Assessing the impacts of ongoing climate and anthropogenic-induced change on wildlife
populations requires understanding species distributions and abundances across large …

Population dynamics models have long assumed that populations are composed of a
restricted number of groups, where individuals in each group have identical demographic …

With the advance of methods for estimating species distribution models has come an interest
in how to best combine datasets to improve estimates of species distributions. This has …

Integrated population models (IPMs) represent a formal statistical methodology for
combining multiple data sets such as population counts, band recoveries, and fecundity …

Although it is well established that density dependence drives changes in organismal
abundance over time, relatively little is known about how density dependence affects …

Spatio-temporal models have become key tools for evaluating population trends and habitat
usage. We developed a spatio-temporal modelling framework employing a combination of …

A mechanistic understanding of the dynamics of populations requires knowledge about the
variation of the underlying demographic rates and about the reasons for their variability. In …

Conventional approaches for the assessment of population abundance or trends are usually
based on a single source of information, such as counts or changes in demographic …

We review methods for detecting and assessing the strength of density dependence based
on 2 types of approaches: surveys of population size and studies of life history traits, in …

In recent decades, a number of ecological problems have begun that are being investigated.
Deforestation has destroyed ecological niches and affected the habitats of many species …