contains scanned documents (excavation forms, drawings, and notes--though these last are difficult to read), 34 .jpg excavation photos (no photolog), and time slice images of GPR data as a .pdf (raw geophysical data for this survey are not available). and Chapter linked to: Eight
    Keyword:
    archaeology
    Discipline:
    Humanities and Science

  • PASH Realm 3 Tumulus Excavation: Mound survey

    work
    Creator:
    Galaty, Michael
    Description:
    This work contains data generated by the survey of all mounds in the study region. and Chapter linked to: Eight
    Discipline:
    Humanities and Science

  • PASH Realm 3 Tumulus Excavation: Tumulus 052

    work
    Creator:
    Galaty, Michael
    Description:
    These data relate to PASH’s excavations at tumuli 052. This record contains documents (excavation forms, notes accompanied by a typed transcription, drawings), 144 photos and a photolog, seven 3D digital elevation model (DEM) images (.jpgs only), and files needed to project GPR data from T052 and Chapter linked to: Eight
    Keyword:
    archaeology
    Discipline:
    Humanities and Science

  • Paleoclimate simulations of the middle Miocene, early Eocene, and Cenomanian

    work
    Creator:
    R. Paul Acosta
    Description:
    In this study, the state-of-the-art isotope-enable global climate model (iCESM1.2) simulations of the middle Miocene and the early Eocene and Cenomanian were used to comprehensively investigate the climate forcing of paleogeography, Andean paleoelevation, global pCO2, and vegetation on the South American continent.
    Keyword:
    South America , Hydroclimate, Water isotope system, and Global climate modeling
    Discipline:
    Science

  • Optimizing Communication of Emergency Response Adaptive Randomization Clinical Trials to Potential Participants

    work
    Creator:
    Meurer, William
    Description:
    Dataset for analysis in SPSS
    Discipline:
    Health Sciences

  • Optimization of Ictal Aborting Stimulation Using the Dynamotype Taxonomy - Code & Data

    work
    Creator:
    Szuromi, Matthew P. and Stacey, William C.
    Description:
    The data and scripts are meant to show how burster dynamics determine response to a single biphasic stimulus. The files include data which show trends in the propensity of termination for different burster types and the MATLAB scripts used to generate this data. The MATLAB scripts also allow the user to generate their own data sets for alternative bursting paths and stimulus parameter combinations. Furthermore, they allow the user to visually examine the effects of single stimuli in the voltage timeseries and in state space. How the user can access these features of the script is described in the file "ReadMe.pdf."
    Keyword:
    Epilepsy, Stimulation, Modelling, Dynamics, Seizure, and Dynamotype
    Citation to related publication:
    (PROVISIONAL) Optimization of Ictal Aborting Stimulation Using the Dynamotype Taxonomy
    Discipline:
    Health Sciences, Engineering, and Science

  • On the growth of Si nanoparticles in non-thermal plasma: physisorption to chemisorption conversion

    work
    Creator:
    Shi, Xuetao, Elvati, Paolo, and Violi, Angela
    Description:
    Non-thermal plasma systems offer unique opportunities in the fields of bio-imaging, drug delivery, photovoltaics, microelectronics manufacturing. Such interests are largely inspired by the fact that hot plasma electrons coexist with neutral species and ions close to room-temperature under non-thermal plasma conditions. Modeling of these systems requires a deep understanding of the atomistic processes underlying the rich chemistry of the various radicals and ions with the nascent nanoparticle surface. A key parameter for determining the contribution of a certain radical/ion species to the nanoparticle surface growth, called sticking coefficient, is computed as a weighted sum from the simulated sticking outcomes with different collision velocities drawn from a Maxwell-Boltzmann distribution at certain temperatures. In this work, the collisions of SiHx (x=1-4) fragments and silicon cluster (Si4, Si2H6, and Si29H36) surfaces, responsible for the sticking coefficients, are simulated by molecular dynamics (MD) with a reactive force field. The dependence of sticking coefficients on temperature, H coverage of both silane fragments and cluster surfaces, and the size of the cluster, are systematically examined. And the mechanism underlying the sticking events, specifically the conversion of physical aggregation to chemisorption is investigated to better understand the complex interplay between factors influencing the surface growth. The detailed and multi-parameter model of sticking coefficients, accompanied by the mechanism study of physisorption to chemisorption conversion, provides a more accurate and robust approximation of surface growth rate using sticking coefficients, and a deeper understanding of surface growth processes, for the wider non-thermal plasma simulation community.
    Keyword:
    Sticking coefficients, Silanes, Molecular Dynamics, Non-equilibrium, and Aggregation mechanisms
    Citation to related publication:
    Shi, X., Elvati, P., Violi, A. (2021). On the growth of Si nanoparticles in non-thermal plasma: physisorption to chemisorption conversion. J. Phys. D. Submitted.
    Discipline:
    Science

  • oil pressing (Mali mp4)

    work
    Creator:
    Heath, Jeffrey
    Description:
    Documentary videos of pressing oil from seeds of native plants. Credits are at the end of videos. Additional documentaries from Mali may be added later.
    Keyword:
    oil (vegetable)
    Discipline:
    Humanities

  • Novel Sensors for Autonomous Vehicle Perception - R1_RA0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , and Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://umautobots.github.io/nsavp,  https://github.com/umautobots/nsavp_tools, and  https://sites.google.com/umich.edu/novelsensors2023
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R1_FA0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception., The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , and Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://umautobots.github.io/nsavp,  https://github.com/umautobots/nsavp_tools, and  https://sites.google.com/umich.edu/novelsensors2023
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R1_DA0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception., The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , and Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://umautobots.github.io/nsavp,  https://github.com/umautobots/nsavp_tools, and  https://sites.google.com/umich.edu/novelsensors2023
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_RS0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_RN0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_RA0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_FS0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_FN0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal imaging, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_FA1_sample

    work
    Creator:
    Skinner, Katherine A. , Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection released in support of an IROS 2023 workshop publication, with a supporting website ( https://sites.google.com/umich.edu/novelsensors2023). To enable new research in the area of novel sensors for autonomous vehicles, these datasets are designed for the task of place recognition with novel sensors. To our knowledge, this new dataset is the first to include stereo thermal cameras together with stereo event cameras and stereo monochrome cameras, which perform better in low-light than RGB cameras., The dataset collection platform is a Ford Fusion vehicle with roof-mounted sensing suite, which consists of forward-facing stereo uncooled thermal cameras (FLIR Boson 640+ ADK), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) aligned with ground truth position from a high precision navigation system. Sequences include ~10 km routes, which may be driven repeatedly under varying lighting conditions and feature instances of direct sunlight and low-light that challenge conventional cameras., and A software toolkit to facilitate efficient use of the dataset including dataset download, application of calibration parameters, and evaluation of place recognition results based on standard metrics (e.g., maximum recall at 100% precision). These software tools for converting, managing, and viewing datafiles can be found at the associated GitHub repository ( https://github.com/umautobots/nsavp_tools).
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023 and  https://github.com/umautobots/nsavp_tools
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_FA0_sample

    work
    Creator:
    Skinner, Katherine A. , Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection released in support of an IROS 2023 workshop publication, with a supporting website ( https://sites.google.com/umich.edu/novelsensors2023). To enable new research in the area of novel sensors for autonomous vehicles, these datasets are designed for the task of place recognition with novel sensors. To our knowledge, this new dataset is the first to include stereo thermal cameras together with stereo event cameras and stereo monochrome cameras, which perform better in low-light than RGB cameras., The dataset collection platform is a Ford Fusion vehicle with roof-mounted sensing suite, which consists of forward-facing stereo uncooled thermal cameras (FLIR Boson 640+ ADK), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) aligned with ground truth position from a high precision navigation system. Sequences include ~10 km routes, which may be driven repeatedly under varying lighting conditions and feature instances of direct sunlight and low-light that challenge conventional cameras., and A software toolkit to facilitate efficient use of the dataset including dataset download, application of calibration parameters, and evaluation of place recognition results based on standard metrics (e.g., maximum recall at 100% precision). These software tools for converting, managing, and viewing datafiles can be found at the associated GitHub repository ( https://github.com/umautobots/nsavp_tools).
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023 and  https://github.com/umautobots/nsavp_tools
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - R0_FA0

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception - C1 Calibration

    work
    Creator:
    Skinner, Katherine A., Vasudevan, Ram, Ramanagopal, Manikandasriram S., Ravi, Radhika, Carmichael, Spencer, and Buchan, Austin D.
    Description:
    This dataset is part of a collection created to facilitate research in the use of novel sensors for autonomous vehicle perception. , The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. , Further information and resources (such as software tools for converting, managing, and viewing data files) are available on the project website:  https://umautobots.github.io/nsavp , and CHANGE NOTICE (January 2024): We identified an error in our timestamp post-processing procedure that caused all camera timestamps to be offset by the exposure time of one of the cameras. We corrected the error, applied the corrected post-processing, and reuploaded the corrected files. The change impacts all camera data files. Prior to the change, the timestamps between the cameras were synchronized with submillisecond accuracy, but the camera and ground truth pose timestamps were offset by up to 0.4 ms, 3 ms, and 15 ms in the afternoon, sunset, and night sequences, respectively. This amounted in up to ~0.25 meters of position error in the night sequences. For consistency, camera calibration was rerun with the corrected calibration sequence files. The camera calibration results have therefore been updated as well, although they have not changed significantly. Finally, we previously downsampled the frame data in the uploaded calibration seqeuence, but we decided to provide the full frame data in the reupload.
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://sites.google.com/umich.edu/novelsensors2023,  https://github.com/umautobots/nsavp_tools, and  https://umautobots.github.io/nsavp
    Discipline:
    Engineering

  • Novel Sensors for Autonomous Vehicle Perception

    User Collection
    collection
    Creator:
    Skinner, Katherine A, Vasudevan, Ram, Ramanagopal, Manikandasriram S, Ravi, Radhika, Buchan, Austin D, and Carmichael, Spencer
    Description:
    The Novel Sensors for Autonomous Vehicle Perception Collection of datasets are sequences collected with an autonomous vehicle platform including data from novel sensors. The dataset collection platform is a Ford Fusion vehicle with a roof-mounted novel sensing suite, which specifically consists of forward-facing stereo uncooled thermal cameras (FLIR 40640U050-6PAAX), event cameras (iniVation DVXplorer), monochrome cameras (FLIR BFS-PGE-16S2M), and RGB cameras (FLIR BFS-PGE-50S5C) time synchronized with ground truth poses from a high precision navigation system. Sequences include ~8 km routes, driven repeatedly under varying lighting conditions and/or opposing viewpoints. Further information and resources are available on the project website:  https://umautobots.github.io/nsavp
    Keyword:
    novel sensing, perception, autonomous vehicles, thermal sensing, neuromorphic imaging, and event cameras
    Citation to related publication:
     https://umautobots.github.io/nsavp,  https://github.com/umautobots/nsavp_tools, and  https://sites.google.com/umich.edu/novelsensors2023
    Discipline:
    Engineering
    12Works

