creator: Rob Swihart, 0000-0002-4064-1940
10.4231/RF5H-C895
02/07/2023
Density surface modelling of intraspecific classes using camera-trap-distance-sampling data and hierarchical generalized additive modelling.
abundance deer density surface modelling Forestry and Natural Resources generalized additive model precision recruitment Remote Sensing ungulate
10.4231/MFRY-HQ18
Richard Sample , Rob Swihart , Zackary Delisle
04/24/2023
Deer group size changes in response to development, concealment, and coyotes
anthropogenic disturbance behavioral ecology fear group formation landscape Odocoileus virginianus predation risk ungulate white-tailed deer
10.4231/DGH3-ZB27
Cassie Hudson , Landon Richard Jones , Patrick A Zollner , Rob Swihart , Scott Johnson
05/19/2022
Data and code to run habitat selection by bobcats in south-central Indiana using Random Forest
bobcat Forestry and Natural Resources habitat selection Indiana Lynx rufus Random Forest
10.4231/C5GC-AV93
06/08/2023
Reactive behavior causes bias in density estimates from camera traps. We test several new and existing methods for reducing bias in density estimates through simulation.
abundance bias camera trap distance sampling population ecology population estimation random encounter model reactive behavior Simulation
10.4231/Q2NH-QV74
Richard Sample , Rob Swihart , Zackary Delisle
06/12/2023
Deer group size changes in response to development, concealment, and coyotes
anthropogenic disturbance behavioral ecology fear group formation landscape Odocoileus virginianus predation risk ungulate white-tailed deer
10.4231/2PQ2-J941
James Andrew DeWoody , Rebecca Lynne Cain , Rob Swihart , Safia Janjua , Zackary Delisle
06/14/2023
Estimates of density can inform coyote management in Indiana. We used camera-trap distance sampling and genetic spatial capture-recapture to estimate coyote density in three large regions of Indiana, USA, during the winters of 2019 to 2021.
anthropogenic development camera trap distance sampling fawn mesocarnivore precision
10.4231/YQXA-Y422
09/05/2023
Reactive behavior causes bias in density estimates from camera traps. We test several new and existing methods for reducing bias in density estimates through simulation.
abundance bias camera trap distance sampling population ecology population estimation random encounter model reactive behavior Simulation
10.4231/83SG-7P52
01/09/2020
Raptor habitat selection in cover-cropped agroecosystems of west-central Indiana and the influence of definitions of availability on habitat models.
American Kestrel Buteo Jamaicensis Cover Crops Falco Sparverius Forestry and Natural Resources Indiana Red-tailed Hawk Resource Selection Function Row-crop Agroecosystems RStudio Use-availability
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