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 |