Skip to main content Skip to main navigation Skip to page navigation Skip to search
Home

CEWH subsite top navigation

  • Department
  • News
Main menu

CEWH Main

  • About us
    About us
  • How we manage water
    How we manage water
  • Community and partners
    Community and partners
  • Water by region
    Water by region
  • Resources and media
    Resources and media
Department of Climate Change, Energy, Enviroment and Water

Breadcrumb

  1. Home
  2. Commonwealth Environmental Water Holder
  3. Water by region
  4. Border Rivers and Moonie Valleys
  5. Science and monitoring - Border Rivers and Moonie Valleys
  6. Past water use – Border Rivers and Moonie Valleys
Skip to main content

Sidebar first - CEWH - Water by region

  • Water by region
    • Border Rivers and Moonie Valleys
      • About the Border Rivers and Moonie Valleys
      • Current priorities
        • Latest water use
        • Water planning
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Condamine-Balonne Valley
      • About the Condamine-Balonne Valley
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Gwydir Valley
      • About the Gwydir Valley
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Namoi Valley
      • About the Namoi Valley
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • River Murray Valley
      • About the River Murray Valley
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Mid-Murray science publications
        • Lower Murray science publications
      • Local engagement
    • Macquarie Valley
      • About the Macquarie Valley
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Warrego and Barwon-Darling Valleys
      • About the Warrego and Barwon-Darling Valleys
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Lower Darling / Baaka Region
      • About the Lower Darling / Baaka Region
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Lachlan River
      • About the Lachlan River
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Murrumbidgee River Valley
      • About the Murrumbidgee River Valley
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
    • Victorian Rivers
      • About the Victorian Rivers
      • Current priorities
        • Water planning
        • Latest water use
      • Science and monitoring
        • Local achievements
        • Past water use
        • Science publications
      • Local engagement
Skip to page navigation

Past water use – Border Rivers and Moonie Valleys

Last updated: 16 September 2025

The following tables show, where and how much water we’ve delivered in the Border Rivers and Moonie Valleys in previous water years. We first delivered water in the Border Rivers in 2011–12 and Moonie Valleys in 2010–11.

'CEW' refers to Commonwealth environmental water. All water volumes are in megalitres (ML).

For any watering actions completed this water year, visit Latest water use.

Past water use tables

Table 15: Watering actions we completed in the Border Rivers and Moonie Valleys in 2024–25
LocationWater delivered (ML)Delivery datesOutcomes
QLD Dumaresq-Macintyre rivers (unregulated)CEW used: 4,945.88November 2024 to April 2025Supported movement and improved access to food and habitat for native fish and other river animals.

Helped to maintain a more natural flow regime and improved connectivity, including with the Barwon-Darling.
QLD Macintyre Brook (unregulated)CEW used: 241.5November 2024 to June 2025Helped to maintain a more natural flow regime.

Supported movement and improved access to food and habitat for native fish and other river animals.
QLD Severn (unregulated)CEW used: 209.87*November to December 2024Helped to maintain a more natural flow regime.
QLD Moonie River (unregulated)CEW used: 4,891.96August 2024 to January 2025Contributed to the maintaining the health and resilience of native fish and aquatic ecosystem.
NSW Border Rivers (supplementary)CEW used: 1,283.9November 2024 to April 2025Helped to maintain a more natural flow regime and improved connectivity, including with the Barwon-Darling.

* Final volume to end June 2025 will be updated once confirmed with state agencies

Table 14: Watering actions we completed in the Border Rivers and Moonie Valleys in 2023–24
LocationWater delivered (ML)Delivery datesOutcomes
QLD Dumaresq-Macintyre rivers (unregulated)CEW used: 4,697November 2023 - April 2024

Supported movement and improved access to food and habitat for native fish and other river animals.

Helped to maintain a more natural flow regime and improved connectivity, including with the Barwon-Darling.

QLD Macintyre Brook (unregulated)CEW used: 256November 2023 - April 2024

Helped to maintain a more natural flow regime.

