This report assesses the capability of remote sensing technologies to monitor private native forestry, including the rules or biophysical outcomes under the PNF codes of practice, and presents the different technologies and their feasibility.

This report assesses the extent to which the water sharing plan provisions have contributed to achieving environmental, social, cultural, and economic outcomes, and identifies where changes to plan provisions are warranted.

This report assesses the extent to which the water sharing plan provisions have contributed to achieving environmental, social, cultural, and economic outcomes, and identifies where changes to plan provisions are warranted.

This report assesses the extent to which the water sharing plan provisions have contributed to achieving environmental, social, cultural, and economic outcomes, and identifies where changes to plan provisions are warranted.

This report assesses the extent to which the water sharing plan provisions have contributed to achieving environmental, social, cultural, and economic outcomes, and identifies where changes to plan provisions are warranted.

This report assesses the risk to the ongoing function of retained trees under the Coastal IFOA due to different types and levels of injury, and a potential approach for setting objective injury thresholds for each category of retained trees.

This is the third annual progress report for the Coastal IFOA Monitoring Program. The report outlines program achievements and progress for 2022-23.

This audit report provides a conclusion as to whether the provisions of the Lachlan, Murrumbidgee and Murray regulated water sharing plans are being given effect to, as required under Section 44 of the Water Management Act 2000.

This report assesses the extent to which the plan provisions have contributed to achieving environmental, social, cultural, and economic outcomes, and identified where changes to provisions are warranted.

This report maps debris flow in the Tumut and Tuross Catchments. Large bushfires in southeast Australia during the summer of 2019/20 resulted in changes to catchment conditions, leading to increased sediment delivery into waterways.