Data from: "Speeding by: Modeling animal movement speed does not overcome limitations of a popular camera trap density estimator"
收藏资源简介:
Simulated data: For use with/derived from R scripts contained here: https://github.com/nhooven/hare-density-simulation Models - Continuous-time movement models (CTMMs)/parameters for CTMMs used in simulations (as .rds files). "TV" refers to different Tau v levels. tv1.rds tv2.rds tv3.rds Q2_params.rds Sampled individuals - Individual information (question, target/non-target, Tau v scenario, home range centers/angles, model draws) sampled_indivs_Q1.csv sampled_indivs_Q2.csv Sampled contacts - Virtual camera contacts for all sampled individuals all_contacts.csv Sampled speeds - "True" fundamental speeds for all unrarified tracks all_speeds.csv Sampled tracks - Simulated "GPS tracks" subsampled to hourly temporal resolution all_tracks.rds Sampled reps - Individuals (re)sampled for each simulation replicate (n = 1000) all_reps.csv CTMM speeds - Speed estimates for three methods: CTMM correlated velocity, straight-line distance (SLD), and root-mean-square (RMS) all_ctmm_speeds.csv Real data: For use with/derived from R scripts contained here: https://github.com/nhooven/hare-density-cameras Camera information - Individual camera model/lens information camera_info_new.csv Camera deployments - Deployment data for camera traps, by year. deployment_2022.csv deployment_2023.csv deployment_2024.csv Camera detections - Raw camera detections from CPW Photo Warehouse final_data_2022.csv final_data_2023.csv final_data_2024.csv Speeds - Speed distributions from hare telemetry data/CTMMs (both correlated velocity and RMS estimates) sample_speed_typical.rds sample_speed_indiv.rds sample_rms_speed_typical.rds sample_rms_speed_indiv.rds SCR (spatial capture recapture) - Trapping records and trap locations for SCR reference density estimation final_live.kml trap_byday_2022.csv trap_byday_2023.csv trap_byday_2024.csv GPS telemetry data: Please reach out to the corresponding author (Nathan Hooven; nathan.d.hooven@gmail.com)



