University of Wyoming Dataverse Collection

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11 to 20 of 1,111 Results

Iso_Camera_homologized_points.txt Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis Plain Text - 96.3 MB - MD5: 141344c8e8f4f527d25c1dda90a6a3e2 Homologized points for isotropic meshes of raccoon skulls produced with two different cameras for photogrammetry method comparison
Iso_Software_homologized_points.txt Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis Plain Text - 96.3 MB - MD5: 082d300e3237932b5682d369848a616f Homologized points for isotropic meshes of raccoon skulls produced with two different software for photogrammetry method comparison
Orig_Both_homologized_points.txt Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis Plain Text - 104.2 MB - MD5: 389f7fcbf8e4baae99c2b4943b7b0d80 Homologized points for meshes of raccoon skulls produced with two different software and cameras for photogrammetry method comparison
Orig_Camera_homologized_points.txt Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis Plain Text - 104.2 MB - MD5: 97b2f4c56fa2d66755d3c4c7e68165fe Homologized points for meshes of raccoon skulls produced with two different cameras for photogrammetry method comparison
Orig_Software_homologized_points.txt Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis Plain Text - 104.2 MB - MD5: ca94f6dc417aac013800a2b3ee131bff Homologized points for meshes of raccoon skulls produced with two different software for photogrammetry method comparison
readme.txt Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis Plain Text - 4.8 KB - MD5: 86fa7cebfa14352135b07d8b54d5162f README
Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision Jul 27, 2026 Koger, Benjamin Bryan; Albert B. Kao; Curry J. Cunningham; Thomas P. Quinn; Caroline Kittle; Andrew M. Berdahl, 2026, "Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision", https://doi.org/10.15786/YMFB2M, Wyoming Data Repository, V1 This is the dataset that corresponds with the paper "Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision" accepted in the journal Remote Sensing in Ecology and Conservation. It includes count data of sockeye salmon in breeding ponds near Pedro Bay Alaska from multiple methods: our...
00_README-RSEC-koger-et-al.md Jul 27, 2026 - Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision Markdown Text - 7.3 KB - MD5: 7be1b992bb952d2b2c82be1261316700
all_clicker_counts.npy Jul 27, 2026 - Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision Unknown - 688 B - MD5: a8d55d8997487889922db7ab58dc2a0d
all_geotiff_ghost_counts.npy Jul 27, 2026 - Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision Unknown - 688 B - MD5: 8911a1b3b6f32bc62dad9b60d006ef81

Iso_Camera_homologized_points.txt

Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis

Plain Text - 96.3 MB -

Homologized points for isotropic meshes of raccoon skulls produced with two different cameras for photogrammetry method comparison

Iso_Software_homologized_points.txt

Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis

Plain Text - 96.3 MB -

Homologized points for isotropic meshes of raccoon skulls produced with two different software for photogrammetry method comparison

Orig_Both_homologized_points.txt

Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis

Plain Text - 104.2 MB -

Homologized points for meshes of raccoon skulls produced with two different software and cameras for photogrammetry method comparison

Orig_Camera_homologized_points.txt

Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis

Plain Text - 104.2 MB -

Homologized points for meshes of raccoon skulls produced with two different cameras for photogrammetry method comparison

Orig_Software_homologized_points.txt

Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis

Plain Text - 104.2 MB -

Homologized points for meshes of raccoon skulls produced with two different software for photogrammetry method comparison

readme.txt

Sep 8, 2026 - Data for: Comparison of iPhone and DSLR photogrammetry methods with implications for geometric morphometric analysis

Plain Text - 4.8 KB -

README

Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision

Jul 27, 2026

Koger, Benjamin Bryan; Albert B. Kao; Curry J. Cunningham; Thomas P. Quinn; Caroline Kittle; Andrew M. Berdahl, 2026, "Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision", https://doi.org/10.15786/YMFB2M, Wyoming Data Repository, V1

This is the dataset that corresponds with the paper "Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision" accepted in the journal Remote Sensing in Ecology and Conservation. It includes count data of sockeye salmon in breeding ponds near Pedro Bay Alaska from multiple methods: our...

00_README-RSEC-koger-et-al.md

Jul 27, 2026 - Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision

Markdown Text - 7.3 KB -

all_clicker_counts.npy

Jul 27, 2026 - Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision

Unknown - 688 B -

all_geotiff_ghost_counts.npy

Jul 27, 2026 - Data for Efficient and accurate spatio-temporal population monitoring of mobile animals using drones and computer vision

Unknown - 688 B -

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