Home Range Estimation


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Documentation for package ‘adehabitatHR’ version 0.4.19

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as.data.frame.estUD Estimation of Kernel Home-Range
BRB Utilization Distribution of an Animal Based on Biased Random Bridges
BRB.D Utilization Distribution of an Animal Based on Biased Random Bridges
BRB.likD Utilization Distribution of an Animal Based on Biased Random Bridges
CharHull Estimation of the Home Range by Delaunay Triangulation method
clusthr Estimation of the Home Range by Single-Linkage Cluster Analysis
coerce-method Class "estUD": Storing Utilization Distributions in R
estUD-class Class "estUD": Storing Utilization Distributions in R
estUDm2spixdf Estimation of Kernel Home-Range
exwc Kernel Smoothing in Space and Time of the Animals' Use of Space
findmax Find Local Maxima on a Map of Class 'SpatialPixelsDataFrame'
getverticeshr Extract the home-range contour of one or several animals
getverticeshr.default Extract the home-range contour of one or several animals
getverticeshr.estUD Extract the home-range contour of one or several animals
getverticeshr.estUDm Extract the home-range contour of one or several animals
getverticeshr.MCHu Extract the home-range contour of one or several animals
getverticeshrk Kernel Smoothing in Space and Time of the Animals' Use of Space
getverticeshrs Kernel Smoothing in Space and Time of the Animals' Use of Space
getvolumeUD Estimation of Kernel Home-Range
getvolumeUDk Kernel Smoothing in Space and Time of the Animals' Use of Space
getvolumeUDs Kernel Smoothing in Space and Time of the Animals' Use of Space
hr.rast Estimation of the Home Range Using the Minimum Convex Polygon Estimator
image.estUD Estimation of Kernel Home-Range
image.estUDm Estimation of Kernel Home-Range
kernel.area Estimation of Kernel Home-Range
kernelbb Estimation of Kernel Brownian Bridge Home-Range
kernelkc Kernel Smoothing in Space and Time of the Animals' Use of Space
kernelkcbase Kernel Smoothing in Space and Time of the Animals' Use of Space
kerneloverlap Spatial Interaction between Animals Monitored Using Radio-Tracking
kerneloverlaphr Spatial Interaction between Animals Monitored Using Radio-Tracking
kernelUD Estimation of Kernel Home-Range
khr2estUDm Conversion of old classes from adehabitat to classes from adehabitatHR
kver2spol Conversion of old classes from adehabitat to classes from adehabitatHR
liker Estimation of Kernel Brownian Bridge Home-Range
LoCoH Estimating LoCoH home ranges
LoCoH.a Estimating LoCoH home ranges
LoCoH.a.area Estimating LoCoH home ranges
LoCoH.k Estimating LoCoH home ranges
LoCoH.k.area Estimating LoCoH home ranges
LoCoH.r Estimating LoCoH home ranges
LoCoH.r.area Estimating LoCoH home ranges
MCHu The Class "MCHu": Managing Home Ranges Built by Multiple Convex Hulls
MCHu.rast The Class "MCHu": Managing Home Ranges Built by Multiple Convex Hulls
MCHu2hrsize The Class "MCHu": Managing Home Ranges Built by Multiple Convex Hulls
mcp Estimation of the Home Range Using the Minimum Convex Polygon Estimator
mcp.area Estimation of the Home Range Using the Minimum Convex Polygon Estimator
plot.hrsize Estimation of the Home Range Using the Minimum Convex Polygon Estimator
plot.MCHu The Class "MCHu": Managing Home Ranges Built by Multiple Convex Hulls
plotLSCV Estimation of Kernel Home-Range
print.estUDm Estimation of Kernel Home-Range
print.liker Estimation of Kernel Brownian Bridge Home-Range
print.MCHu The Class "MCHu": Managing Home Ranges Built by Multiple Convex Hulls
show-method Class "estUD": Storing Utilization Distributions in R
spoldf2MCHu The Class "MCHu": Managing Home Ranges Built by Multiple Convex Hulls