DOI: 10.5281/zenodo.7875620
title: Barré et al_PV2023

description: The repository contains the R script used for analyses and the three associated .csv data files: # R script: analyses_PV_trajecto.R # Dataset containing site and pair identifiers: Data_env_PV.csv # Dataset containing the landscape features of pairs sampled for testing the standardization of the sampling design: Data_env_PV2.csv Definition of columns:<br> - dist_Eau_c -&gt; distance to water bodies in meters for control sites<br> - dist_Eau_t -&gt; distance to water bodies in meters for treatment sites<br> - dist_lisiere_c -&gt; distance to woody edges in meters for control sites<br> - dist_lisiere_t -&gt; distance to woody edges in meters for treatment sites<br> - foret_1000_c -&gt; forest proportion in a 1000 meters radius around control sites<br> - foret_1000_t -&gt; forest proportion in a 1000 meters radius around treatment sites # Dataset containing 3D bat positions and feeding behaviour metrics: dataFinal_buzz2.csv Definition of columns:<br> - temps (s) -&gt; time elapsed since the beginning of the session in seconds<br> - x (m) -&gt; position of the echolocation call on the X axis in metres relative to microphone 1<br> - -dx (m) -&gt; lower limit of the 76% confidence interval of the X-axis position in metres <br> - +dx (m) -&gt; upper limit of the 76% confidence interval of the X-axis position in metres<br> - y (m) -&gt; position of the echolocation call on the Y axis in metres relative to microphone 1<br> - -dy (m) -&gt; lower limit of the 76% confidence interval of the Y-axis position in metres <br> - +dy (m) -&gt; upper limit of the 76% confidence interval of the Y-axis position in metres<br> - z (m) -&gt; position of the echolocation call on the Z axis in metres relative to microphone 1<br> - -dz (m) -&gt; lower limit of the 76% confidence interval of the Z-axis position in metres<br> - +dz (m) -&gt; upper limit of the 76% confidence interval of the Z-axis position in metres<br> - fsigmax (Hz) -&gt; frequency of the maximum signal energy determined by the microphone array system in Hz<br> - bande (Hz) -&gt; bandwidth of the signal in Hz<br> - duree (s) -&gt; duration of signal in seconds<br> - wav_name -&gt; name of the .wav file containing the signal<br> - Species -&gt; species automatically identified by Tadardia software<br> - Score -&gt; confidence score of the automated species identification<br> - id_site -&gt; site identifier<br> - typeSite -&gt; type of site (C = control; T = treatment)<br> - date -&gt; date<br> - time -&gt; time<br> - IdTraj -&gt; trajectory identifier<br> - Vfinal -&gt; flight speed in meters per second<br> - Species_corrected -&gt; species identity corrected following criteria explained in the manuscript<br> - guild -&gt; guild (MRE = mid range echolocators; LRE = long range echolocators; SRE = short range echolocators; CF = constant frequency)<br> - dist_pos_prec -&gt; distance of the position from the previous one in meters<br> - sinuosity -&gt; sinuosity of the trajectory<br> - dist_extrem -&gt; distance in meters between the first and the last positions of the trajectory<br> - sum_dist -&gt; sum of all inter-position distances of the trajctory<br> - angle_mort -&gt; blind angle at control sites (oui = yes, i.e. positions that should be removed from the analyses at control sites, see the main text for more details)<br> - buzz -&gt; feeding buzz probability of the position<br> - meanBuzz -&gt; mean feeding buzz probability of the trajectory<br>