Sure, everybody wants to be a marine biologist. It’s a glamorous job: working on the ocean, diving off coral reefs, discovering a new species here, saving an endangered species there. It’s definitely a profession that would have you as the talk of the table at dinners and family barbeques.
But what you don’t often hear about is the behind the scenes work – the endless report writing, the rigorous trip planning, getting the smell of fish off your hands. Being a marine biologist is, at times, a thankless task.
Luckily for you, today we’re going to focus on the glamorous part.
Marine biologists from our Wealth from Oceans Flagship and The University of Western Australia recently took a trip to the coral reefs of the Pilbara region, in north Western Australia, where they were scouting survey sites for the Pilbara Marine Conservation Partnership.
Platygyra coral form intricate patterns on a reef off the Southern Barrow Shoals, West Pilbara.
This five year project is taking a snap-shot of the health of the marine ecosystems in this biodiversity hotspot, compiling a baseline of research data that will inform environmental and industrial monitoring programs. This data will underpin the Pilbara’s marine management and ensure long-term commercial and conservation sustainability in the region.
The Partnership is all about providing the science for sound decision making, and this research trip has put the process into practice.
Unfortunately, on the trip the research team found evidence of coral bleaching in the region due to some recent marine heatwaves, including the bleaching of a pocket of ancient coral heads – many up to 400 years old – that have provided an important record of reef health.
“We suspect this bleaching event was due to marine heatwaves that occurred in the region over the past few summers, and to see it up so close was sobering,” said our lead scientist on the project, Dr Russ Babcock.
“But to offset this loss, some reefs only a short distance north showed much less damage and will continue to contribute to a healthy ecosystem. By studying these sorts of variations and why they occur, we can improve our overall understanding of the marine environment in the region, and how we can best preserve it”.
“For myself and the research team, the greatest challenge for the Pilbara Marine Conservation Partnership will be to understand how the unique coral reefs in the Pilbara have adapted to such a diverse range of conditions, and how they will survive into the future. We want to make sure that the region’s ecosystem is better understood and appreciated on an international scale,” says Russ.
Find out more about the Partnership here.