Abstract The El Niño Southern Oscillation (ENSO) is the predominant interannual pattern of
climate variability in the world and may become extreme approximately once every 20 years …

Long-term monitoring is essential for the identification of population trends, and to
understand how these trends are affected by climate variability. The El Niño Southern …

Summary 1 Pacific leatherback turtle Dermochelys coriacea populations have been
declining precipitously. It has been suggested that fishery‐associated mortality is the leading …

The number of nesting leatherback turtles (Dermochelys coriacea) in the eastern Pacific
Ocean has declined dramatically since the late 1980s. This decline has been attributed to …

Anthropogenic climate change is predicted to increase the variation in storm patterns in
some areas in the coming decades. This variation in mean rainfall and increase in mean …

The magnitude and frequency of extreme warming events over the last decades pose
threats to biodiversity. In the near future, heatwaves will become even more frequent and …

Given the potential vulnerability of sea turtles to climate change, a growing number of
studies are predicting how various climatic processes will affect their nesting grounds …

Knowledge of the mechanisms influencing phenology can provide insights into the
adaptability of species to climate change. Here, we investigated the factors influencing …

Recent increases in global temperatures have affected the phenology and survival of many
species of plants and animals. We investigated a case study of the effects of potential …

Climate change may affect life on Earth in multiple ways. Whereas some populations may
encounter detrimental conditions that cause extirpations, those occupying cooler thermal …