Jo Collins joins Goyder Institute Board
The Goyder Institute for Water Research is pleased to announce that Jo Collins has been nominated as the new Board member representing the South Australian Government. Read More
The Goyder Institute for Water Research is pleased to announce that Jo Collins has been nominated as the new Board member representing the South Australian Government. Read More
Worked has commenced on the Goyder Institute’s Northern Corridor research program, the primary driver for which is the Northern Economic Plan, the South Australian Government’s blueprint for a prosperous northern Adelaide, focused on creating jobs and empowering local communities. Read More
Worked has commenced on the Goyder Institute for Water Research project Sustainable Expansion of Irrigated Agriculture and Horticulture in Northern Adelaide Plains, led by Prof Jim Cox from SARDI. Read More
The primary policy driver for Goyder Institute’s Northern Corridor research program is the Northern Economic Plan, the South Australian Government’s blueprint for a prosperous northern Adelaide, focused on creating jobs and empowering local communities. The plan includes two major initiatives for agribusiness: The Northern Adelaide Plains Agribusiness Initiative and The Northern Adelaide Food Park. Read More
The Goyder Institute for Water Research’s Ecological Connectivity of the River Murray project kicked off recently, and the first year of field work is now close to completed. Read More
The Goyder Institute for Water Research project on Sustainable Expansion of Irrigated Agriculture and Horticulture in Northern Adelaide Plains has made significant progress in recent months, establishing baseline data and models that will provide a basis for ongoing investigations. Read More
The Water Industry Alliance held their 2018 Smart Water Awards at the Adelaide Convention Centre on 6 July. The awards recognise and celebrate Alliance members for their leading-edge expertise and innovation. Two Goyder Institute for Water projects were finalists in separate categories... Read More
A report released this week by the Goyder Institute for Water Research outlined findings from an investigation into small-scale desalination using capacitive de-ionisation (CDI) – an emerging technology – to improve water quality for growers in the Northern Adelaide Plains (NAP). Read More
The Coastal Carbon Opportunities project is among the first to research climate change mitigation in coastal systems. The Goyder Institute for Water Research team, led by Professor Bronwyn Gillanders (University of Adelaide), are investigating the potential of South Australian coastal ecosystems (seagrass, mangrove and saltmarsh) for carbon sequestration and storage. Read More
Agricultural soils are important not only for their critical role securing food supplies in a resource limited world but for their contribution to the balance of greenhouse gas emissions. Read More
The Goyder Institute for Water Research’s Sustainable expansion of irrigated agriculture and horticulture in the Northern Adelaide Plains project is nearing completion and is holding a workshop on 19 March 2019 to present the team’s draft findings to a range of potential end-users. Read More
Spencer Gulf is critical to South Australia's prosperity. It produces almost half of South Australia's seafood and is a major gateway to the State's energy, mining and agricultural resources. The gulf supports a wide range of recreational activities and an expanding ecotourism sector. Its marine ecosystems and species have global conservation significance. Read More
Production in one of the South Australia’s most important food bowls could double if irrigated agriculture and horticulture expand across the Northern Adelaide Plains. Read More
Well, there’s no doubt that 2020 had some surprises in store for all of us. Aside from the personal challenges of operating in a global pandemic, many of our teams had to put field work on hold, limit regional travel and work from home without access to many of their tools and resources. Despite these significant obstacles, many of the Institute’s projects were finalised as our second term came to a close. Read More
The Goyder Institute is partnering in the rebid for the ONE Basin Cooperative Research Centre (CRC), which will address one of Australia’s most complex water challenges. ONE Basin will support resilient communities in the Murray-Darling Basin by, for the first time, creating innovations at the nexus of agriculture, water, energy and environmental systems. Read More
An independent evaluation has concluded that the Goyder Institute’s second term research program (2015-2020) was highly successful, delivering important research that influenced priority water policies and improved economic, environmental, cultural and social outcomes within South Australia. Read More
The Goyder Institute Partners were recently awarded the Australian Water Association’s SA Branch R&D Award for the Institute’s second term research program. This is a wonderful recognition of the quality and impact of the Institute’s research, with the award acknowledging its significant contribution to a sustainable and prosperous water future for South Australia and Australia. Read More
The Goyder Institute for Water Research and its partners will play a leading role in a new multi-million dollar collaborative research program set up to safeguard the environmental and commercial future of the Murray-Darling Basin. Read More
The Goyder Institute for Water Research and its partners will play a leading role in a new multi-million dollar collaborative research program set up to safeguard the environmental and commercial future of the Murray-Darling Basin. Read More
National recognition for the Institute following success of the One Basin CRC bid and research excellence award Read More
A new report of the Goyder Institute for Water Research has informed South Australian Government priority opportunities and challenges for land-based aquaculture in the coastal region extending from Adelaide through to Whyalla Read More
A summary of the startup phase of the CRC Read More