'Another fire could see these forests permanently disappear': How ecologists are battling to save our parks
For the last 100 years, Victoria's beloved Wilson's Promontory National Park has been in a non-stop battle with fire.
The National Park survived land clearing and backburning in the 20th century, but in the years since the infamous Black Saturday bushfires, parts of the pristine forests have come dangerously close to "total ecological collapse".
"If we had a big fire next year, we wouldn't have enough time," Brooke Love, a restoration ecologist with Parks Victoria, tells 9news.com.au.
"Another fire could see these forests permanently disappear."
Rangers, scientists, and arborists working with Parks Victoria make the arduous and challenging journey to the most remote parts of the National Park. Nine
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Armed with a new round of Victorian government funding, and a helicopter-riding team of rangers, they're developing a new technique that could insure against the worst outcomes of fire across the country.
In phase one of their project, which is underway now, they're going in search of vast quantities of rare eucalyptus seeds to build a seed vault.
The team is putting together a "BushBank" that they hope will help prevent ecological collapse and mitigate against future bushfires.
"The areas that we're working in are the most remote parts of the National Park - they're the furthest from the tracks, they're the steepest slopes, they're the thickest vegetation, and they have by far the most leeches," Love said.
After collecting the right mix of hard-to-find seeds, the project will simulate a bushfire in a few test sites that have already experienced ecological collapse.
Ecologists working in Wilson's promontory have developed a method to prevent the worst outcomes of bushfires. Nine
Seeds collected on these arduous missions will eventually be used on "ecologically collapsed" regions, that pose more of a fire risk. Supplied
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Then, using the rare seeds they collect, they will reseed the test sites from the air, and restore the complex ecosystems that Australia is so famous for.
"We will be able to say - we need 'X' amount of this tree species, and we need to sow it at this density, to replicate what was there," Love said.
Asked about the likelihood of success in bringing the complex forest back to life, Love said: "I'm very hopeful - it's not overly complicated, but the main challenge is preparing in advance."
Prevention is better than treatment
What makes this project so important - "awesome" in the words of ecologist Love - is that thanks to $290,000 in funding from the state government, they can be proactive instead of simply reacting when the damage has been done.
"We're lucky with this project that we can get in early and prepare for something that we think might happen in the future," she said.
The mission is part of a vital effort to secure the vital species contained only within the national park. Supplied
Their research hopes to build a "guidebook" that will instruct future generations on how to better recover from the effects of bushfires.
The principle has already worked at a simpler level in the Victorian Alps, using collected seeds to reseed alpine ash devastated in recent fires.
Love's team, along with a team of scientists from the University of Melbourne, are working with multiple species of eucalyptus trees, and hoping that eventually it can be scaled up.
With fire-prone El Nino conditions near in the future, their research may have come at a vital time.
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