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Development of a Riparian Condition Assessment Protocol for Northern Gulf Rivers using Remote Sensing and Ground Survey

The primary focus of this study was to establish the riparian condition baseline against which future condition trends could be measured; and the development of a robust, repeatable method of analysis.
However, during the course of the study, researchers found that the dramatic changes in woody vegetation in both the channel zone and across floodplains warranted much more detailed investigation to establish:

Flow requirements and resource delivery to the Lower Murray Lakes and Northern Coorong

As discussed in the previous milestone reports, the drawdown of water levels in the Lower Lakes to unprecedented levels has provided an additional focus for the project. This has been done to provide relevant information to the managers and assist with both the short-term and long-term management of the region. It has included investigating the changes water quality during drawdown and likely changes in water quality upon reflooding the lakes.

The Bayesian Network Models for Environmental Flow Decision-making

This final report summerises the activities and outcomes of the Land & Water Australia Project - Environmental Flow Bayesian Network Decision-Making Framework. The development of two Bayesian Network models used as a decision-support tool for determining environmental flows in major rivers in Australia are reported on. The first eFlows BN model was for the Latrobe River in Victoria, a river system that is highly regulated and (more)...

Coordinating Deep Drainage Research in the Northern Darling Basin - Final Report

A key issue identified by the research community working with the cotton industry was the lack of understanding and acceptance of the concept of deep drainage. Deep drainage is defined as the part of the water (applied to the surface and as rainfall or irrigation) that moves past the rootzone. In general the existing paradigm was “cotton soils don’t leak”. However, the research community related to the Australian Cotton CRC (ACCRC) (more)...

Final Report 4 - Handbook of flexible technologies for irrigation infrastructure

URS Australia was commissioned by the Department of Primary Industries (DPI) to prepare a handbook of technologies that are available to provide flexibility in irrigation delivery systems to deal with the varying irrigation demands which may occur in the future. The project follows on from a process of scenario planning which was used by the Department to develop a vision for the future of irrigated agriculture in the Goulburn-Broken Catchment of (more)...

Irrigation Mosaics in Northern Australia

The Northern Australia Irrigation Futures (NAIF) project has undertaken a review of research into irrigation mosaics as an approach to irrigation in northern Australia. Irrigation mosaics involve smaller patches of irrigation distributed across the landscape as an alternative to large contiguous areas of irrigation (see Figure 1). This research has examined the current understanding of irrigation mosaics drawing lessons from ecology, forestry, meteorology and saline (more)...

Frameworks to support irrigation decision making in Northern Australia

The Northern Australia Irrigation Futures (NAIF) research program has provided new knowledge, tools and processes to support decision making regarding irrigation in northern Australia.

Northern Australia Irrigation Futures - Final Report Appendices

Providing new knowledge, tools and processes to support debate and decision making regarding irrigation in northern Australia

These appendices form part of and should be read in conjunction with the Northern Australia Irrigation Futures (NAIF) National Program for Sustainable Irrigation (NPSI) CDS23 final report, which contains a synthesised view of all the NAIF work carried out…