Long-term wolf (Canis lupus) research programs have provided many insights into wolf population dynamics. Understanding the mechanisms controlling responses of wolf populations to changes in density, environmental conditions, and human-caused mortality are important as wolf management becomes increasingly intensive.
Studies on small and declining populations dominate research in conservation biology. This emphasis reflects two overarching frameworks: the small population paradigm focuses on correlates of increased extinction probability; the declining-population paradigm directs attention to the causes and consequences of depletion. Neither, however, particularly informs research on the determinants, rate or uncertainty of population increase.
This Section 7.0 Wolf of the 2018 Wildlife Effects Monitoring Program for the Ekati Diamond Mine.
Following the growth and geographic expansion of wolf (Canis lupus) populations reintroduced to Yellowstone National Park and central Idaho in 1995–1996, Rocky Mountain wolves were removed from the endangered species list in May 2009. Idaho and Montana immediately established hunting seasons with quotas equaling 20% of the regional wolf population. Combining hunting with predator control, 37.1% of Montana and Idaho wolves were killed in the year of delisting.
Stopping declines in biodiversity is critically important, but it is only a first step toward achieving more ambitious conservation goals. The absence of an objective and practical definition of species recovery that is applicable across taxonomic groups leads to inconsistent targets in recovery plans and frustrates reporting and maximization of conservation impact. We devised a framework for comprehensively assessing species recovery and conservation success.
Understanding the limiting factors of a prey population is important before and during predator control programs, and optimal intensive management of an increasing prey population requires formal recognition of a sustainable population size. The migratory Fortymile caribou (Rangifer tarandus) herd in Alaska reached a low of approximately 6,000 caribou during 1973–1975.
This is a response by Anderson to Engeman's (2003) thoughts with respect to the value of indices.
This is a GNWT commitment made during the WRRB's Science Technical Session on October 5, 2020 to share a summary of the Kelsall wolf poisoning book.
This is a GNWT commitment made during the WRRB's Science Technical Session on October 5, 2020 to share the adult caribou survival estimates up to June 2020.
This is a GNWT commitment made during the WRRB's Science Technical Session on October 5, 2020 to share a summary of the kelsall wolf poisoning book.