Murray Land & Water Management | WMS Engineering
Poopelloe Lake, Wilcannia NSW, Australia

Murray Land & Water Management

NSW DPIE engaged WMS to update the Murray LWMP salinity modelling framework using contemporary platforms
Monika Balicki
Questions? Get in touch today.
Monika Balicki

Client

NSW Department of Planning, Industry and Environment (DPIE)

Scope

Upgrading the existing model using contemporary platforms

Impact

Updated model to support the Murray Land and Water Management Plan (LWMP) Salinity Register Review
Monika Balicki
Questions? Get in touch today.
Monika Balicki

Client

NSW Department of Planning, Industry and Environment (DPIE)

Scope

Upgrading the existing model using contemporary platforms

Impact

Updated model to support the Murray Land and Water Management Plan (LWMP) Salinity Register Review

The Murray Land and Water Management Plan (LWMP) Salinity Register is due for review as part of Basin Salinity Management (BSM) 2030 strategy. As an initial stage of this review, the NSW Department of Planning, Industry and Environment (DPIE) engaged WMS to update the Murray LWMP salinity modelling framework using contemporary platforms.

Murray Land & Water Management

The modelling framework consists of eight linked sub-models, each modelling the key processes driving flow and salinity within the irrigation districts in the NSW Murray; Wakool, Denimein, Cadell, and Berriquin.

WMS upgraded the Fortran-based sub-models to Python-based models. The model folder structure and naming conventions were also changed to ensure consistency and the modelling process was automated as much as possible to reduce the risk of human error. The IQQM River System sub-model was also updated to incorporate the outputs from the Python-based sub-models.

The updated sub-models were then validated against the corresponding Fortran sub-model results and against results reported originally. The updated salinity review provides insight on salt exports from the NSW Murray Riverina Irrigation Districts which eventually affects the salinity of the Murray River at Morgan, South Australia.

Related Projects

Charters Towers river flood map
Charters Towers Regional Council

Charters Towers Retention Basin Modelling

Feasibility Assessment of Two Proposed Retention Basins
Hay Street Pedestrian Bridge
Brisbane City Council

Hay Street Pedestrian Bridge Replacement

The objective of this project was to undertake hydraulic modelling and flood impact assessment to inform the design of the new bridge.
Jallara Park Drawing
Cairns Regional Council

Jalarra Park Detention Basin

WMS teamed up with civil engineering firm Dryside Engineering to deliver the FIA and detailed design of the basin.
Local Government map
Toowoomba Regional Council

Whole of LGA Flood Mapping

A Rapid, Low Cost Alternative to Detailed Flood Studies
Auckland Creek
Gladstone Regional Council

Auckland Creek Flood Study

Gladstone Regional Council commissioned WMS to update existing hydrologic and hydraulic models for Auckland Creek and undertake a new flood study of Auckland Creek.
Water Level @ Bendigo Creek, Bay Street Golden Square
City of Greater Bendigo Council

Kangaroo Flat and Golden Square Flood Mitigation Study

A wonderful collaboration between government bodies, experts and the community that delivered effective solutions to mitigate future flood events.
Marshall Precinct
City of Greater Geelong

Marshall Precinct Stormwater Management Strategy

The primary aim of the SWMS is to investigate the impact that the transition from rural residential land uses into predominantly urban, residential development will have on surface water within and beyond the PSP boundary.