We examined the impact of daily and severe multiday weather events on nest survival of
Horned Larks (Eremophila alpestris) and Savannah Sparrows (Passerculus sandwichensis) …

Aim Cold‐adapted species are considered vulnerable to climate change. However, our
understanding of how climate‐induced changes in habitat and weather patterns will …

The Alpine Rock Ptarmigan Lagopus muta helvetica is considered to be particularly
vulnerable to climate change because it lives exclusively above the treeline in alpine …

Alpine species adapted to mountain climate are particularly vulnerable to environmental
changes and have recently come under multiple environmental pressures, such as climate …

We examined timing of breeding, nest site selection and nest survival of Horned Larks
(Eremophila alpestris), Savannah Sparrows (Passerculus sandwichensis) and American …

The recent range contractions and population declines of many grouse species worldwide
have been attributed to loss and fragmentation of their habitats, although the empirical …

In theory, habitat preferences should be adaptive. Accordingly, fitness is often assumed to
be greater in preferred habitats; however, this assumption is rarely tested and, when it is, the …

Background The life history strategy of a species can influence how populations of that
species respond to environmental variation. In this study, we used a matrix modeling …

Predicting how animal populations respond to climate change requires knowledge of how
species traits influence the response of individuals to variation in anuual weather. Over a …

Alpine environments are unique systems to examine variation in life-history strategies
because temperature and seasonality are similar across broad latitudinal gradients. We …