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The Surface Water Science team has published a series of technical reports on the Menindee weir pool as part of the Restoring the Darling–Baaka program, initiated in response to the independent...
The Murray Darling Basin Authority has recently published the NSW 2024 reports on environmental outcomes at the asset scale (Matter 8) and progress towards water quality targets (Matter 12).
The Surface Water Science team developed an eDNA assay and method allowing for the detection of the endangered giant dragonfly in upland swamp discharges.
Our latest research prioritises flow-dependent stream frog species that can be used to monitor the environmental outcomes of water management rules and policies aimed at protecting flowing habitats.
Andrew Brooks (Surface Water Science) in collaboration with PhD student Handoko Wahjudi (now working at BCS), Prof Barbara Downes and Dr Wim Bovill from The University of Melbourne, have recently...
The Surface Water Science team has recently published its annual state-wide water quality monitoring reports for 2022-2023.
In September 2023, the Surface Water Science team installed monitoring equipment and collected data in the weir pools of the Darling-Baaka River to understand how flow velocities effect thermal and...
The department has used the latest research from the University of New England to develop water requirements for the endangered Bell’s turtle.
The Surface Water Science team are developing new environmental DNA techniques for monitoring the Giant dragonfly to help protect this endangered species.
The Surface Water Science team are using Baited Remote Underwater Videos (BRUVs) to survey freshwater turtle populations.
The NSW Government is collaborating with Macquarie University to trial new technology for measuring water quality in NSW rivers.
The Murray Darling Basin Authority has recently published the NSW 2020 reports on environmental outcomes at the asset scale (Matter 8) and progress towards water quality targets (Matter 12).
We studied water flows needed through Barwon-Darling (Barka) pools to keep the river healthy, reduce thermal stratification, toxic algae and fish deaths.
The NSW Government are collaborating with the University of New England to track how different river flows impact the movement of freshwater turtles through the Northern Murray-Darling Basin.
Tributary inflows play an important role in delivering resources such as organic matter and nutrients to the mainstem of a river. Our study showed how essential food resources from the Mehi and Namoi...
Scientists from the department's Surface Water Science team, are conducting field work to monitor the health of plant communities in the Northern Murray Darling Basin.
The Surface Water Science team used hydrological data to assess how effective cease-to-pump rules are at protecting low and base flows in rivers.
We used satellite imagery to monitor the replenishment of remnant pools and low flow connectivity during a protected environmental flow event in the most recent drought.
In April 2021, the Water Science team collected data on how environmental flows may overcome the impacts of Snowy Hydro Scheme weirs and dams on aquatic ecosystems within the Snowy mountains.
