A promising large-scale revegetation opportunity for the northern Murry-Darling Basin.

A promising large-scale revegetation opportunity for the northern Murry-Darling Basin.

"Revegetating abandoned agricultural land is critical for maintaining sustainability and biodiversity within our farming landscapes. Our recent paper demonstrated the feasibility of a large-scale revegetation approach in one of Australia’s most iconic agricultural regions, the Murray-Darling Basin."

Bring living waters back to our planet

Bring living waters back to our planet

Rivers, lakes, and wetlands support extraordinary diversity. Such bodies of water host more species per square kilometre than forests or oceans. Yet they are losing this biodiversity two to three times faster than forests and oceans. Populations of freshwater animals, including river dolphins, sturgeon, beavers, crocodiles, and giant turtles, have already plummeted by 88%.

Coastal freshwater wetlands: the forgotten (wet)lands

Coastal freshwater wetlands: the forgotten (wet)lands

By PhD candidate Rebekah Grieger Read Time: 468 words about 4 minutes. Wetlands are important features in the coastal landscape, providing many important ecosystem services. Much of the research into coastal wetlands focuses on the salty ones – mangroves, saltmarsh, seagrass – but there are equally important wetlands just up-stream that are generally overlooked, coastal freshwater wetlands.  Our [...]

Are trees greener near salmon spawning streams?

Are trees greener near salmon spawning streams?

By Dr Chris Brown  Reading Time: 557 words about 3 minutes. We usually think of nutrients moving down rivers to the ocean, not the other way around. But in many temperate rivers of the northern hemisphere migration of salmon brings nutrients from the ocean to rivers and surrounding vegetation.  Male Pink Salmon, identifiable because of [...]

Climate Change strikes again: Warming rivers are reducing fish recruitment

Climate Change strikes again: Warming rivers are reducing fish recruitment

There is an urgent need to understand what factors contribute to successful breeding and juvenile survival for Australia’s freshwater fishes, especially as many freshwater fish species are affected by events like those that led to the recent fish kills in the Murray-Darling Basin.