  • NIH/NCI Co-Clinical Imaging Research Resources Program (CIRP) Diffusion Weighted Imaging Phantom Round Robin

    work
    Creator:
    Chenevert, Thomas L., Malyarenko, Dariya, Amouzandeh, Ghoncheh, Pickup, Stephen, Zhou, Rong, Manning, Henry Charles, Gamon, Seth T., Shoghi, Kooresh I., Quirk, James D., Sriram, Renuka, Larson, Peder, Lewis, Mickael T., Pautler, Robia G., Kinahan, Paul E., and Muzi, Mark
    Description:
    Goals of this work quantify repeatability and reproducibility across multiple NIH/NCI Co-Clinical Imaging Research Resources Program (CIRP) preclinical MRI systems in performing diffusion measurement using a standardized acquisition protocol on a shared phantom containing temperature-controlled medium of known diffusivity. To achieve these goals, the CIRP Image Acquisition Data Processing (IADP) working group (WG) performed a round-robin study of an ice water-based DWI phantom using a detailed phantom preparation procedure and standardized DWI acquisition protocol, with both site- and core-lab generated ADC measurements derived from shared datasets.
    Keyword:
    diffusion MRI, pre-clinical MRI, apparent diffusion coefficient (ADC), repeatability, reproducibility, and accuracy
    Citation to related publication:
    Tomography 2023, 9, 375–386.  https://doi.org/10.3390/tomography9010030
    Discipline:
    Health Sciences

  • Neotropical snake photographs

    work
    Creator:
    University of Michigan, Division of Herpetology, Davis Rabosky, Alison R, Larson, Joanna G, Moore, Talia Y, and Curlis, John David
    Description:
    This dataset includes dorsal and ventral photographs of Neotropical snakes collected in the Peruvian Amazon. These data were collected to survey and examine the diversity in color pattern evolution in Neotropical snakes.
    Keyword:
    snake, color, serpentes, and Peru
    Citation to related publication:
    (work in progress, not yet submitted)
    Discipline:
    Science

  • Neotropical Snake Photo and Video Data

    User Collection
    collection
    Creator:
    University of Michigan, Division of Herpetology, Davis Rabosky, Alison R, Moore, Talia Y., Larson, Joanna G., Curlis, John David, Westeen, Erin P., Sealey, Briana A., and Balinski, Bailey A.
    Description:
    All animal-related procedures were approved by the University of Michigan Institutional Animal Care and Use Committee (Protocols #PRO00006234 and #PRO00008306) and the Peruvian government SERFOR (Servicio Nacional Forestal y de Fauna Silvestre. and Data were collected during five field expeditions in the Amazonian lowlands of Peru from March 2016 to December 2018.
    Keyword:
    snake behavior, coral snake mimicry, serpentes, Peruvian Amazon, and Elapidae
    Discipline:
    Science
    3Works

  • Neighborhood Effects: Social Environment

    work
    Creator:
    Data-Driven Detroit, Goodspeed, Robert, Reference U.S.A., Veinot, Tiffany C., Yan, Xiang, State of Michigan Department of Elections, and Okullo, Dolorence
    Description:
    The Social Environment refers to characteristics of the people and institutions in a census tract, including: 1) Religious organizations (churches and places of worship); and 2) Voter turnout for the 2012 Presidential Election. Coverage for all data: 10-county Detroit-Warren-Ann Arbor Combined Statistical Area.
    Keyword:
    Voter Turnout, Religious Institutions, Spatial Measures, and Census Tract Level
    Discipline:
    Health Sciences and Social Sciences

  • Neighborhood Effects: Food Environment

    work
    Creator:
    Okullo, Dolorence, Yan, Xiang (Jacob), Data Driven Detroit, Veinot, Tiffany C., Gomez-Lopez, Iris N., and Goodspeed, Robert
    Description:
    The food environment is: 1) The physical presence of food that affects a person’s diet; 2) A person’s proximity to food store locations; 3) The distribution of food stores, food service, and any physical entity by which food may be obtained; or 4) A connected system that allows access to food. (Source:  https://www.cdc.gov/healthyplaces/healthtopics/healthyfood/general.htm) Data included here concern: 1) Food access; and 2) Liquor access. Spatial Coverage for most data: 10-county Detroit-Warren-Ann Arbor Combined Statistical Area, Michigan, USA. See exception for grocery store data below.
    Keyword:
    Food Deserts, Census tract level, Full-Line Grocery Stores, Modified Retail Food Environment Index (MRFEI), Farmer’s Markets, Spatial Measures, and Fast Food Establishments
    Discipline:
    Social Sciences, Health Sciences, and Other

  • Neighborhood Effects Active Living Resources

    work
    Creator:
    Reference USA, City of Detroit, ESRI, Data Driven Detroit, and Veinot, Tiffany C.
    Description:
    Active living resources include spaces and organizations that facilitate physical activity, including 1) park land, 2) recreation areas (including parks, golf courses, amusement parks, beaches and other recreational landmarks); and 3) recreation centers (including gyms, dancing instruction, martial arts instruction, bowling centers, yoga instruction, sports clubs, fitness programs, golf course, pilates instruction, personal trainers, swimming pools, skating rinks, etc.) Coverage for all data: 10-county Detroit-Warren-Ann Arbor Combined Statistical Area.
    Keyword:
    Recreation Areas, Park Land, Census tract level, Metropolitan Detroit, Spatial Measures, Recreation Centers, and Michigan
    Discipline:
    Health Sciences, Social Sciences, and Other

  • Neighborhood effects : Housing

    work
    Creator:
    Detroit Residential Parcel Survey, United States Postal Service, Wayne County Register of Deeds, US Census, Yu, Deehan, Public and Affordable Housing Research Corporation (PAHRC), Veinot, Tiffany, RealtyTRAC, National Low Income Housing Coalition (NLIHC), Okullo, Dolorence, Wayne County Treasurer, Health Resource and Services Administration (HRSA), and Data Driven Detroit
    Description:
    This dataset includes census tract-level data concerning housing in Metropolitan Detroit. The data includes: 1) Total housing units and total mortgages in the tract; 2) Land use; 3) Real estate information (foreclosures, sales transactions, and home values); 4) Vacant housing; 5) Housing age and available facilities; 6) Housing condition; and 7) Spatial measures of subsidized housing in the tract. Data coverage should say 2006 to 2015.
    Keyword:
    Housing Conditions, Community Health, Subsidized Housing Locations, Availability of Kitchen and Plumbing Facilities, Vacant Properties, Census tract level, Age of Housing, Spatial Measures, Home Sale Transactions, Land Use by Category, Housing Units and Ownership, Housing Values, and Foreclosed Properties
    Discipline:
    Social Sciences and Health Sciences

  • Neighborhood effects : Health Status

    work
    Creator:
    Veinot,Tiffany,C., Michigan Department of Health & Human Services, U.S. Census Bureau, American Community Survey, Data Driven Detroit, Okullo, Dolorence, and Michigan Department of Vital Statistics
    Description:
    Health status data includes data about the health of persons within a census tract in Metropolitan Detroit, measured at the census tract level. This includes data about 1) mortality by condition; 2) exposures to toxic substances; and 3) disability. Coverage for all data: 10-county Detroit-Warren-Ann Arbor Combined Statistical Area.
    Keyword:
    Community Health, Mortality Rates by Condition , Disability, Elevated Blood Lead Levels, Census Tract level, All-Cause Mortality Rates, and Spatial Measures
    Discipline:
    Health Sciences and Social Sciences

  • Neighborhood Effects : Community Characteristics and Health in Metropolitan Detroit

    User Collection
    collection
    Creator:
    Yan, Xiang (Jacob), Clarke, Phillipa J., Okullo, Dolorence, Goodspeed, Robert, Data Driven Detroit, Gomez-Lopez, Iris N., and Veinot, Tiffany C
    Description:
    This collection was produced as part of the project, “A ‘Big Data’ Approach to Understanding Neighborhood Effects in Chronic Illness Disparities.” The Investigators for the project are Tiffany Veinot, Veronica Berrocal, Phillipa Clarke, Robert Goodspeed, Daniel Romero, and VG Vinod Vydiswaran from the University of Michigan. The study took place from 2015-2016, with funding from the University of Michigan’s Social Sciences Annual Institute, MCubed, and the Sloan and Moore Foundations. Contact: Tiffany Veinot, MLS, PhD Office: 3443 North Quad Phone: 734/615-8281 Email:  tveinot@umich.edu MCubed project page:  https://mcubed.umich.edu/projects/%E2%80%9Cbig-data%E2%80%9D-approach-understanding-neighborhood-effects-chronic-illness-disparities
    Keyword:
    Food Environment, Health Status, Employment, Health Care Resources, Neighborhood Safety, Healthcare Utilization, Transportation, Census tract level, Information and Education Environment, Spatial Measures, Detroit, Active Living Resources, Social Environment, Demographics, Community Health, Housing, and student-friendly
    Discipline:
    Social Sciences
    6Works

  • Neighborhood effects : Information and Education Environment

    work
    Creator:
    Okullo, Dolorence, Gomez-Lopez, Iris N., Goodspeed, Robert, Reddy, Shruthi, Veinot, Tiffany C, Clarke, Phillipa J., and Data Driven Detroit
    Description:
    The information and education environment refers to: 1) the presence of information infrastructures such as broadband Internet access and public libraries in a location; 2) a person’s proximity to information infrastructures and sources; 3) the distribution of information infrastructures, sources and in a specific location; and 4) exposure to specific messages (information content) within a specific location. Coverage for all data: 10-county Detroit-Warren-Ann Arbor Combined Statistical Area.
    Keyword:
    Residential Broadband Data Adoption Rates, Census tract level, Broadband Internet Access and Speed, Colleges and Universities, Public Libraries, Spatial Measures, and Schools
    Discipline:
    Science, Social Sciences, and Health Sciences

