Direct and collateral effects of world warming , like sea acidification and the Great Bleaching Event , have resulted in big - scale and long - last damage to the Great Barrier Reef . Large portions of the reef havezero prospectsof recovering naturally , so an interference has been excogitate to remedy what humans have done to this World Heritage land site .

The Larval Restoration Project ’s goal is to reestablish   breeding populations in damaged Rand and make trusted the reproductive life cycles of corals are healthy . The team will harvest coral spermatozoon and eggs and develop new larva which will then be released in the most damaged orbit of the reef . The endeavour will begin this weekend in the Arlington Reef area , which is located just off the coast of Cairns in Queensland .

“ This is the first time that the intact appendage of large - scale larval rearing and settlement will be contract at once on reefs on the Great Barrier Reef , ” labor loss leader Professor Peter Harrison , from Southern Cross University , said in astatement . “ Our squad will be restoring hundreds of straight metre with the finish of getting to square kilometers in the future , a scale leaf not set about previously . ”

Harrison ’s team has trialed this regeneration approach path on smaller scales in the Philippines , as well as Heron and One Tree Islands in the southern Great Barrier Reef . If this larger scale attempt is as successful , it could be employed elsewhere around the humankind .

One particularly interesting innovation of this tryout is the conscientious objector - culturing of tiny alga known as zooxanthellae , which live in the tissue of many precious coral . The coral and the microalgae have a mutualistic relationship . The coral protects the alga and provides it with nutrients . The alga grow oxygen and remove waste from the precious coral .

“ These microalgae and their symbiosis with corals is essential to healthy coral residential area that build reef , ” collaborator Professor David Suggett , from the   University of Technology Sydney , explained . “ So we are purport to fast - track this process to see if the survival and early ontogenesis of juvenile coral can be boost by rapid uptake of the alga . ”

“ Our approach to Rand restoration aims to purchase time for coral populations to survive and evolve until expelling are cap and our climate stabilises , ” Professor Harrison said . “ Climate activity is the only way to ensure coral reefs can live into the hereafter . ”