Named storms can cause substantial impacts on the habitat and reproductive output of
threatened species, such as marine turtles. To determine the impacts of named storms on …

It is now well understood that climate change has the potential to dramatically affect
biodiversity, with effects on spatio‐temporal distribution patterns, trophic relationships and …

Aim Hurricanes bring wind and rainfall that can have dramatic effects on coastal
ecosystems, which provide important nesting locations for some migratory species. We …

The ranges of many species are shifting poleward as global warming intensifies, but this
process might be less intense in philopatric species, ie those with the tendency to reproduce …

This commentary proposes one hypothesis to explain the abrupt interruption of pre-2010
exponential growth in the “conventional index” of Kemp's ridley sea turtle (Lepidochelys …

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 …

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 …

Climate change scenarios predict an increase in global temperature and sea level rise. For
sea turtles, the association between sea level rise, nest water content and temperature …

Changes in phenology, the timing of seasonal activities, are among the most frequently
observed responses to environmental disturbances and in marine species are known to …

Climate change associated sea‐level rise (SLR) is expected to have profound impacts on
coastal areas, affecting many species, including sea turtles which depend on these habitats …