  • Near-surface oceanic kinetic energy distributions from drifter observations and numerical models

    work
    Creator:
    Arbic, B.K., Elipot, S., Menemenlis, D., and Shriver, J.F.
    Description:
    The datafiles and Matlab code files in this repository contain the information needed to produce the figures in the paper. We also include the code used to process the raw model output files into spectra.
    Citation to related publication:
    B.K. Arbic, S. Elipot, J.M. Brasch, D. Menemenlis, A.L. Ponte, J.F. Shriver, X. Yu, E.D. Zaron, M.H. Alford, M.C. Buijsman, R. Abernathey, D. Garcia, L. Guan, P.E. Martin, and A.D. Nelson (2022), Near-surface oceanic kinetic energy distributions from drifter observations and numerical models. In review.
    Discipline:
    Science

  • native plants videos (Mali mp4)

    work
    Creator:
    Heath, Jeffrey
    Description:
    Documentary videos profiling certain native plants. Credits are at the end of videos. Additional documentaries from Mali may be added later.
    Keyword:
    Hibiscus
    Discipline:
    Humanities

  • native plants (Burkina mp4)

    work
    Creator:
    Heath, Jeffrey
    Description:
    Videos featuring native plants of Burkina Faso. Credits are at the end of videos. Additional documentaries from Burkina may be added later. Images of native plants will be in a distinct collection.
    Keyword:
    Burkina Faso and native plants
    Discipline:
    Humanities

  • native insects (Burkina mp4)

    work
    Creator:
    Heath, Jeffrey
    Description:
    Occasional videos involving native insects of SW Burkina Faso. Credits are at the end of videos. Additional documentaries from Burkina may be added later. See also the "bees ..." work in this collection.
    Keyword:
    Burkina Faso, insects
    Discipline:
    Humanities

  • Nanophotonic control of thermal emission under extreme temperatures in air

    work
    Creator:
    McSherry, Sean
    Description:
    This repository includes the analysis code and raw data for a paper titled "Nanophotonic control of thermal emission under extreme temperatures in air, " in Nature Nanotechnology (see citation). In our work, well defined structure-color effects guided the design of a nanostructure containing stratified layers of two oxides, magnesium oxide (MgO) and barium zirco-hafnate (BaZr0.5Hf0.5O3 or BZHO). The repeating layers were tuned in such a way to manipulate incident infrared wavelengths. The infrared is the spectral range in which heat (in the form of electromagnetic radiation) is emitted from objects. Therefore, the nanostructure serves as a way to alter the thermal emission spectrum of hot objects, controlling how much heat can flow. This can have significant impacts on a range of technologies, such as thermal photovoltaics (TPVs), which generate electricity from the infrared light emission of hot objects (compared to visible light emission from the sun in solar photovoltaics). We envision that our MgO/BZHO nanostructure can be paired with a thermal emitter in TPV systems to beneficially manipulate the flow of infrared light, leading to more efficient electricity production. To characterize the thermal stability of this structure, we had to characterize the thermal stability and optical performance at room temperature and at 1100 °C. This lead us to conduct several experiments using ellipsometry, TEM, EDS, and FTIR.
    Keyword:
    FTIR, Infrared, Photonic Crystal, MgO, Refractory , Ellipsometry, Spectroscopy, Superlattice, and Thermal Emission
    Citation to related publication:
    McSherry et al. Nature Nanotechnology (In Press). 2022
    Discipline:
    Engineering

  • Nanga-speaking (Dogon Mali) village photos

    work
    Creator:
    Heath, Jeffrey
    Description:
    Images of villages in Mali in which Nanga (Dogon family) is the primary language. Each file name contains important information about the photos, and are structured thus: LanguageFamily_Language_IdentificationNumber_GeographicCoordinate_Description_Date_InitialsOfThePhotographer
    Keyword:
    villages, Nanga, Dogon, and Mali
    Citation to related publication:
    Moran, Steven & Forkel, Robert & Heath, Jeffrey (eds.) 2016. Dogon and Bangime Linguistics. Jena: Max Planck Institute for the Science of Human History.  http://dogonlanguages.org
    Discipline:
    Humanities

  • Najamba-Kindige-speaking (Dogon, Mali) village photos

    work
    Creator:
    Heath, Jeffrey
    Description:
    images of villages in Mali in which Najamba Kindige (Dogon family) is the primary language. Each file name contains important information about the photos, and are structured thus: LanguageFamily_Language_IdentificationNumber_GeographicCoordinate_Description_Date_InitialsOfThePhotographer
    Keyword:
    villages, Dogon, Najamba, and Mali
    Citation to related publication:
    Moran, Steven & Forkel, Robert & Heath, Jeffrey (eds.) 2016. Dogon and Bangime Linguistics. Jena: Max Planck Institute for the Science of Human History.  http://dogonlanguages.org
    Discipline:
    Humanities

  • n-Alkane-based reconstructions of peat accumulations and depositional conditions at four locations around a shallow maar lake in the Changbai Mountains, northeastern China

    work
    Creator:
    Zhang, Yan, Gao, Chuanyu, Zhang, Shaoqing, Yang, Ping, Meyers, Philip A, and Wang, Guoping
    Description:
    The study focuses on reconstructing the histories of peat deposition using n-alkane biomarkers in peat cores and associated modern plant communities from four sites around a shallow maar lake in the Changbai Mountains of northeastern China. Peat development patterns in the four sites are not concordant although the sites experienced the same paleoclimate histories. Evidently, lava flows and tephra deposits produced an uneven topography of the volcanogenic lake basin that controls the water depths at the four lake edge locations, thereby leading to differences in peat-forming plant communities and peat deposition among the four sites.
    Keyword:
    peat deposition, n-alkanes, volcanic eruptions, and Changbai Lake
    Citation to related publication:
    Zhang, Y., Gao, C., Zhang, S., Yang, P., Meyers, P. A., & Wang, G. (2020). N-Alkane-based reconstructions of peat accumulations and depositional conditions at four locations around a shallow maar lake in the Changbai Mountains, northeastern China (world) [Preprint]. Earth and Space Science Open Archive; Earth and Space Science Open Archive.  https://doi.org/10.1002/essoar.10505381.1
    Discipline:
    Science

  • Multi-Stage Attack Graph Security Games: Heuristic Strategies, with Empirical Game-Theoretic Analysis --- Dataset

    work
    Creator:
    Nguyen, Thanh H., Wright, Mason, Wellman, Michael P., and Singh, Satinder
    Description:
    In this work , we study the problem of allocating limited security countermeasures to protect network data from cyber-attacks, for scenarios modeled by Bayesian attack graphs. We consider multi-stage interactions between a network administrator and cybercriminals, formulated as a security game. We propose parameterized heuristic strategies for the attacker and defender and provide detailed analysis of their time complexity. Our heuristics exploit the topological structure of attack graphs and employ sampling methods to overcome the computational complexity in predicting opponent actions. Due to the complexity of the game, we employ a simulation-based approach and perform empirical game analysis over an enumerated set of heuristic strategies. Finally, we conduct experiments in various game settings to evaluate the performance of our heuristics in defending networks, in a manner that is robust to uncertainty about the security environment.
    Keyword:
    Empirical Game-Theoretic Analysis, Multi-stage Security Games, Attack Graph, Game Theory, and Moving Target Defense
    Discipline:
    Science and Engineering

  • Multi-Sense embeddings through a word sense disambiguation process

    work
    Creator:
    Ruas, Terry, Grosky, William, and Aizawa, Akiko
    Description:
    This data set is a collection of word similarity benchmarks (RG65, MEN3K, Wordsim 353, simlex999, SCWS, yp130, simverb3500) in their original format and converted into a cosine similarity scale. In addition, we have two Wikpedia Dumps from 2010 (April) and 2018 (January) in which we provide the original format (raw words), converted using the techniques described in the paper (MSSA, MSSA-D and MSSA-NR) (title in this repository), and also the word embeddings models for 300d and 1000d using a word2vec implementation. A readme.txt is provided with more details for each file.
    Keyword:
    multi-sense embeddings, MSSA, word2vec, wikipedia dump, synset, and natural language processing
    Citation to related publication:
     https://doi.org/10.1016/j.eswa.2019.06.026
    Discipline:
    Other

  • Multi-parametric MRI dataset for tibia bone marrow in murine model of myelofibrosis with JAK2 transplant

    work
    Creator:
    Malyarenko, Dariya, Chenevert, Thomas L, Heist, Kevin, Bonham, Christopher, and Ross, Brian
    Description:
    The imaging data was used to measure repeatability and temporal trends of quantitative imaging biomarkers of myelofibrosis in bone marrow based on apparent diffusion coefficient, fat fraction and magnetization transfer ratio. The dataset consists of time series of the MRI Meta-image-header (MHD) images of wild type and diseased mice combined by the imaging time point. The MHD images are an ITK compatible format that can be viewed in standard image viewer, like 3D Slicer. Each time point image archive is structured with a directory tree that contains ./././"mouseID"/"scan-date"/"acquisition type"/
    Keyword:
    murine tibia MRI, bone marrow imaging, apparent diffusion coefficient (ADC), proton density fat fraction (PDFF), magnetization transfer ratio (MTR), and pre-clinical model of myelofibrosis
    Citation to related publication:
    Ross BD, Malyarenko D, Heist K, Amouzandeh G, Jang Y, Bonham CA, Amirfazli C, Luker GD, Chenevert TL. Repeatability of Quantitative Magnetic Resonance Imaging Biomarkers in the Tibia Bone Marrow of a Murine Myelofibrosis Model. Tomography. 2023 Feb 28;9(2):552-566. doi: 10.3390/tomography9020045. PMID: 36961004; PMCID: PMC10037563.
    Discipline:
    Health Sciences

  • mTURK diagnostic testing dataset May 2015

    work
    Creator:
    Meurer, William J., Meka, Arjun, and Porath, Jon
    Description:
    Introduction: Diagnostic testing is common in the emergency department. The value of some testing is questionable. The purpose of this study was to assess how varying levels of benefit, risk, and costs influenced an individual’s desire to have diagnostic testing. Methods: A survey through Amazon Mechanical Turk presented hypothetical clinical situations: low risk chest pain and minor traumatic brain injury. Each scenario included three given variables (benefit, risk, and cost), that was independently randomly varied over four possible values (0.1%, 1%, 5%, 10% for benefit and risk and $0, $100, $500, and $1000 for the individual’s personal cost for receiving the test). Benefit was defined as the probability of finding the target disease (traumatic intracranial hemorrhage or acute coronary syndrome). Results: A total of 1000 unique respondents completed the survey. Increasing benefit from 0.1% to 10%, the percent of respondents who accepted a diagnostic test went from 28.4% to 53.1%. [OR: 3.42 (2.57-4.54)] As risk increased from 0.1% to 10%, this number decreased from 52.5% to 28.5%. [OR: 0.33 (0.25-0.44)] Increasing cost from $0 to $1000 had the greatest change of those accepting the test from 61.1% to 21.4%, respectively. [OR: 0.15 (0.11-0.2)] Conclusions: The desire for testing was strongly sensitive to the benefits, risks and costs. Many participants wanted a test when there was no added cost, regardless of benefit or risk levels, but far fewer elected to receive the test as cost increased incrementally. This suggests that out of pocket costs may deter patients from undergoing diagnostic testing with low potential benefit.
    Discipline:
    Health Sciences

