Murray-Lower Darling Long Term Water Plan Part B: Murray-Lower Darling planning units

The Murray-Lower Darling Long Term Water Plan Part B describes the flow regimes required to maintain or improve environmental outcomes in the Murray-Lower Darling at a planning planning unit scale.

Date
25 September 2020
Publisher
Department of Planning, Industry and Environment
Type
Publication, Plan
Status
Final
Cost
Free
Language
English
Tags
  • ISBN 978-1-922317-80-3
  • ID EES20200081
  • File PDF 12.3MB
  • Pages 145
  • Name murray-lower-darling-long-term-water-plan-part-b-planning-units-200081.pdf

To help manage the complexity of the Murray–Lower Darling Water Resource Plan Area (WRPA), the Murray–Lower Darling Long Term Water Plan (LTWP) has been divided into 37 planning units (PUs). Planning units delineate areas with a unique set of mechanisms for managing water for environmental outcomes. Planning units (PUs) are classified as either: a) regulated (or which can be affected by regulated water); or b) unregulated.

This document, which forms Part B of the LTWP, provides the following local-scale information for each planning unit.

  • The location of priority environmental assets as identified through LTWP development.
  • The ecological values, including native fish, frogs and waterbird species, and native vegetation communities that occur within the planning unit.
  • For planning units that are regulated, or that can be affected by regulated water (PUs 1–19), environmental water requirements (EWRs), at representative gauges, to support achievement of the LTWP objectives and targets.
  • For planning units that are unregulated (PUs 20–37), an evaluation of the impact of water resource development on local hydrology and recommended management strategies for mitigating these changes to meet LTWP objectives and targets.

The planning units are presented in two sections in this document.

  • Section 2 contains PUs 1–19, which are regulated or can be affected by regulated water.
  • Section 3 contains PUs 20–37 that are unregulated and unable to be influenced by regulated water deliveries.