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Modeling Subsurface Hydrology in Floodplains
We present a model, HaughFlow, which is able to predict coupled water movement in the vadose and phreatic zones of hydraulically connected floodplains. Model output was... -
Development of a Fast and Accurate Hybrid Model for Floodplain Inundation Simulations
This study further develops the LSG model to simulate water depth as well as flood extent and demonstrates its efficacy as a surrogate for a high-resolution hydrodynamic model... -
Monitoring and Mapping Floodplain Understorey and Short Vegetation Evapotranspiration
Understorey evapotranspiration (ET) is an important unknown in the water balance of the Murray-Darling Basin. This study adapted a novel method, i.e., Maximum Entropy Production... -
Floodplain inundation and drying project 2021-22
The Floodplain inundation and drying project was conducted by the University of Queensland, the South Australian Department for Environment and Water, and the MDBA. This project... -
Organic matter as a dominant driver of hypoxic blackwater
"Constraining organic matter composition and dynamics as a dominant driver of hypoxic blackwater risk during river Murray floodplain inundation". Includes article and open... -
Methods to assess environmental flow and groundwater management scenarios
Methods to assess environmental flow and groundwater management scenarios for floodplain tree health in the Lower River Murray: this thesis investigates the major causes of... -
Fine scale mapping of fractional tree canopy cover to support river basin management
Scientific method presented to derive tree fractional canopy cover (FTCC) at 20 m resolution in semi-arid and arid floodplain areas. The method employs LiDAR as a canopy area... -
Murray-Darling Basin Acid Sulfate Soils Risk Assessment Project reports
The purpose of the Murray–Darling Basin Acid Sulfate Soils Risk Assessment Project was to determine the spatial occurrence of, and risk posed by, acid sulfate soils at priority...