Data used to model the relative probability of occurrence of moose in winter as a function of landscape features (Table 1). Landscape features (various land cover types and variation of elevation within a 50-m radius buffer) are provided at observed GPS locations and at random locations
Many wildlife species face the risks of habitat loss, habitat fragmentation or local extinction in r...
Site-specific variation in relative habitat abundance and disturbance regimes may produce difference...
ABSTRACT: We modified the standard, stratified random block design used typically in aerial sur-vey...
Data used to model the relative probability of occurrence of moose in winter as a function of landsc...
Data used to model the relative probability of occurrence of caribou in winter as a function of land...
Data used to model the relative probability of occurrence of wolf in winter as a function of feature...
Predictive maps of Shiras moose (Alces alces shirasi) habitat associations have not been created for...
Moose are among the many species that are vulnerable to both direcdt and indirect effects of climate...
Data used to model the risk of patch departure for moose in winter as a function of network connecti...
Data used to model the relative probability of used an inter-patch movement for moose in winter as a...
A GIS analysis of landscape scale distribution of moose (Alces alces) in northern Vermont during win...
Home ranges of radiocollared moose can be used to establish habitat requirements and areas used by m...
Models for moose density were developed using subsets of remotely sensed habitat variables in north-...
Data used to model the relative probability of occurrence of caribou track networks in winter as a f...
We developed a model to correct sightability bias in aerial surveys of moose in the southern interio...
Many wildlife species face the risks of habitat loss, habitat fragmentation or local extinction in r...
Site-specific variation in relative habitat abundance and disturbance regimes may produce difference...
ABSTRACT: We modified the standard, stratified random block design used typically in aerial sur-vey...
Data used to model the relative probability of occurrence of moose in winter as a function of landsc...
Data used to model the relative probability of occurrence of caribou in winter as a function of land...
Data used to model the relative probability of occurrence of wolf in winter as a function of feature...
Predictive maps of Shiras moose (Alces alces shirasi) habitat associations have not been created for...
Moose are among the many species that are vulnerable to both direcdt and indirect effects of climate...
Data used to model the risk of patch departure for moose in winter as a function of network connecti...
Data used to model the relative probability of used an inter-patch movement for moose in winter as a...
A GIS analysis of landscape scale distribution of moose (Alces alces) in northern Vermont during win...
Home ranges of radiocollared moose can be used to establish habitat requirements and areas used by m...
Models for moose density were developed using subsets of remotely sensed habitat variables in north-...
Data used to model the relative probability of occurrence of caribou track networks in winter as a f...
We developed a model to correct sightability bias in aerial surveys of moose in the southern interio...
Many wildlife species face the risks of habitat loss, habitat fragmentation or local extinction in r...
Site-specific variation in relative habitat abundance and disturbance regimes may produce difference...
ABSTRACT: We modified the standard, stratified random block design used typically in aerial sur-vey...
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