In-depth studies into understanding underground water at mine sites – and to improve the management of Australian and NZ snapper fisheries – will be led by […]
Warm and cool water temperatures over a long stretch of coastline cause new species of marine fish to evolve without being isolated from similar types of […]
New research into the genome of the world famous giant tortoise, Lonesome George, provides extraordinary insights into the species’ large size, ability to live up to […]
New research has revealed how an endangered turtle capable of traversing big distances to find a mate may not do so due to seasonal ocean currents. […]
The future of native fish species in Murray-Darling waterways will get a boost with assistance from Flinders University fish genomics experts. The Molecular Ecology Lab at Flinders University […]
Flinders’ ecologists have discovered that the DNA of Australia’s wetland fish may hold the ‘golden key’ to saving them from climate change. A team led by Professor […]
Clues in the DNA of endangered blue whales – the largest living animal – have shown that Australia is home to one population that likely travels […]
Researchers at Flinders have created SWINGER, computer software with an algorithm that uses information from DNA to match-make endangered animals for captive breeding.
A new Flinders University study shows that coastal ocean currents in parts of southern Australia have a major bearing on marine animal movement.