Enhancing coastal restoration by including animals
A Griffith University led study has shown how animals can have enormous impacts on coastal restoration, both positive and negative.
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A Griffith University led study has shown how animals can have enormous impacts on coastal restoration, both positive and negative.
An international team of researchers has found that turtles not only have relatively large inner ears, but unexpectedly large ear labyrinth morphology. In their paper published in the journal Nature Communications, the group ...
New Griffith research is using biochemical profiles from the blood of sea turtles as a tool to monitor the health of populations in the wild.
Sixty six million years ago, sea monsters really existed. They were mosasaurs, huge marine lizards that lived at the same time as the last dinosaurs. Growing up to 12 meters long, mosasaurs looked like a Komodo dragon with ...
The microbiome is the collection of microbes that colonize a habitat, human body or otherwise. Because of pioneering microbiome research at Washington University School of Medicine in St. Louis, people around the world now ...
Newly discovered turtle nesting sites in the Saudi Arabian Red Sea could help coastal megaprojects minimize their impact on these endangered species.
Twelve years after an oil spill coated nearly 35 miles of the Kalamazoo River, new research at The University of Toledo confirms that turtles rehabilitated in the aftermath of the disaster had high long-term survival rates.
Sharks are some of the most ecologically important and most threatened animals on Earth. Recent reports show that up to one-third of all known species of sharks and their relatives, rays, are threatened with extinction. Unsustainable ...
One of the most serious threats to wildlife biodiversity, in addition to the climate crisis, is the illegal killing and trafficking of animals and plants. Despite many laws against the black-market wildlife trade, it is considered ...
The Republic of the Congo has created its first ever Marine Protected Areas (MPAs), supported by a research team including the University of Exeter and the Wildlife Conservation Society.