  • Mtisdziri, Nikuradzeebis Ubani (Samkharadzeebis Ubani) A028

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Nikuradzeebis Ubani (also known as Samkharadzeebis Ubani) is a gently sloping area that stretches out to the north from the base of Nabambevisgora, which is one of the four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. In Nikuradzeebis Ubani, two pithos burials presumably of the Hellenistic period were found by chance in 1958. During our visit, a farmer living in this area named Giorgi Tavadze, told us that a number of pithos burials had been found there recently as well, but we observed no traces of ancient occupation in this area.
    Keyword:
    1st Millennium BCE and Burial
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Nabambevisgora, Nashuebi A029

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Nabambevisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. The eastern limit of Nabambevisgora is formed by a small stream called the Tsabla Ghele. The area to the west of this stream, on the east slope of the Nabambevisgora, is called Nashuebi. Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects in Nashuebi in 1952. The assemblage was found beneath a large slab and possibly belonged to a grave covered by this slab. Included in the assemblage were a number of precious artifacts, including “a gold earring, a gold torque, [and] fragments of a bronze vessel” (G. Gamkrelidze), together with, most notably, a silver rhyton with a protome in the form of a man-headed goat (the figural protome is 0.76 m in both height and length). This rhyton, now in the Vani Museum, has been much studied and published, most extensively by G. Gamkrelidze and F. Knauss, both of whom agree that it combines Achaemenid models with Greek ornament, and was probably made by local artisans in the 4th century B.C. In the 1970s, two trenches were dug in the area of the Tsabla Ghele, where the grave with the silver rhyton had been found, but the grave was not located (Trenches 14 and 15) (Gamkrelidze); it may have been carried away or buried by a landslide. During our visit, we picked up a Thasian amphora toe of the 4th century B.C. on the west bank of the Tsabla Ghele (A029); this point also marks the general area in Nashuebi where the rich grave including the silver rhyton was found and excavations carried out.
    Keyword:
    Classical and Stray Find
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Nabambevisgora A030

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Nabambevisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. The east slope of Nabambevisgora is known as Nashuebi; here a rich grave including a silver rhyton was found and excavations later carried out (A029). In walking around Nabambevisgora, we found several pottery sherds on the east slope and fragments of burnt mud plaster on the north slope (A030) but nothing on the top of the hill, where lies a grassy meadow called the “Airport.”
    Keyword:
    Classical and Burial
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Mtisdzirisgora A027

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Mtisdzirisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. In the 1970s, a single trench was dug on Mtisdzirisgora, where Hellenistic pottery and lumps of burnt daub but no in-situ features were unearthed (Trench 13) (Gamkrelidze). On the northwest slope of the Mtisdzirisgora, just below the top of the hill, we recorded a surface scatter of pottery and small cobbles (A027), the latter possibly remains of the foundations of small houses, workshops, or farm buildings.
    Keyword:
    Classical, Settlement, and Burial
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Mtisdzirisgora A026

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Mtisdzirisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. On the northeast slope of Mtisdzirisgora, Sulkhan Kharabadze identified a possible pithos burial, now disturbed (A026); preserved in the scarp of the hill were a number of pithos fragments and possibly human bones.
    Keyword:
    Classical and Burial
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Adeishvilebisgora, Geperidzeebis Namosakhlari A023

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Adeishvilebisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. In the area of Adeishvilebisgora, we recorded three points of interest: the site of an old excavation trench in the saddle between Adeishvilebisgora and Naktsevigora (the area known as Geperidzeebis Namosakhlari; A023); the location of a previously excavated timber frame structure on the east side of the hill (A024); and the location of a previously excavated Late Roman and Mediaeval structure on top of the hill (A025). Here in the saddle between Adeishvilebisgora and Naktsevigora, an area known as Geperidzeebis Namosakhlari (A023), excavations of the 1970s revealed cultural materials, including pithos burials but no in-situ features, in nine of the ten trenches excavated (one was sterile).
    Keyword:
    Early Hellenistic, Iron Age, Classical, Late Hellenistic, and Settlement
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Adeishvilebisgora A025

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Adeishvilebisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. In the area of Adeishvilebisgora, we recorded three points of interest: the site of an old excavation trench in the saddle between Adeishvilebisgora and Naktsevigora (the area known as Geperidzeebis Namosakhlari; A023); the location of a previously excavated timber frame structure on the east side of the hill (A024); and the location of a previously excavated Late Roman and Mediaeval structure on top of the hill (A025), where a stone wall 0.7 m wide was visible. The path leading up the hill the east side, now planted with hazelnut trees, is littered with fragments of burnt mud plaster and pottery. Here on the top of Adeishvilebisgora (A025), excavations revealed the stone walls of a large masonry structure in Trench 12. The an oblong structure is oriented east-west: 29.4 m east-west by 7.5 m north-south. The walls of the structure are 1 m wide, and it is divided by a cross wall into two rooms, one 5.5 m wide and 21 m long, the other 5.5 m square. The walls are built of mortared rubble masonry, mostly sandstone with some other materials including limestone, marble, and river cobbles. The upper parts of the structure must also have been built partly of brick, and it seems to have had a tile roof (400 fragments of brick and 500 fragments of tile were recovered in the excavations). Other finds included local and imported (sigillata) pottery, iron items, and fragments of glass vessels. The excavator, G. Gamkrelidze, believed that this structure was built in the Late Roman period (3rd or 4th century A.D.), and used until the early Mediaeval period (8th century A.D.). Traces of earlier buildings are preserved at the east end of the structure, which the excavator identified with an early Roman phase (1st c. -3rd c. A.D.). The excavator believed that the late Roman/early Mediaeval building exposed in Trench 12 belonged to “a large fortification complex,” but it is not obviously defensive in character. He also suggested, on the evidence of a nearby toponym, Mukhuri (located between Mtisdziri and Dablagomi) that Mtisdziri in this period may be identified with a fortified outpost named as Μουχείρισος in Byzantine sources. We visited the old excavation site, which was much overgrown, where we were able to record a section of a stone wall 0.07 m thick.
    Keyword:
    Late Roman, Fortification, Mediaeval, and Roman
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri, Adeishvilebisgora A024

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Adeishvilebisgora is one of four hills near the modern village of Mtisdziri that were the foci of excavations carried out in the 1970s and the location of a number of accidental finds. These hills are located southeast of the center of the modern village, which lies 10 km west of Vani on the south edge of the Phasis River valley, and rise to elevations 80-120 m above the plain. In the area of Adeishvilebisgora, we recorded three points of interest: the site of an old excavation trench in the saddle between Adeishvilebisgora and Naktsevigora (the area known as Geperidzeebis Namosakhlari; A023); the location of a previously excavated timber frame structure on the east side of the hill (A024); and the location of a previously excavated Late Roman and Mediaeval structure on top of the hill (A025). Previous excavations on the east slope of Adeishvilebisgora (A024) revealed the stone foundations of a timber frame structure interpreted as a watchtower by excavator G. Gamkrelidze and dated to the end of the 5th or first half of the 4th century B.C. (Trench 11). According to the excavation publications, this structure is oblong and oriented north-south: 14.8 m north-south by 10 m east-west. Its walls range in width from 2.6 to 2.8 m, and it is divided by a cross wall, 1.0 m wide, into two chambers, one 4.8 wide by 5.6 m long, the other 4.8 wide by 2.8 m long. According to the excavator, the inner and outer faces of the walls were built in log cabin fashion (as described by Vitruvius for Colchian houses) on stone foundations set in shallow trenches dug into undisturbed soil. The stone foundations on the exterior rose higher than those on the interior, thus apparently forming a socle that originally rose above the surrounding ground level. The spaces between the wall faces were filled with rubble set in mud, with occasional wooden tie beams. The excavator suggests that this structure may have been a multi-storied tower. He further suggests that it may have formed part of the territorial fortifications of Vani, but his reconstruction is also compatible with the identification of the structure as a fortified house – some variant of the type of structure described, in fact, by Vitruvius. The structure is dated by Colchian and imported pottery (fragments of Chian amphora; two complete Mendean amphorae; four fragments of black-glazed pottery) found in the excavations, and by a radiocarbon date for a sample of the timber framework of 330 B.C. plus or minus 40 years (uncalibrated and not reliable). The excavator believed that it was destroyed by fire in the mid-4th century B.C. A similar structure was apparently found at Vartsikhe. The excavation also revealed material from the 7th-6th century B.C. During our visit, the stone foundations of a structure were visible in the old excavation trench, but no additional ancient remains were found.
    Keyword:
    Classical and Fortification
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977. , Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mtisdziri A031

