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 …

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 …

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

In species presenting long intervals between reproductive seasons, atmospheric-oceanic
phenomena can affect the yearly number of individuals that become reproductively active …

A recent analysis suggested that historical climate forcing on the oceanic habitat of neonate
sea turtles explained two-thirds of interannual variability in contemporary loggerhead …

Nesting populations of leatherback turtles (Dermochelys coriacea) in the Atlantic and
western Indian Oceans are increasing or stable while those in the Pacific are declining. It …

Sea turtles have various life-stages, typically being oceanic foragers as juveniles while
shifting to more coastal habitats as they mature. The present study focuses on the least …

Global sea turtle populations are in decline and so a global network of sea turtle nesting
conservation programs have been established worldwide with the goal to protect vulnerable …

The olive ridley sea turtle Lepidochelys olivacea is the most abundant marine turtle species
in Guatemala, representing> 99% of all nests. Along with other marine turtles, they are …