Identification of important habitats of charismatic marine megafauna is essential to enhance
our conservation capacity. Still, for species such as sea turtles that have a long-life span, a …

Climate change is reshaping global ecosystems at an unprecedented rate, with major
impacts on biodiversity. Therefore, understanding how organisms can withstand change is …

Aims Effective conservation of threatened or endangered species requires a robust
understanding of their spatio‐temporal distribution. Although a huge amount is known about …

Global changes represent possibly the greatest threat to the future of biodiversity, and this is
especially true for species using very different habitats during their life cycle. The problem is …

Environmental factors shape the spatial distribution and dynamics of populations.
Understanding how these factors interact with movement behavior is critical for efficient …

The integration of satellite telemetry, remotely sensed environmental data, and
habitat/environmental modelling has provided for a growing understanding of spatial and …

Aim Conservation plans often struggle to account for connectivity in spatial prioritization
approaches for the protection of migratory species. Protection of such species is challenging …

Aim To understand whether climate limits current sea turtle nesting distributions and shapes
the ecological niche of the terrestrial life‐history stage of these wide‐ranging marine …

Often climatic niche models predict that any change in climatic conditions will impact species
abundance or distribution. However, the accuracy of models that just incorporate climatic …

Understanding how the ecological niches of species are formulated across space is critical
for modeling the current and predicting future distributions under climate change. Here, we …