    work
    Creator:
    Vani Archaeological Survey
    Description:
    The modern village of Mtisdziri lies 10 km west of Vani on the main east-west road south of the Phasis River at the edge of the river plain. Mtisdziri is located on the border between the Samtredia and Vani administrative districts. The main area of archaeological interest is a cluster of small hills, southeast of the center of the settlement, which rise to elevations 80-120 m above the valley. These include three hills running in a row from east to west, Adeishvilebisgora, Mtisdzirisgora, and Nabambevisgora, together with a fourth, higher hill, known as Naktsevigora, which rises behind the first two. In recent years (beginning in 1978), substantial landslides from this last hill have partially filled the valley (Geperidzeebis Ghele) between Adeishvilebisgora and Mtisdzirisgora. To the west, running between Mtisdzirisgora and Nabambevisgora, there is a small stream, whose name is the Tsabla Ghele. The area to the west of this stream, on the east slope of Nabambevisgora, is called Nashuebi. These hills were the foci of excavations carried out in the 1970s, which yielded remains dating from the 7th century B.C. to the early Mediaeval period (Gamkrelidze and Knauss). Mtisdziri was visited on 20 and 21 June 2009. In the area of Adeishvilebisgora, we recorded three points of interest: the site of an old excavation trench in the saddle between Adeishvilebisgora and Naktsevigora (the area known as Geperidzeebis Namosakhlari; A023); the location of the timber frame structure in Trench 11 on the east side of the hill (A024), where we saw traces of stone foundations; and the location of the Late Roman and Mediaeval structure in Trench 12 on top of the hill (A025), where a stone wall 0.7 m wide was visible. The path leading up the hill the east side, now planted with hazelnut trees, is littered with fragments of burnt mud plaster and pottery. On Mtisdzirisgora, we recorded a possible disturbed pithos burial, visible in an eroded scarp (A026) and a surface scatter of pottery and small cobbles just below the top of the hill (A027). As noted above, landslides have filled much of the valley between Adeishvilebisgora and Mtisdzirisgora. We climbed up Naktsevigora, the source of the landslides, but saw no ancient remains. In the area of Nashuebi, we picked up a 4th c. B.C. Thasian amphora toe on the west bank of the Tsabla Ghele (A029); this point also marks the general area in Nashuebi where a pit grave was accidentally found and excavations were carried out. In walking around Nabambevisgora, we found several pottery sherds on the east slope and fragments of burnt mud plaster on the north slope (A030) but nothing on the top of the hill, where lies a grassy meadow called the “Airport.” Further to the north at the base of the hill, in an area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), our local informant told us that a number of pithos burials had been found (A028), but we observed no traces of ancient occupation in this area.
    Keyword:
    Modern Settlement
    Citation to related publication:
    Archaeological research at Mtisdziri began with the chance discovery of a rich assemblage of objects above the west bank of the Tsabla Ghele in the area known as Nashuebi in 1952. Later chance discoveries include two pithos burials found in 1958 in the western part of the village, north of Nabambevis Gora, in the area known as Nikuradzeebis Ubani (or Samkharadzeebis Ubani), presumably of the early Hellenistic period. In 1971 and 1972, the Vani expedition team collected surface pottery. Excavations were conducted in 1973-1977., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the archaeology of Georgia and the Caucasus], vol. II. Tbilisi. pp. 149-162, pls. I-XIX. (In Russian.) p. 149-150., 1971. Chronicles. Herald of Kutaisi Historical-Ethnographical Museum. Vol. 2. P. 135-136. (In Georgian.), Ramishvili, A., and O. Lanchava. 1973. Vanis kveqana [The “kveqana” of Vani]. Twenty-five Years of the Vani Archaeological Expedition. Summaries of the Scientific Session. Tbilisi. p. 20. (In Georgian.), Gamqrelidze, G. 1976. Mtisdzirshi napovni qants -ritoni [Horn-rhyton found in Mtisdziri]. Dzeglis megobari, N 41. Tbilisi. pp. 17-20. (In Georgian with a Russian summary.), Gamqrelidze, G. 1977a. Arkeologiuri gatkhrebi sop. Mtisdziris midamoebshi [Archaeological excavations in the environs of the village of Mtisdziri]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta sametsniero sesiis masalebi [Archaeological investigations. Materials of the scientific sessions of young researchers]. Tbilisi. pp. 74-78. (In Georgian.), Gamqrelidze, G. A. 1977b. K izucheniyu drevnekolkhidskikh oboronitelnykh sooruzhenii [Towards the study of the ancient Colchian defensive structures]. Sakartvelos metsnirebata akademiis moambe [Bulletin of the Georgian Acad. Sci.], vol. 88, N 2. Tbilisi. pp. 501-505. (In Russian with summaries in Georgian and English.), Gamqrelidze, G. 1977c. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of Mtisdziri]. Vani III. Pp. 58-70, pls. 25-44. (In Georgian with a Russian summary.), Gamqrelidze, G. 1978. Vanis mtisdziris akhlad aghmochenili adreuli shuasaukuneebis nageboba [Recently discovered building in Mtisdziri of Vani of the early Middle Ages]. Matsne (Istoriis, arkeologiis, etnograpiis da khelovnebis istoriis seria) [Herald of the Academy of Sciences (Series of history, archaeology, ethnography and history of art)], N 3. Tbilisi. pp. 109-123. (In Georgian with a Russian summary.), Gamqrelidze, G. 1979. Drevniye poseleniya v srednem techenii reki Rioni (Mtisdziri v VII v. do n. e. – VII v. v. e.). Avtoreferat dissertatsii na soiskaniye uchenoi stepeni ckandidata istoricheskikh nauk [The ancient settlements in the middle part of the river Rioni (Mtisdziri in the 7th cent. B.C. – 7th cent. A. D.). Synopsis of thesis to defend the scientific degree of candidate of historical sciences]. Tbilisi. (In Russian.), Tolordava, V. 1980. Dakrdzalvis tsesebi elinisturi khanis sakartveloshi [The burial rites in Georgia of the Hellenistic period]. Tbilisi. pp. 6-23, pls. II-XVIII. (In Georgian with a Russian summary.), Gamqrelidze, G. 1982a. Adreshuasaukuneebis samshenenblo keramika adeishvilebis goridan [The early medieval pottery from the Adeishvili hill]. Arkeologiuri dziebani. Akhalgazrda mkvlevarta II da III sametsniero sesiis masalebi [Archaeological investigations. Materials of the 2nd and 3rd scientific sessions of young researchers]. Tbilisi. pp. 115-122. (In Georgian.), Gamqrelidze, G. 1982b. Tsentraluri kolkhetis dzveli namosakhlarebi [Ancient settlements of Central Colchis]. Tbilisi. (In Georgian with summaries in Russian and English.), Gamqrelidze, G. 1983a. Antikuri importi vansa am is da mis midamoebshi. Mtisdziri [Classical import in Vani and its environs. Mtisdziri]. Vani VII. Tbilisi. pp. 127-128, pl. 52. (In Georgian with a Russian summary.), Gamqrelidze, G. 1983b. Sop. Mtisdziris arkeologiuri dzeglebi [Archaeological monuments of the village of Mtisdziri]. Kartuli sabchota entsiklopedia [The Georgian Soviet Encyclopaedia], vol. 6. Tbilisi. p. 672. (In Georgian.), Gamkrelidze, G. 1990. From Colchian mythology (Ochopintre – a Pantype God). Preprinter. Tbilisi. (Summary in Russian.), Kvirkvelia, G. 1990. La Région de Vani aux VIIIème – Vème Siècles. In Le Pont-Euxin Vu Par les Grecs, Sources Écrites et Archéologique, Symposium de Vani (Colchide), Septembre-Octobre 1987, Otar Lordkipanidze et Pierre Lévêque, ed. Tea Khartchilava et Evelyne Geny, pp. 253-56. Centre de Recherches d’Histoire Ancienne, Vol. 100. Paris: Annales Littéraires de l’Université de Besançon., Gamkrelidze, G. 1992. K arkheologii doliriy doliny Phazisa (Rioni) [Towards the archaeology of the Phasis (Rioni) valley]. Tbilisi. pp. 11, 20-25, 49-100. (In Russian.), Gamkrelidze, G. 1998. Ein Rhyton mit Götterdarstellung aus der Kolchis. Archäologische Mitteilungen aus Iran und Turan 30. Pp. 211-16., Knauß, F. S. 1999a. “Ein silbernes Trinkhorn aus Mtisdziri. Die Kolchis zwischen Achämeniden und Griechen.” In R. F. Docter and E. M. Moormann (eds.), Proceedings of the XVth International Congress of Classical Archaeology, Amsterdam 12. – 17. July 1998. Amsterdam. p. 218-222., Knauß, F. S. 1999b. Bocksdämon und Perserin. Untersuchungen zur Ikonographie und Chronologie der späten graeco-persischen Glyptik, Archäologische Mitteilungen aus Iran und Turan 31. Pp. 161-189., Gamkrelidze, G. 2001. Kolkhologiuri narkvevebi [Colchological sketches]. Tbilisi. (In Georgian.), Knauss, F. 2006. “Ancient Persia and the Caucasus.” Iranica Antiqua XLI: 79-118., and Kharabadze, S. 2008. “Vanis Qveq’nis” Arqeologiuri Ruk’a (dzv.ts. VIII – akh.ts. III ss.). (Archaeological Map of the Vani Land, 8th Century BC – 3rd Century AD). Tsardgenilia Doqt’oris Ak’ademiuri Khariskhis Mosap’oveblad. Saqartvelos T’eqnik’uri Universit’et’i. Tbilisi, 0175, Saqartvelo. Seqtemberi. P. 29-31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mshvidobisgora Tsikhe C001

    work
    Creator:
    Vani Archaeological Survey
    Description:
    On the eastern edge of the modern town of Vani, just across the Sulori river from the town’s central traffic circle, lies a hill called Mshvidobisgora, the northeastern edge of which is crowned by a Mediaeval fortress. Mshvidobisgora comprises a long chain of hills rising to an elevation of 175 masl and oriented northwest-southeast, separating the right (east) bank of the Sulori from the Phasis river. The fortress is situated at the northeast edge of the westernmost hill in this chain. The fortress forms the focal point of a modern recreational park. It is roughly square in plan, oriented north-south, east-west, and is constructed of lime mortared rubble masonry, consisting mainly of smoothed cobblestones. All four of the walls are preserved to a height of about 1 m. The wall thickness is about 0.4 m. The length of the east wall is 3.25 m, while that of the south wall is 3.40 m. It is unclear whether a break approximately 1 m wide piercing the south wall near the southeast corner was once a doorway. The hill on which the fortress stands is visible due almost directly east from the “Stepped Altar” on the Middle Terrace at the site of Vani.
    Keyword:
    Fortification and Mediaeval
    Citation to related publication:
    Hughes, R. C. 2015. The Archaeology of a Colchian Landscape: Results of the Eastern Vani Survey. Ph.D. Dissertation. The University of Michigan. p. 144-145.
    Discipline:
    Social Sciences and Humanities

  • Movies for article "Spanwise variations in membrane flutter dynamics"

    work
    Creator:
    Alben, Silas D
    Description:
    The research involved vortex-panel simulations of fluid-structure interactions. A file Captions_for_SpanwiseVariationsMovies.pdf is included that describes the movies.
    Discipline:
    Science

  • Mound survey

    User Collection
    collection
    Creator:
    Galaty, Michael
    Description:
    TBD
    Keyword:
    archaeology
    Discipline:
    Humanities and Social Sciences
    0Works

  • Morphological dataset for study of morphospace structure of frog assemblages in the Western Hemisphere

    work
    Creator:
    Larson, Joanna G and Weiner, Abraham
    Description:
    This dataset consists of 11 linear external morphological measurements from 1,614 adult frog individuals from 434 species that all naturally occur in the Western Hemisphere. We used these data to investigate patterns of multidimensional morphospace structure in frog assemblages along the latitudinal diversity gradient in the Americas. The measured traits are predictive of adult microhabitat use, diel activity patterns, locomotion, mating habitat, and diet.
    Keyword:
    functional traits, morphology, frog, anura, and amphibian
    Citation to related publication:
    Larson, JG, PO Title, and DL Rabosky. Expansion and packing of frog morphospace along the Western Hemisphere latitudinal diversity gradient revealed by functional traits. In prep
    Discipline:
    Science

