Uncertainty: The X factor behind more reliable streamflow forecasts
A new national forecasting service is giving dam operators, river managers – even kayakers – a clearer picture of river and stream flows up to a week in advance. Paradoxically, uncertainty is a key to more reliable forecasts.
The challenge at the end of Australia’s mighty Murray-Darling system
Management of the Lower Lakes system in South Australia has been informed by extensive science. Understanding the impacts of climate change and adaptation remain future challenges for the region and the Murray-Darling Basin as a whole.
Understanding complex interactions the key to the freshwater croc’s future
A failure to grasp the details of the life of freshwater crocodiles in the places they live is likely to bedevil their conservation.
Understanding water pressures
With many surface water storages, such as reservoirs, empty or critically low, groundwater (underground aquifers fed by rainfall and found in cracks or pores in rock) supplies are critical for many Australian communities and industries.
Understanding ecosystem response to water management in the Murray-Darling Basin
While knowledge of water availability is key to managing Murray-Darling Basin water resources, a commensurate understanding of ecosystem ecological response to flow regulation is also required to aid environmental management.
The story of Australian waterbirds – the length and breadth of the Murray-Darling Basin
Elvis, Eric, Gracy - these ibis and spoonbill are telling their own journeying stories thanks to satellite tracking. Along with scientists on the ground monitoring populations and their movements, research will help drive effective environmental water management decisions.
Managing our water-spoiling pests
CSIRO scientists have developed new tools to help control two feral pests wrecking havoc above and below the waters of the Murray-Darling Basin: the willow tree and the carp.
The water needs of floodplain trees – the inside view
For the first time, scientists have quantified how much water trees on the Murray-Darling floodplain need, and when they need it. The results show that we cannot tell the health of a tree just by looking at its canopy—we need to look inside the tree.