Longitudinal data sets for population abundance are essential for studies of imperiled
organisms with long life spans or migratory movements, such as marine turtles. Population …

Sea turtles face a risk of extinction due to climate change causing warming of nests, which
may increase both sex ratio skews, with fewer males being produced, and embryo mortality …

Understanding the spatial distribution of wildlife is fundamental to establish effective
conservation measures. Tracking has been key to assess movement patterns and …

Leatherback egg clutches typically experience lower hatching success (~ 50%) than those of
other sea turtle species (> 70%). The majority of embryonic death (> 50%) occurs at early …

Effective species management and conservation require an understanding of geographical
distribution patterns and reasons for species dispersal in a larger environment. The Xisha …

Understanding green turtle habitat use during the nesting season is important for informing
management decisions relating to green turtles and ecosystems that support them. Despite …

Understanding spatial heterogeneity in reproductive success among at-risk populations
facing localised threats is key for conservation. Sea turtle populations often concentrate at …

Raine Island supports 90% of the northern Great Barrier Reef (GBR) green turtle nesting
stock. However, concerns have been raised since the mid-1990s about its viability as a turtle …

Simple Summary This work represents the first scientific study using genetic markers to
better understand the reproductive behaviour of the loggerhead sea turtle from the Central …

Sea turtles are migratory with nesting and foraging areas in distinct and often widely
separated habitats. Telemetry has been a vital tool for tracking sea turtle migrations between …