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 …

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

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 …

Coastal areas are used by both marine turtles and humans which may result in marine turtle
nesting grounds being exposed to human activities like coastal modifications. Several …

Marine turtles may respond to projected climatic changes by shifting their nesting range to
climatically suitable areas, which may result in either increased exposure to threats or fewer …

Globally, tropical and subtropical regions have experienced an increased frequency and
intensity in extreme weather events, ranging from severe drought to protracted rain …

Sea turtles are vulnerable to aspects of climate change because they have life history,
physiological attributes and behaviour that make them extremely sensitive to environmental …

Wave wash-over poses a significant threat to sea turtle nests, with sustained exposure to
waves potentially resulting in embryonic mortality and altered hatchling locomotor function …

Sea turtles exhibit behavioral responses to cope with metabolic changes caused by
seasonal water temperature fluctuations. Extremely low water temperatures (below 10° C) …

Aim This study examines the relationship between the distribution of existing sea turtle
nesting sites and historical patterns of tropical cyclone events to investigate whether …