  • Morphological and phonological processing in English monolingual, Chinese-English bilingual, and Spanish-English bilingual children: fNIRS and Behavioral Dataset (T1-T2)

    User Collection
    collection
    Creator:
    Sun, Xin, Zhang, Kehui, Marks, Rebecca, Karas, Zachary, Eggleston, Rachel, Nickerson, Nia , Yu, Chi-Lin, Wagley, Neelima, Hu, Xiaosu, Caruso, Valeria, Tardif, Twila, Satterfield, Teresa, Chou, Tai-Li, Kovelman, Ioulia, and Hernandez, Isabel
    Description:
    In a broad sense, this project explores morphological and phonological processing in English monolinguals and two bilingual populations, Chinese-English and Spanish-English, using a battery of standardized and self-developed behavioral measures, as well as fNIRS neuroimaging. (T1=NEW PARTICIPANTES -TESTED BEHAVIORAL AND fNIRS-, T2= RETURNING PARTICIPANTS -JUST TESTED WITH BEHAVIORAL ASSESSMENTS)
    Discipline:
    Science
    2Works

  • Morphological and phonological processing in English monolingual, Chinese-English bilingual, and Spanish-English bilingual children: An fNIRS neuroimaging dataset

    work
    Creator:
    Sun, Xin, Zhang, Kehui, Marks, Rebecca, Karas, Zachary, Eggleston, Rachel, Nickerson, Nia, Yu, Chi-Lin, Wagley, Neelima, Hu, Xiaosu, Caruso, Valeria, Tardif, Twila, Satterfield, Teresa, Chou, Tai-Li, and Kovelman, Ioulia
    Description:
    In a broad sense, this dataset explores morphological and phonological processing in English monolinguals and two bilingual populations, Chinese-English and Spanish-English, using a battery of standardized and self-developed behavioral measures, as well as fNIRS neuroimaging.
    Citation to related publication:
    Sun X, Zhang K, Marks R, Karas Z, Eggleston R, Nickerson N, Yu CL, Wagley N, Hu X, Caruso V, Chou TL, Satterfield T, Tardif T, Kovelman I. Morphological and phonological processing in English monolingual, Chinese-English bilingual, and Spanish-English bilingual children: An fNIRS neuroimaging dataset. Data Brief. 2022 Mar 12;42:108048. doi: 10.1016/j.dib.2022.108048. PMID: 35313503; PMCID: PMC8933821.
    Discipline:
    Science

  • Morphological and phonological processing in English monolingual, Chinese-English bilingual, and Spanish-English bilingual children: A behavioral dataset (T2)

    work
    Creator:
    Hernandez, Isabel, Sun, Xin, Zhang, Kehui, Marks, Rebecca, Karas, Zachary, Eggleston, Rachel, Nickerson, Nia, Yu, Chi-Lin, Wagley, Neelima, Hu, Xiaosu, Caruso, Valeria, Tardif, Twila, Satterfield, Teresa, Chou, Tai-Li, and Kovelman, Ioulia
    Description:
    In a broad sense, this dataset explores morphological and phonological processing in English monolinguals and two bilingual populations, Chinese-English and Spanish-English, using a battery of standardized and self-developed behavioral measures. Language: English - Spanish - Chinese
    Discipline:
    Science

  • Moore-speaking (Gur, Mali) village photos

    work
    Creator:
    Heath, Jeffrey
    Description:
    Images of villages in Mali in which Moore (Gur family) is the primary language. Each file name contains important information about the photos, and are structured thus: LanguageFamily_Language_IdentificationNumber_GeographicCoordinate_Description_Date_InitialsOfThePhotographer
    Keyword:
    villages, Gur, Moore, and Mali
    Citation to related publication:
    Moran, Steven & Forkel, Robert & Heath, Jeffrey (eds.) 2016. Dogon and Bangime Linguistics. Jena: Max Planck Institute for the Science of Human History.  http://dogonlanguages.org
    Discipline:
    Humanities

  • Monthly water balance estimates for the Laurentian Great Lakes from 1950 to 2019 (v1.1)

    work
    Creator:
    Do, Hong X., Smith, Joeseph P., Fry, Lauren M., and Gronewold, Andrew D.
    Description:
    This data set contains a new monthly estimate of the water balance of the Laurentian Great Lakes, the largest freshwater system on Earth, from 1950 to 2019. The source codes and inputs to derive the new estimates are also included in this dataset. and ***ADDED 2024-02-27: The component net basins supply data "*NBSC_GLWBData.csv" in "output_ts_posterior.zip" need to be revised for further applications***
    Keyword:
    Laurentian Great Lakes, Bayesian inference, water levels, data assimilation, and water balance
    Citation to related publication:
    Do, H. X., Smith, J. P., Fry, L. M., & Gronewold, A. D. (2020). Seventy-year long record of monthly water balance estimates for Earth’s largest lake system. Scientific Data, 7(1), 276.  https://doi.org/10.1038/s41597-020-00613-z, Gronewold, A. D., Smith, J. P., Read, L., & Crooks, J. L. (2020). Reconciling the water balance of large lake systems. Advances in Water Resources, 103505.  https://doi.org/10.1016/j.advwatres.2020.103505 , and This version replaces the following deprecated dataset: Do, H.X., Smith, J.P., Fry, L.M., Gronewold, A.D. (2020). Monthly water balance estimates for the Laurentian Great Lakes from 1950 to 2019 [Data set]. University of Michigan - Deep Blue.  https://doi.org/10.7302/0rsp-v195
    Discipline:
    Science

  • Monthly water balance estimates for the Laurentian Great Lakes from 1950 to 2019 (v1.0) [Deprecated]

    work
    Creator:
    Do, Hong X., Smith, Joeseph P., Fry, Lauren M., and Gronewold, Andrew D.
    Description:
    This data set contains a new estimate of monthly water balance components from 1950 to 2019 for the Laurentian Great Lakes, the largest freshwater system on Earth. The source code and inputs to derive the new estimates are also included in this dataset.
    Keyword:
    Great Lakes water levels, statistical inference, water balance, and data assimilation
    Citation to related publication:
    Do, H.X., Smith, J., Fry, L.M., and Gronewold, A.D., Seventy-year long record of monthly water balance estimates for Earth’s largest lake system (pending for submission) and Version Note: This dataset is deprecated and has been replaced by version 1.1, found at  https://deepblue.lib.umich.edu/data/concern/data_sets/sb3978457
    Discipline:
    Science

  • Mombo-speaking (Dogon, Mali) village photos

    work
    Creator:
    Heath, Jeffrey
    Description:
    images of villages in Mali in which Mombo (Dogon family) is the primary language. Each file name contains important information about the photos, and are structured thus: LanguageFamily_Language_IdentificationNumber_GeographicCoordinate_Description_Date_InitialsOfThePhotographer
    Keyword:
    villages, Dogon, Mombo, and Mali
    Citation to related publication:
    Moran, Steven & Forkel, Robert & Heath, Jeffrey (eds.) 2016. Dogon and Bangime Linguistics. Jena: Max Planck Institute for the Science of Human History.  http://dogonlanguages.org
    Discipline:
    Humanities

  • Molecular Architecture and Helicity of Bacterial Amyloid Nanofibers: Implications for the Design of Nanoscale Antibiotics

    work
    Creator:
    Elvati, Paolo, Luyet, Chloe, Wang, Yichun, Liu, Changjiang, VanEpps, J. Scott, Kotov, Nicholas A., and Violi, Angela
    Description:
    Amyloid nanofibers are abundant in microorganisms and are integral components of many biofilms, serving various purposes, from virulent to structural. Nonetheless, the precise characterization of bacterial amyloid nanofibers has been elusive, with incomplete and contradicting results. The present work focuses on the molecular details and characteristics of PSMa1-derived functional amyloids present in Staphylococcus aureus biofilms, using a combination of computational and experimental techniques, to develop a model that can aid the design of compounds to control amyloid formation. Results from molecular dynamics simulations, guided and supported by spectroscopy and microscopy, show that PSMa1 amyloid nanofibers present a helical structure formed by two protofilaments, have an average diameter of about 12 nm, and adopt a left-handed helicity with a periodicity of approximately 72 nm. The chirality of the self-assembled nanofibers, an intrinsic geometric property of its constituent peptides, is central to determining the fibers' lateral growth.
    Keyword:
    molecular self-assembly, computational nanotechnology, nanobiotechnology, and structural properties
    Citation to related publication:
    Paolo Elvati, Chloe Luyet, Yichun Wang, Changjiang Liu, J. Scott VanEpps, Nicholas A. Kotov, and Angela Violi ACS Applied Nano Materials 2023 6 (8), 6594-6604 DOI: 10.1021/acsanm.3c00174
    Discipline:
    Engineering and Science

  • Modern Settlement

    User Collection
    collection
    Creator:
    Vani Archaeological Survey
    Description:
    Modern settlements documented by the Vani Archaeological Survey
    Keyword:
    Modern Settlement
    26Works

  • Modern

    User Collection
    collection
    Creator:
    Vani Archaeological Survey
    Description:
    Modern activity documented by the Vani Archaeological Survey
    Keyword:
    Modern
    25Works

  • Modeled transient ionospheric upflow as driven by poleward moving auroral forms observed during the Rocket Experiment for Neutral Upwelling 2 (RENU2) campaign

    work
    Creator:
    Burleigh, M.
    Description:
    Brightness from an all-sky imager has been used as a spatiotemporal constraint for auroral inputs selected from in situ rocket measurements which are used to drive the ionospheric model. This method allows for realistic ionospheric forcing that is not captured in traditional "on-off" methods of describing PMAFs. Transient forcing (simulated PMAFs) and steady forcing ("on-off") simulations have been generated for comparison.
    Keyword:
    Poleward moving auroral forms, High-latitude ionosphere, Ionospheric modeling, Transient forcing, PMAF, GEMINI-TIA, and RENU2
    Citation to related publication:
    Burleigh, M., Zettergren, M., Lynch, K., Lessard, M., Moen, J., Clausen, L., Kenward, D., Hysell, D., and Liemohn, M. (2019). Transient ionospheric upflow driven by poleward moving auroral forms observed during the Rocket Experiment for Neutral Upwelling 2 (RENU2) campaign. Geophysical Research Letters. (Submitted).
    Discipline:
    Science

