101 to 110 of 175 Results
Aug 30, 2021
Hutchens, Chad Everett; Koenig, Charles, 2021, "Dinosaur Pedal Element Photogrammetric Dataset - Triceratops Toe", https://doi.org/10.15786/16543605, Wyoming Data Repository, V1
Photogrammetry dataset of Dinosaur Pedal Element (triceratops toe) for DLF Teach 2.0 'Getting Started with 3D Digitization' lesson. Includes 225 individual photos taken on two axes for processing in photogrammetric software applications. |
Aug 30, 2021
Hutchens, Chad Everett; Koenig, Charles, 2021, "Greek Cycladic Figurine photogrammetry dataset", https://doi.org/10.15786/16543554, Wyoming Data Repository, V1
Photogrammetry dataset of replica Greek Cycladic figurine for DLF Teach 2.0 'Getting Started with 3D Digitization' lesson. Includes calibrated targets and 72 individual photos for processing in photogrammetric software applications. |
Jul 12, 2021
Wahab, Hud; Raj, Gaurav; Johnson, Patrick A.; Kotthoff, Lars; Aidhy, Dilpuneet, 2021, "Multi-fidelity modelling of single-atom catalyst for hydrogen evolution reaction", https://doi.org/10.15786/14963436, Wyoming Data Repository, V1
This dataset contains low- and high-fidelity DFT data for N-doped, undoped single atom catalysts of various sizes. (see ReadMe for detailed description of methods used for collection/generation of data) |
Jun 5, 2021
Dibner, Reilly R.; Weaver, A. Monique; Brock, Marcus T.; Custer, Gordon F.; Morrison, Hilary; Maignien, Loïs; Weinig, Cynthia, 2021, "Time outweighs the effect of host developmental stage on microbial community composition", https://doi.org/10.15786/14736912, Wyoming Data Repository, V1
Thousands of microbial taxa in the soil form symbioses with host plants, and due to their contribution to plant performance, these microbes are often considered an extension of the host genome. Given microbial effects on host performance, it is important to understand factors that govern microbial community assembly. Host developmental stage could... |
May 7, 2021
DeWolf, Ella, 2021, "Sequence data describing microbiomes in mountain lake water and water lilies", https://doi.org/10.15786/14555994, Wyoming Data Repository, V1
Dataset size: 4.6GB, ReadMe available below. 16S sequencing data for a study of water lily microbiomes from mountain lakes in Wyoming. |
May 7, 2021
Adidharma, Hertanto; Dejam, Morteza, 2021, "Phase Transition of Nanoconfined Fluids", https://doi.org/10.15786/14555943, Wyoming Data Repository, V1
The phase transition of fluid mixtures confined in nanoporous media is a significant topic that has a broad range of scientific and engineering applications, especially separation science. However, research on phase transitions of nanoconfined fluid mixtures has been largely computational and relatively slow to gain widespread acceptance in part du... |
Apr 30, 2021
Ewers, Brent; Bretfeld, Mario, 2021, "MBRNF Vegetation Data", https://doi.org/10.15786/14524053, Wyoming Data Repository, V1
Dataset size: 131.2 KB, ReadMe available in dataset download and in References below. Full vegetation data used in Bretfeld et al. 2021 (Front. For. Glob. Change; DOI: 10.3389/ffgc.2021.679104) |
Jan 11, 2021
Ganshin, Yuri; McLaughlin, J. Fred, 2021, "(CEGR) Rock Springs Uplift Seismic Data", https://doi.org/10.15786/20.500.11919/7187, Wyoming Data Repository, V1
Dataset size: 190GB ReadMe available in References below. Disclaimer: This is a large data set (190 GB) and may take a large amount of space on your computer and most files require a geophysics software program such as geospy or kogeo. The dataset contains a three-dimensional seismic survey of a 25-square-mile area around the test site. The seismic... |
Jan 11, 2021
Harrison, Joshua, 2021, "Sequence data from one and two-step library preparation procedures", https://doi.org/10.15786/20.500.11919/7186, Wyoming Data Repository, V1
Dataset size: 520.4 MB, ReadMe available below; Sequence data from one and two-step library preparation procedures |
Nov 21, 2020
Beverly, Daniel P.; Guadagno, Carmela R.; Ewers, Brent E., 2020, "Image and Physiological Data: Biophysically Informed Imaging Acquisition of Plant Water Status", https://doi.org/10.15786/20.500.11919/7167, Wyoming Data Repository, V1
Vegetation controls carbon and water fluxes because of the fundamental tradeoff between carbon dioxide uptake and water loss occurring when stomata are open. Quantifying the rates of this exchange typically requires either intensive gas exchange or destructive harvesting of tissues and mass spectrometry analyses. Recent developments in high-through... |
