Posts Tagged: survival analysis
Evaluating how management policies affect red wolf mortality and disappearance
April 2, 2024
Poaching is the major cause of death for large carnivores in several regions, contributing to their global endangerment. The traditional hypothesis used in wildlife management (killing for tolerance) suggests reducing protections for a species will decrease poaching. However, recent studies … read more
Posted in Regional Wolves, Southeast-Red Wolves | Tagged Canis rufus, endangered species, large carnivore, poaching, policy signal, survival analysis
Evaluating how management policies affect red wolf mortality and disappearance
May 31, 2022
Poaching is the major cause of death for large carnivores in several regions, contributing to their global endangerment. The traditional hypothesis used in wildlife management (killing for tolerance) suggests reducing protections for a species will decrease poaching. However, recent studies … read more
Posted in News, Regional Wolves, Southeast-Red Wolves | Tagged Canis rufus, endangered species, large carnivore, poaching, policy signal, survival analysis
Evaluating how lethal management affects poaching of Mexican wolves
April 1, 2021
Despite illegal killing (poaching) being the major cause of death among large carnivores globally, little is known about the effect of implementing lethal management policies on poaching. Two opposing hypotheses have been proposed in the literature: implementing lethal management may … read more
Posted in Hunting Wolves, Resources | Tagged Canis lupus baileyi, conservation, endangered species, large carnivore, policy signal, survival analysis
Spatially varying density dependence drives a shifting mosaic of survival in a recovering apex predator (Canis lupus)
October 27, 2020
Understanding landscape patterns in mortality risk is crucial for promoting recovery of threatened and endangered species. Humans affect mortality risk in large carnivores such as wolves (Canis lupus), but spatiotemporally varying density dependence can significantly influence the landscape of survival. … read more
Posted in Biology | Tagged landscape of risk, management of endangered species, population recovery, proportional hazards, spatial modeling, species recolonization, survival analysis, Upper Great Lakes wolves, Upper Peninsula