  • Model results for "Modeling study of geospace system response to the solar wind dynamic pressure enhancement on March 17, 2015"

    work
    Creator:
    Ozturk, Dogacan
    Description:
    The global magnetosphere-ionosphere-thermosphere (M-I-T) system is intrinsically coupled and susceptible to external drivers such as solar wind dynamic pressure enhancements. In order to understand the large-scale dynamic processes in the M-I-T system due to the compression from the solar wind, the 17 March 2015 sudden commencement was studied in detail using global numerical models. This data set is comprised of the simulation data generated from these models. and NOTE: The following changes were made to this dataset on March 28, 2018. First, two mp4 files were added. Second, the symbol representing "degree" was not rendering properly in the README file. The symbols were removed and replaced with the word "degree". Third, the metadata in the "methodology" and "description" fields were revised for content and clarity. On April 16, 2018 a citation to the corresponding article was added to the metadata record.
    Keyword:
    MHD model, BATS'R'US, and GITM
    Discipline:
    Science

  • Model outputs for "Multi-species and multi-fluid MHD approaches for the study of ionospheric escape at Mars"

    work
    Creator:
    Regoli, Leonardo H.
    Description:
    The data corresponds to outputs from the Mars Global Ionosphere Thermosphere Model (M-GITM), the multi-species magnetohydrodynamics (MS-MHD) and multi-fluid magnetohydrodynamics (MF-MHD) codes used during the study presented in "Multi-species and multi-fluid MHD approaches for the study of ionospheric escape at Mars" by Regoli et al. and Dataset citation: Regoli, L.H. (2018). Model outputs for "Multi-species and multi-fluid MHD approaches for the study of ionospheric escape at Mars" [Data set]. University of Michigan Deep Blue Data Repository.  https://doi.org/10.7302/Z2GH9G49
    Keyword:
    GCM, MHD, and Mars
    Citation to related publication:
    Regoli, L.H., Dong, C., Ma, Y.J., Dubinin, E., Manchester, W.B., Bougher, S.W., & Welling, D.T. (2018). Multispecies and multifluid MHD approaches for the study of ionospheric escape at Mars. Journal of Geophysical Research: Space Physics, 123.  https://doi.org/10.1029/2017JA025117
    Discipline:
    Science

  • Mixed method dataset of a countrywide multi-sector scale-up of Maternity Waiting Homes in Liberia

    work
    Creator:
    Lori, Jody r, Moyer, Cheryl A, Perosky, Joseph E, and University of Michigan, School of Nursing
    Description:
    This study used a convergent parallel mixed methods design that included qualitative data in the form of focus group discussions (FGDs), individual interviews, quantitative data retrieved from logbook reviews, and geo-location data collected through geographic information systems (GIS). Focus group discussions were conducted with community members, including chiefs, community leaders, women of reproductive age, traditional birth attendants (TBAs), women currently staying at a MWH, and male partners. Individual interviews were conducted with healthcare providers (midwives, registered nurses, and officers in charge) providing services at the rural primary healthcare facilities associated with a MWH. Logbook registries at rural health facilities with a MWH were reviewed to capture MWH usage. Additionally, each MWH was geo-located for purposes of geo-visualization.
    Keyword:
    Maternity Waiting Homes and Liberia
    Citation to related publication:
    James, K.H., Perosky, J.E., McLean, K. et al. Protocol for geolocating rural villages of women in Liberia utilizing a maternity waiting home. BMC Res Notes 12, 196 (2019).  https://doi.org/10.1186/s13104-019-4224-1 and Coley, KM, Perosky, JE, Nyanplu, A, et al. Acceptability and feasibility of insect consumption among pregnant women in Liberia. Matern Child Nutr. 2020; 16:e12990.  https://doi.org/10.1111/mcn.12990
    Discipline:
    International Studies

  • Mitochondrial nutrient utilization underlying the association between metabolites and insulin resistance in adolescents [Supplemental materials]

    work
    Creator:
    LaBarre, Jennifer L., Peterson, Karen E., Kachman, Maureen T., Perng, Wei., Tang, Lu., Hao, Wei., Zhou, Ling., Karnovsky, Alla., Cantoral, Alejandra., Téllez-Rojo, Martha María., Song, Peter XK., and Burant, Charles F.
    Description:
    Participants were enrolled in the Early Life Exposure in Mexico to ENvironmental Toxicants (ELEMENT) project which was started in 1994 and consists of three sequentially-enrolled birth cohorts from Mexico City Maternity Hospitals (20). A subset of these children, age 8-14 years, were contacted through their primary caregiver to provide urine samples, serum samples, anthropometry and complete an interview-based questionnaire (n=250). Subjects for this analysis have baseline and follow data on anthropometry, metabolic biomarkers and adequate serum volume for metabolomics analyses (n=206).
    Citation to related publication:
    LaBarre, J. L., Peterson, K. E., Kachman, M. T., Perng, W., Tang, L., Hao, W., Zhou, L., Karnovsky, A., Cantoral, A., Téllez-Rojo, M. M., Song, P. X. K., & Burant, C. F. (2020). Mitochondrial Nutrient Utilization Underlying the Association Between Metabolites and Insulin Resistance in Adolescents. The Journal of Clinical Endocrinology & Metabolism, 105(7), 2442–2455.  https://doi.org/10.1210/clinem/dgaa260
    Discipline:
    Health Sciences

  • Mikelaponi A037

    work
    Creator:
    Vani Archaeological Survey
    Description:
    Approximately 5.5 km south (and upstream) of Shuamta lies a sandstone quarry on the east (right) bank of the Qumuri River. The quarry sits at the confluence of the Qumuri and a small tributary stream. Pickmarks are preserved on some of the rock faces, although it is unclear whether these are ancient or modern. This stone resembles the material used in the Hellenistic temples and fortifications of Vani. Guram Kvirkvelia noted that local stone throughout the region was quarried to build the Hellenistic-period temples at Vani, though it is not possible to identify this quarry as one such source.
    Keyword:
    Quarry and Modern
    Citation to related publication:
    Metal and ceramic stray finds were found in the village of Mikelaponi in 1951. No further archaeological work has been conducted at the site., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the Archaeology of Georgia and the Caucasus], vol. II. Tbilisi. p. 153. (In Russian.), and Kharabadze, S. 2008. “Vanis Qveqnis” Arqeologiuri Ruka (dzv.ts. VIII – akh.ts. III ss.) [Archaeological Map of the “Vani Region” (8th Century BC – 3rd Century AD)]. Tsardgenilia Doqtoris Akademiuri Khariskhis Mosapoveblad. Saqartvelos Teqnikuri Universiteti. Tbilisi, 0175, Saqartvelo. Seqtemberi. p. 31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mikelaponi A036

    work
    Creator:
    Vani Archaeological Survey
    Description:
    The modern settlement of Mikelaponi is located on the Qumuri River, southwest of Vani and approximately 6 km south (upstream) of Shuamta. In the 1950s, a local resident named Mose Beltadze found a coin hoard in the vineyards on his property and gave it to the Vani Museum. The Beltadze family house lies at the base of the hills on the east (right) bank of the river. The vineyard where the coin hoard was found is situated on the hill directly above the house, called Nasakhligora (“Settled in the Past” Hill). Mose Beltadze’s son, Sergo Beltadze, reported finding bones in the same general area; according to him, a church and a cemetery also once occupied this spot.
    Keyword:
    Hoard and Hellenistic
    Citation to related publication:
    Metal and ceramic stray finds were found in the village of Mikelaponi in 1951. No further archaeological work has been conducted at the site., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the Archaeology of Georgia and the Caucasus], vol. II. Tbilisi. p. 153. (In Russian.), and Kharabadze, S. 2008. “Vanis Qveqnis” Arqeologiuri Ruka (dzv.ts. VIII – akh.ts. III ss.) [Archaeological Map of the “Vani Region” (8th Century BC – 3rd Century AD)]. Tsardgenilia Doqtoris Akademiuri Khariskhis Mosapoveblad. Saqartvelos Teqnikuri Universiteti. Tbilisi, 0175, Saqartvelo. Seqtemberi. p. 31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • Mikelaponi A035

    work
    Creator:
    Vani Archaeological Survey
    Description:
    The modern settlement of Mikelaponi is located on the Qumuri River, southwest of Vani and approximately 6 km south (upstream) of Shuamta. The village is located in the Vani administrative district. In the 1950s, a local resident named Mose Beltadze found a coin hoard in the vineyards on his property, and gave it to the Vani Museum (A036). The Beltadze family house lies at the base of the hills on the east (right) bank of the river. The vineyard where the coin hoard was found is situated on the hill directly above the house, called Nasakhligora (“Settled in the Past” Hill). Mose Beltadze’s son, Sergo Beltadze, reported finding bones in the same general area; according to him, a church and a cemetery also once occupied this spot. Approximately 500 m northwest and downstream of the Beltadze house lies a limestone quarry, also on the east (right) bank of the Qumuri River (A037). It is unclear whether this quarry was used in antiquity, although marks resembling ancient pickmarks are preserved on some of the rock faces.
    Keyword:
    Modern Settlement
    Citation to related publication:
    Metal and ceramic stray finds were found in the village of Mikelaponi in 1951. No further archaeological work has been conducted at the site., Khoshtaria, N. V. 1959. Arkheologicheskiye issledovaniya v Vani i Vanskom rayone v 1952 g. [Archaeological studies in Vani and Vani district in 1952]. Masalebi sakartvelos da kavkasiis arkeologiisatvis [Materials for the Archaeology of Georgia and the Caucasus], vol. II. Tbilisi. p. 153. (In Russian.), and Kharabadze, S. 2008. “Vanis Qveqnis” Arqeologiuri Ruka (dzv.ts. VIII – akh.ts. III ss.) [Archaeological Map of the “Vani Region” (8th Century BC – 3rd Century AD)]. Tsardgenilia Doqtoris Akademiuri Khariskhis Mosapoveblad. Saqartvelos Teqnikuri Universiteti. Tbilisi, 0175, Saqartvelo. Seqtemberi. p. 31. (In Georgian with an English summary.)
    Discipline:
    Social Sciences and Humanities

  • MiGHT Calibration Survey Dataset

    work
    Creator:
    Bacon, Elizabeth, Hanson, Erika N., Austin, Sarah, Delacroix, Emerson, Uhlmann, Wendy, Roberts, Scott, and Resnicow, Ken
    Description:
    Survey respondents were cancer-affected patients seen at an academic medical center, and self-reported experiences with genetic testing and counseling. This is raw dataset is saved in comma separated value (.csv) format.
    Keyword:
    Genetic Testing, Clinician Recommandation , NCCN Guidelines, Hereditary Genetic Testing, and Disparities in Genetic Counseling
    Citation to related publication:
    American Association of Kidney Patients: A List of Support Groups in Michigan.  https://aakp.org/wp-content/uploads/2020/06/Support-Groups-Michigan.pdf
    Discipline:
    Science and Health Sciences

