Network analysis is a highly flexible statistical framework with a diversity of uses across both
ecology and other fields of study. Recent developments in ecological-based network …

Population monitoring is critical to wildlife conservation, but density estimation is difficult for
wide-ranging, unmarked species inhabiting remote habitats. Furthermore, recent …

Habitat loss is affecting many species, including the southern mountain caribou (Rangifer
tarandus caribou) population in western North America. Over the last half century, this …

Conservation strategies for imperiled species are frequently based on identifying and
addressing the probable causes of population decline, an approach known as the declining …

As global climate change progresses, wildlife management will benefit from knowledge of
demographic responses to climatic variation, particularly for species already endangered by …

Non‐invasive genetic sampling (NGS) methods are becoming a mainstay in wildlife
monitoring and can be used with spatial capture‐recapture (SCR) methods to estimate …

Conservation genomics is an important tool to manage threatened species under current
biodiversity loss. Recent advances in sequencing technology mean that we can now use …

Density estimation is a key goal in ecology, but accurate estimates for unmarked animals
remain elusive. Camera trap data can bridge this gap, but accuracy, precision, and …

Understanding how individuals within populations are connected genetically and through
shared space-use is critical to understanding the demographic patterns of at-risk …

Population monitoring can take many different forms, and monitoring elusive and
endangered species frequently involves a variety of sparse data from different sources …