Loxton
The Loxton Hub incorporates one of the most agriculturally productive and ecologically diverse areas of South Australia.
Incorporating the Riverland and Lower Murray regions in South Australia, the Loxton Hub provides local communities, businesses, industry and governments the opportunity to understand key vulnerabilities of the region, and supports the community to identify targeted solutions for the effective adaptation to the impacts of climate change.
This region plays host to a crucial corridor that underpins the availability of good-quality water to many parts of the South Australia. The hub is primarily focusing on the adaptation of communities and the agricultural sector to reduced water availability and increased temperature extremes.
Loxton projects
View AllOpportunities and challenges identifying, sourcing and treating brackish groundwater
This project will undertake foundational activities to improve insight into the nature and scale of the opportunity associated with brackish groundwater, identify pathways to enable diversification of irrigated water sources, and assess any potential negative consequences and associated mitigating measures.
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Predicting the impact of climate change on irrigation demand across...
Water banking for enhanced drought resilience
Loxton updates
View allWhere we are
The Loxton Hub is located at the Loxton Research Centre, in South Australia. The centre is a showcase for the lower basin region, supporting and promoting its global reputation as a leader in agriculture and producer of premium food and wine. Its shared working environment, between research and industry, facilitates the transfer of new knowledge into industry and the development of new innovative opportunities.

Related information
Contact Loxton Hub
If you have a question, enquiry or are interested in getting involved with the One Basin CRC’s Loxton projects, get in touch with the Loxton Hub.
About the One Basin CRC
We are fostering the collaboration between researchers and industry to address significant scientific and technological challenges for the Murray–Darling Basin.