Beavers (Castor canadensis) considerably alter the wetlands they inhabit and the neighboring uplands. Their strong influence on their habitat make them an interesting subject to study behavioral patterns. Based on their central place foraging behavior, beavers are ideal organisms from which patterns of optimal foraging can be investigated. This study examined foraging patterns in beavers at two natural habitats of beavers in northern lower Michigan. The size and species of tree that beavers preferred were examined as well as preferred distance from the shore to forage. A significant difference was found among foraging frequencies of different trees species. At one site, the preferred species of tree was Populus tremuloides and at the ...
Beavers (Castor canadensis) are important as ecosystem engineers and are useful model organisms for ...
Foraging organisms are often faced with trade-offs between the benefits and costs of obtaining certa...
Optimal foraging theory examines predator-prey relationships with respect to energy costs and energy...
One facet of behavioral ecology is optimal foraging in central-place foragers. Models have been cons...
Efficient management of energy is important to the survival of all organisms. Optimal foraging theor...
The purpose of this study was to investigate the foraging behavior and preference of the beaver (Cas...
This study compares two different foraging habitats for the American beaver, Castor canadensis, in M...
Optimal foraging theory attempts to simplify complex foraging behaviors into formulaic models from w...
Beaver can have a tremendous impact on their surroundings, altering the entire physical and chemical...
Beaver (Castor canadensis) build dams and lodges which have profound effects on local ecosystems. Wa...
Optimal foraging is a valuable tool in the study of adaptation. Many generations of selective pressu...
Castor canadensis (beaver) is an excellent animal model for studying optimal foraging theories. The ...
We chose a large beaver dam in Cheboygan County, Michigan to study foraging habits of Castor canaden...
Beavers (Castor canadensis) powerfully affect the environment by extensively foraging vegetation nea...
A young beaver dam in northern lower Michigan was selected for analysis. Girths, distances from sho...
Beavers (Castor canadensis) are important as ecosystem engineers and are useful model organisms for ...
Foraging organisms are often faced with trade-offs between the benefits and costs of obtaining certa...
Optimal foraging theory examines predator-prey relationships with respect to energy costs and energy...
One facet of behavioral ecology is optimal foraging in central-place foragers. Models have been cons...
Efficient management of energy is important to the survival of all organisms. Optimal foraging theor...
The purpose of this study was to investigate the foraging behavior and preference of the beaver (Cas...
This study compares two different foraging habitats for the American beaver, Castor canadensis, in M...
Optimal foraging theory attempts to simplify complex foraging behaviors into formulaic models from w...
Beaver can have a tremendous impact on their surroundings, altering the entire physical and chemical...
Beaver (Castor canadensis) build dams and lodges which have profound effects on local ecosystems. Wa...
Optimal foraging is a valuable tool in the study of adaptation. Many generations of selective pressu...
Castor canadensis (beaver) is an excellent animal model for studying optimal foraging theories. The ...
We chose a large beaver dam in Cheboygan County, Michigan to study foraging habits of Castor canaden...
Beavers (Castor canadensis) powerfully affect the environment by extensively foraging vegetation nea...
A young beaver dam in northern lower Michigan was selected for analysis. Girths, distances from sho...
Beavers (Castor canadensis) are important as ecosystem engineers and are useful model organisms for ...
Foraging organisms are often faced with trade-offs between the benefits and costs of obtaining certa...
Optimal foraging theory examines predator-prey relationships with respect to energy costs and energy...