The long-accepted conclusion that wolf density is regulated by nutrition was recently challenged, and the conclusion was reached that, at greater levels of prey biomass, social factors such as intraspecific strife and territoriality tend to regulate wolf density. We reanalyzed the data used in that study for 2 reasons: 1) we disputed the use of 2 data points, and 2) because of recognized heteroscedasticity, we used weighted-regression analysis instead of the unweighted regressions used in the original study. We concluded that the data do not support the hypothesis that wolf densities are regulated by social factors
Predator-prey ratios have been used widely to interpret effects of wolf (Canis lupis) predation on t...
The Northern Range (NR) of Yellowstone National Park (YNP) hosts a higher prey biomass density in th...
Wolf (Canis lupus) depredations on livestock in Minnesota have been increasing over the last 20 year...
The long-accepted conclusion that wolf density is regulated by nutrition was recently challenged, an...
The possibility of social regulation of wolf populations has been discussed in the literature for se...
In a study correlating carnivore density with study area size, Smallwood & Schonewald (1996) suggest...
A LARGE, DARK WOLF poked his nose out of the pines in Yellowstone National Park as he thrust a broad...
Chapron & Treves [1] present a framework for examining effects of wolf culling policies on wolf popu...
1. Understanding the population dynamics of top predators is essential to assess their impact on eco...
Summary 1. Understanding the population dynamics of top-predators is essential to assess their impac...
The Northern Range (NR) of Yellowstone National Park (YNP) hosts a higher prey biomass density in th...
Reliable analyses can help wildlife managers make good decisions, which are particularly critical fo...
We used simple linear regression to analyze 8-23 years of data on a wolf (Canis lupus) population an...
Home range size in mammals is a key ecological trait and an important parameter in conservation plan...
WOLVES CAN LIVE almost anywhere in the Northern Hemisphere, and almost everywhere they do, they are ...
Predator-prey ratios have been used widely to interpret effects of wolf (Canis lupis) predation on t...
The Northern Range (NR) of Yellowstone National Park (YNP) hosts a higher prey biomass density in th...
Wolf (Canis lupus) depredations on livestock in Minnesota have been increasing over the last 20 year...
The long-accepted conclusion that wolf density is regulated by nutrition was recently challenged, an...
The possibility of social regulation of wolf populations has been discussed in the literature for se...
In a study correlating carnivore density with study area size, Smallwood & Schonewald (1996) suggest...
A LARGE, DARK WOLF poked his nose out of the pines in Yellowstone National Park as he thrust a broad...
Chapron & Treves [1] present a framework for examining effects of wolf culling policies on wolf popu...
1. Understanding the population dynamics of top predators is essential to assess their impact on eco...
Summary 1. Understanding the population dynamics of top-predators is essential to assess their impac...
The Northern Range (NR) of Yellowstone National Park (YNP) hosts a higher prey biomass density in th...
Reliable analyses can help wildlife managers make good decisions, which are particularly critical fo...
We used simple linear regression to analyze 8-23 years of data on a wolf (Canis lupus) population an...
Home range size in mammals is a key ecological trait and an important parameter in conservation plan...
WOLVES CAN LIVE almost anywhere in the Northern Hemisphere, and almost everywhere they do, they are ...
Predator-prey ratios have been used widely to interpret effects of wolf (Canis lupis) predation on t...
The Northern Range (NR) of Yellowstone National Park (YNP) hosts a higher prey biomass density in th...
Wolf (Canis lupus) depredations on livestock in Minnesota have been increasing over the last 20 year...