  • Middle Huron River Dataset

    work
    Creator:
    Lehman John T
    Description:
    Data were collected while developing a management plan for eliminating nuisance algal blooms in a chain of reservoirs along the Huron River in southeastern Michigan. Federal funding was provided by both the U.S. EPA and the USDA. The river-reservoir system is used for municipal drinking water, wastewater disposal, irrigation, industrial processes, hydroelectric generation, sport fishing, and recreation. The impoundments episodically developed surface scums of cyanobacteria, contained microcystin toxins, and emitted foul odors including hydrogen sulfide. Past management strategy had focused on external phosphorus loading but failed to prevent nuisance conditions. Data collection and analysis pointed to the overwhelming role of internal nutrient loading and resulted in a series of whole lake experiments that destratified Ford Lake during summer and eliminated the nuisance conditions.
    Keyword:
    Eutrophication, Limnology, and Nuisance Algae
    Citation to related publication:
    Ferris JA, Lehman JT. 2007. Interannual variation in diatom bloom dynamics: roles of hydrology, nutrient limitation, sinking, and whole lake manipulation. Water Res. 41:2551-2562., Ferris JA, Lehman JT. 2008. Nutrient budgets and river impoundments: Interannual variation and implications for detecting future changes. Lake Reserv Manage. 24:273-281., Goldenberg SZ, Lehman JT. 2012. Diatom response to the whole lake manipulation of a eutrophic urban impoundment. Hydrobiologia 691:71-80., Lehman EM, McDonald KE, Lehman JT. 2009. Whole lake selective withdrawal experiment to control harmful cyanobacteria in an urban impoundment. Water Res. 43:1187-1198., Lehman JT, Ferris JA, Platte RA. 2007. Role of hydrology in development of a vernal clear water phase in an urban impoundment. Freshwater Biol. 52:1773-1781., Lehman JT, Bell DW, McDonald KE. 2009. Reduced river phosphorus following implementation of a lawn fertilizer ordinance. Lake Reserv Manage. 25:307-312., Lehman JT. 2011. Nuisance cyanobacteria in an urbanized impoundment: Interacting internal phosphorus loading, nitrogen metabolism, and polymixis. Hydrobiologia 611:277-287., Lehman JT, Bell DW, Doubek JP, McDonald KE. 2011. Reduced additions to river phosphorus for three years following implementation of a lawn fertilizer ordinance. Lake Reserv Manage. 27:390-397. , Lehman JT, Doubek JP, Jackson EW. 2013. Effect of reducing allochthonous P load on alkaline phosphatase activity of phytoplankton in an urbanized watershed, SE Michigan, U.S.A. Lake Reserv Manage. 29:116-125., Lehman JT 2014. Understanding the role of induced mixing for management of nuisance algal blooms in an urbanized reservoir. Lake Reserv Manage. 30:1-9., and McDonald KE, Lehman JT. 2013. Dynamics of Aphanizomenon and Microcystis (cyanobacteria) during experimental manipulation of an urban impoundment. Lake Reserv Manage. 29:103-115.
    Discipline:
    Science

  • Michigan Indoor Corridor Dataset

    work
    Creator:
    Tsai, Grace and Kuipers, Benjamin
    Description:
    ******Michigan Indoor Corridor 2012 Dataset****** This dataset is made available for research purpose only. Please contact Grace Tsai( gstsai@umich.edu) for any questions or comments. This dataset was used to produce the results in our IROS 2012 paper. If you use the data, please cite the following reference in your publications related to this work: Grace Tsai and Benjamin Kuipers Dynamic Visual Understanding of the Local Environment for an Indoor Navigating Robot International Conference on Intelligent Robots and Systems (IROS'12) October 2012 The dataset contains 4 video sequences acquired with camera mounted on a wheeled vehicle. The camera was set-up so that there was zero tilt and roll angle with respect to the ground. The camera has a fixed height (0.47 m) with the ground throughout the video. The intrinsic parameters of the cameras are: Focal length fc = [ 1389.182714 1394.598277 ] Principal point cc = [ 672.605430 387.235803 ] The distortion of the camera has been corrected. For each video sequences, an estimated camera pose in each frame of the video is provided in the file pose.txt. Each line in the file looks like: <frame index> <x (pose)> <y (pose)> <theta (pose)> Note the camera poses provided here are estimated by using an occupancy grid mapping algorithm with a laser range finder to obtain the robot pose. The dataset provides a ground truth labeling for all the pixels every 10 frames for each video. The labels of each frame is stored as a 2D matrix in a .mat file. The filename of each .mat file corresponds to the image frame. The labels can be interpreted as followed: -2 -> ceiling plane -1 -> ground plane >0 -> walls The labels of the walls are illustrated in a .pdf figure. Note the figure is only a illustration graph, not an actual floor plan.
    Keyword:
    Robotics and Computer vision
    Discipline:
    Engineering

  • Michigan Big Woods research plot data

    work
    Creator:
    Allen, David N, Vandermeer, John, Dick, Christopher W, Perfecto, Ivette, and Burnham, Robyn J
    Description:
    These data are in the standard ForestGEO format. Each of the three censuses has its own text file. Within that file each row represents a stem measured in that census. Species information can be found in the species file. The personnel responsible for this work can be found in the personnel file. See the readme file for more information.
    Keyword:
    Forest ecology, Oak-hickory forest, Mesophication, and Invasive species
    Citation to related publication:
    Allen, D, CW Dick, RJ Burnham, I Perfecto, and J Vandermeer. The Michigan Big Woods research plot at the Edwin S. George Reserve, Pinckney, MI, USA. Occasional Papers of the Museum of Zoology. In review.
    Discipline:
    Science

  • Michigan Big Woods forest research plot: data on leaf traits, root traits, and soil properties

    work
    Creator:
    Umaña, María Natalia, Zambrano, Jenny, Weemstra, Monique, and Allen, Dave
    Description:
    The objective of this research was to improve our understanding of tree growth from underlying variation in leaf and root functional traits. This knowledge ultimately enhances our knowledge of the above- and belowground processes that are involved in structuring forest communities. To this end, we determine which, how and to what degree (combinations of) leaf and root traits influence growth rates across ten temperate tree species along a soil carbon (C) and N gradient growing at the Big Woods plot at the E.S. George Reserve, Pickney, MI. This plot is part of the Smithsonian Institution's Forest Global Earth Observatory (ForestGEO) global network of forest research sites.  https://forestgeo.si.edu/ and This dataset contains data on the leaf and root traits of several individuals from tree species, as well as on the soil properties at the Big Woods plots at the E.S. George Reserve, Pickney, MI. Data were collected in June 2019, and used to explain and predict the growth rates of the trees at Big Woods. [Growth data were obtained from Allen et al., 2019,  https://doi.org/10.7302/wx55-kt18]. Each file contains data on leaf traits, root traits, and soil properties. Trait data are presented per individual tree for each of the 10 study species. Soil data are represented per soil sample, with four soil samples collected per subplot throughout the Big Woods plot (see legend, and publication for explanation). Descriptions and units per variable/column are provided in the legend tab in each file.
    Keyword:
    ecology, forests, Michigan, ForestGEO, Big Woods, Roots, Leaves, Tree growth, and Forest soils
    Citation to related publication:
    M. Weemstra, J. Zambrano, D. Allen, MN Umaña. (In press) Tree growth increases through opposing above- and belowground resource strategies. Journal of Ecology.  https://doi.org/10.1111/1365-2745.13729
    Discipline:
    Science

  • MHD-EPIC simulation data of the GEM dayside kinetic processes challenge event

    work
    Creator:
    Chen, Yuxi
    Description:
    We use the MHD with embedded particle-in-cell model (MHD-EPIC) to study the Geospace Environment Modeling (GEM) dayside kinetic processes challenge event at 01:50-03:00 UT on 2015-11-18, when the magnetosphere was driven by a steady southward IMF. In the MHD-EPIC simulation, the dayside magnetopause is covered by a PIC code so that the dayside reconnection is properly handled. We compare the magnetic fields and the plasma profiles of the magnetopause crossing with the MMS3 spacecraft observations. Most variables match the observations well in the magnetosphere, in the magnetosheath, and also during the current sheet crossing. The MHD-EPIC simulation produces flux ropes, and we demonstrate that some magnetic field and plasma features observed by the MMS3 spacecraft can be reproduced by a flux rope crossing event. We use an algorithm to automatically identify the reconnection sites from the simulation results. It turns out that there are usually multiple X-lines at the magnetopause. By tracing the locations of the X-lines, we find the typical moving speed of the X-line endpoints is about 70~km/s, which is higher than but still comparable with the ground-based observations.
    Keyword:
    MHD, PIC, and simulation
    Citation to related publication:
    Chen, Y., Tóth, G., Hietala, H., Vines, S. K., Zou, Y., Nishimura, Y., Silveira, M. V. D., Guo, Z., Lin, Y., & Markidis, S. (2020). Magnetohydrodynamic With Embedded Particle-In-Cell Simulation of the Geospace Environment Modeling Dayside Kinetic Processes Challenge Event. Earth and Space Science, 7(11), e2020EA001331.  https://doi.org/10.1029/2020EA001331 and Chen, Yuxi, et al. "Magnetohydrodynamic with embedded particle-in-cell simulation of the Geospace Environment Modeling dayside kinetic processes challenge event." arXiv preprint arXiv:2001.04563 (2020).  https://arxiv.org/abs/2001.04563
    Discipline:
    Science

  • MHD-EPIC simulation data for magnetospheric sawtooth events

    work
    Creator:
    Xiantong Wang
    Description:
    Magnetospheric sawtooth oscillations are observed during strong and steady solar wind driving conditions. The simulation results of our global MHD model with embedded kinetic physics show that when the total magnetic flux carried by constant solar wind exceeds a threshold, sawtooth-like magnetospheric oscillations are generated. Different from previous works, this result is obtained without involving time-varying ionospheric outflow in the model. The oscillation period and amplitude agree well with observations. The simulated oscillations cover a wide range of local times, although the distribution of magnitude as a function of longitude is different from observations. Our comparative simulations using ideal or Hall MHD models do not produce global time-varying features, which suggests that kinetic reconnection physics in the magnetotail is a major contributing factor to sawtooth oscillations.
    Discipline:
    Science