The accuracy of predictive models (also known as mechanistic or causal models) of animal
responses to climate change depends on properly incorporating the principles of heat …

Climate change is one of the major issues facing natural populations and thus a focus of
recent research has been to predict the responses of organisms to these changes. Models …

In the face of climate change, the life history traits of large terrestrial mammals will prevent
them from adapting genetically at a sufficient pace to keep track with changing …

Cyclical growth leaves marks in bone tissue that are in the forefront of discussions about
physiologies of extinct vertebrates. Ectotherms show pronounced annual cycles of growth …

Most large terrestrial mammals, including the charismatic species so important for
ecotourism, do not have the luxury of rapid micro-evolution or sufficient range shifts as …

Although many studies have modeled the effects of climate change on future species
distributions and extinctions, the theoretical approach most commonly used—climate …

Variability in body temperature is now recognized to be widespread among whole-body
endotherms with homeothermy being the exception rather than the norm. A wide range of …

Advances in biologging techniques over the past 20 years have allowed for the remote and
continuous measurement of body temperatures in free‐living mammals. While there is an …

The future of fog‐dependent habitats under climate change is unknown but likely precarious;
many have experienced recent declines in fog. Fog‐dependent deserts particularly will be …

In this mini-review, we discuss how biologging technology can be used to detect,
understand, and forecast species' responses to climate change. We review studies of …