Seagrass on the decline
(Phys.org) —Seagrass along Moreton Bay will drastically decline as sea levels rise, a University of Queensland study has found. The study, published in international journal Global Change Biology this week, reveals that u ...
Larvae study reveals secrets of rock lobster development
Researchers have made some significant breakthroughs in understanding the early growth and survival of Australia's most valuable single-species fishery, the western rock lobster.
Tiny grazers play key role in marine ecosystem health
'Wicked' problems devastate pristine Coral Reef
(Phys.org)—Human activity - rather than climate change - has been found to be the main cause of catastrophic devastation to a southern Indian Ocean coral reef system similar to Australia's iconic Great ...
Study reveals that animals contribute to seagrass dispersal
Fish have enormous nutrient impacts on marine ecosystems, study finds
Salt marsh carbon may play role in slowing climate warming
A warming climate and rising seas will enable salt marshes to more rapidly capture and remove carbon dioxide from the atmosphere, possibly playing a role in slowing the rate of climate change, according to a new study led ...
Seagrasses make full recovery after flood
Little clams play big part in keeping seagrass ecosystems healthy, new study finds
Sometimes it’s the little things that matter most. That’s definitely the case for endangered and threatened seagrass ecosystems according to a new study. Little clams living in the soil of seagrass ...
Seagrasses can store as much carbon as forests
(Phys.org) -- Seagrasses are a vital part of the solution to climate change and, per unit area, seagrass meadows can store up to twice as much carbon as the world's temperate and tropical forests.
Marine scientist champions Blue Carbon
Seagrasses could be the oceans best-kept secret, and a multibillion-dollar marketplace, for mitigating global climate change, according to a study published this week.
Marine Protected Areas are keeping turtles safe
Seagrass meadow found to be composed of extremely old, large organisms
Mediterranean seagrass meadows contain genetically identical clones up to 15 kilometers apart, suggesting that these organisms must be thousands to tens of thousands of years old, as reported in the Feb. 1 issue of the online ...
Floods may impact Moreton Bay marine life
Dr Chris Roelfsema, from the School of Geography, Planning and Environmental Management at UQ, is concerned about the impact the 2011 floods may have on seagrass in Moreton Bay.