Speeding Up Evolution to Save An Australian Marsupial from Toxic Toads

Speeding Up Evolution to Save An Australian Marsupial from Toxic Toads

6 years ago
Anonymous $RBasgWKaIV

https://www.scientificamerican.com/article/speeding-up-evolution-to-save-an-australian-marsupial-from-toxic-toads/

On an island off Australia’s north-central coast, researchers are conducting an unprecedented experiment: mixing endangered animals that have evolved genetic defences against their biggest foe with those that haven’t, in the hope that their offspring will take after the wiser parent.

The subject of the experiment is one of Australia’s most imperilled marsupials, the northern quoll (Dasyurus hallucatus). This squirrel-sized carnivore is struggling to survive a decades-long onslaught of poisonous and invasive cane toads, which quolls mistake as prey, with devastating results. The team now working on Indian Island has successfully tested the match-making technique in captive-bred quolls, and reported the results last month in Conservation Biology.

Speeding Up Evolution to Save An Australian Marsupial from Toxic Toads

Jul 26, 2018, 8:02pm UTC
https://www.scientificamerican.com/article/speeding-up-evolution-to-save-an-australian-marsupial-from-toxic-toads/ > On an island off Australia’s north-central coast, researchers are conducting an unprecedented experiment: mixing endangered animals that have evolved genetic defences against their biggest foe with those that haven’t, in the hope that their offspring will take after the wiser parent. > The subject of the experiment is one of Australia’s most imperilled marsupials, the northern quoll (Dasyurus hallucatus). This squirrel-sized carnivore is struggling to survive a decades-long onslaught of poisonous and invasive cane toads, which quolls mistake as prey, with devastating results. The team now working on Indian Island has successfully tested the match-making technique in captive-bred quolls, and reported the results last month in Conservation Biology.