Plastic pollution is no joke, Education Coordinator Hilary Bouma said as she forwards the video of Rusty Swordfish and the latest marine debris film by Jarrod Boord.
“Plastic pollution is not something to laugh about, but we need to get the message out there and start getting people talking about the small actions we can all take everyday to help protect our planet. Read more →
Did you know that Australia is one of the highest per capita producers of waste in the world? Every year we burn through 18 million tonnes of waste, which affects our birds, seals, whales, turtles and all other marine wildlife. Read more →
Litter is an increasing problem for local land managers as the population and tourist numbers continue to grow along the Great Ocean Road coastline.
The Great Ocean Road Coast Committee has partnered with Zoos Victoria and Tangaroa Blue to help collect and record rubbish data into the Australian Marine Debris Database for the national study. Read more →
The Fresh Air Kids is a group of local families that want their children to spend time in the great outdoors, learning through playing in nature.
A community partnership with the Great Ocean Road Coast Committee, Fresh Air Kids aims to encourage local coastal kids to grow up observing the environment in more detail than even most adults do. Read more →
Hundreds of volunteers regularly dedicate their time and energy into helping protect, preserve and enhance the natural beauty of the Great Ocean Road’s flora and fauna every month, including members from the Surfrider Foundation.
Our education team are at it again, finding all sorts of treasures along the coast. This one hails from the Corio Bay but is also an important component of the complex marine ecosystem. Environmental Education Leader Hilary Bouma explains: Read more →
The Great Ocean Road coastline relies on the support of community groups and volunteers to keep this breathtaking part of the world sustainable for future generations. This post is a special post from the Friends of the Eagle Rock Marine Sanctuary (FERMS) who look after the sanctuary above and below the surface. Read more →
Researchers are uncovering the secrets of seagrasses in Port Phillip Bay and Victoria as part of a collaborative study into this vital part of our marine ecosystem.
The project includes researchers from Melbourne University, the University of Tasmania, the Sydney University of Technology and Deakin University and is funded by the Department of Environment, Land, Water and Planning (DEWLP).
The project aims to understand the resilience, reproductive biology and genetics of seagrass which is a primary producer – playing an important role as an ‘ecosystem engineer’.
Seagrasses recycle nutrients in the water and stabilise the marine environment helping to promote biodiversity and protect habitat.
Similar to the way in which coral reefs provide habitat in Queensland, seagrass colonies are part of vital habitat for a range of fauna species such as the King George Whiting, Australian Salmon and Pipefish.
Deakin University School of Life and Environmental Sciences Senior Lecturer, Craig Sherman said researchers were initially unsure of what the study would uncover.
“We discovered more seagrass diversity than expected in our research which helps us understand the regeneration processes in the bay.
“Diversity is essential for environmental adaptation which is why it is important for us to gain a greater insight about the processes that maintain seagrass populations.
“This research helps us understand the fluctuations in populations and how the seagrass responds to different influences,” said Mr Sherman.
Deakin University postdoctoral researcher, Tim Smith also worked on the project, examining the recovery times of seagrass in Port Phillip Bay.
“Our research showed that the Geelong arm is an important source of seagrass in Port Phillip Bay with high levels of seed production which suggests it is a ‘source site’.
“Seagrass is a really important ecosystem, so we need to understand its recovery mechanisms to ensure seagrass in Port Phillip Bay can recover from disturbances and environmental change in the future.
“It is particularly important to identify ‘source sites’ of seagrass that can enhance threatened sites so that they can be managed accordingly,” Mr Smith said.