The chronological age of an individual animal predicts many of its biological characteristics,
and these in turn influence population‐level ecological processes. Animal age information …

Knowing the density or abundance of primate populations is essential for their conservation
management and contextualizing socio‐demographic and behavioral observations. When …

Reliable estimates of animal density are fundamental to understanding ecological
processes and population dynamics. Furthermore, their accuracy is vital to conservation …

Large carnivores are in rapid global decline, with a broad array of consequences for the
ecosystems they inhabit. To efficiently detect and address these declines requires unbiased …

Apex carnivores are wide‐ranging, low‐density, hard to detect, and declining throughout
most of their range, making population monitoring both critical and challenging. Rapid and …

Accurate inference of relatedness between individuals in breeding population contributes to
the precision of genetic parameter estimates, effectiveness of inbreeding management and …

The conservation and management of wildlife populations, particularly for threatened and
endangered species are greatly aided with abundance, growth rate, and density measures …

For threatened and commercially important species, genetic and genomic tools promise
accurate and cost-effective evaluations to contribute to effective conservation strategies and …

Estimates of wildlife population size are critical for conservation and management, but
accurate estimates are difficult to obtain for many species. Several methods have recently …

Estimating and understanding the ratio between effective population size (N e) and census
population size (N c) are pivotal in the conservation of large marine pelagic fish species …