Supported movement and improved access to food and habitat for native fish and other river animals.

QLD Moonie River (unregulated)CEW used: 5,671July 2023 – June 2024Contributed to the maintaining the health and resilience of native fish and aquatic ecosystem.
NSW Border Rivers (unregulated)CEW used: 1,437December 2023 – April 2024Helped to maintain a more natural flow regime and improved connectivity, including with the Barwon-Darling.

Table 13: Watering actions we completed in the Border Rivers and Moonie Valleys in 2022–23
LocationWater delivered (ML)Delivery datesOutcomes
QLD Severn River (unregulated)CEW use: 879.75October 2022Contributed to in-stream flows.
QLD Dumaresq-Macintyre rivers (unregulated)CEW use: 9,412

July 2022

August to October 2022

Contributed to more naturally variable unregulated flows.
Moonie River (unregulated)CEW use: 5,486.6July to November 2022Contributed to more natural unregulated flows.

Table 12: Watering actions we completed in the Border Rivers and Moonie Valleys in 2021–22
LocationWater delivered (ML)Delivery datesOutcomes
QLD Severn River (unregulated)CEW use: 2,120.25October to November 2021Improved fish recruitment through increased habitat access and food availability.
QLD Dumaresq-Macintyre rivers (unregulated)CEW use: 17,425.44

July to August 2021

October to November 2021

Early December 2021

Contributed to in-stream native fish outcomes.

Improved connection with the downstream Barwon–Darling.

Moonie River (unregulated)CEW use: 5,616.752021–22

Contributed to in-stream fresh flows.

Contributed to downstream flows in the Barwon–Darling.

Table 11: Watering actions we completed in the Border Rivers and Moonie Valleys in 2020–21
LocationWater delivered (ML)Delivery datesOutcomes
Dumaresq-Macintyre rivers (unregulated)CEW use: 14,047

March to April 2021

June 2021

Contributed to more naturally variable unregulated flows in the Lower Macintyre and Barwon–Darling Rivers.
Severn River and Macintyre River (general security)

CEW use: 896

NSW use: 2,000

Total: 2,896

December 2020

Supported native fish populations in the Barwon–Darling

Topped up and connected refuge pools for native fish, platypus and other native plants and animals.

Moonie River (unregulated)CEW use: 5,6712020–21

Replenished and reconnected waterholes following a period of no flow in the system.

Contributed to downstream flows in the Barwon–Darling.

Table 10: Watering actions we completed in the Border Rivers and Moonie Valleys in 2019–20
LocationWater delivered (ML)Delivery datesOutcomes
QLD Severn River (unregulated)CEW use: 879January to February 2020Improved fish recruitment through increased habitat access and food availability.
QLD Dumaresq-Macintyre rivers (unregulated)CEW use: 2,1222019–20Contributed to more naturally variable unregulated flows in the Lower Macintyre River.
Moonie River (unregulated)CEW use: 4,6512019–20

Replenished and reconnected waterholes following a period of no flow in the system.

Contributed to downstream flows in the Barwon–Darling.

Table 9: Watering actions we completed in the Border Rivers and Moonie Valleys in 2018–19
LocationWater delivered (ML)Delivery datesOutcomes
Mungindi (via the Dumaresq and lower Macintyre rivers)CEW use: 7,40023 April to 15 May 2019

Provided a connecting flow to the Barwon–Darling.

Supported native fish resilience, topped up refuge pools and improved water quality.

Moonie River (unregulated)CEW use: 1,022.312018–19

Supported a more naturally variable flow regime in this system.

Supported key ecosystem functions such as carbon and nutrient cycling.

Table 8: Watering actions we completed in the Border Rivers and Moonie Valleys in 2017–18
LocationWater delivered (ML)Delivery datesOutcomes
Dumaresq River (regulated)CEW use: 3,252October 2017Provided stable baseflows that supported successful breeding and recruitment of native fish, including Murray cod, freshwater catfish and olive perchlet.
QLD Severn River (unregulated)CEW use: 301.95Spring 2017Improved fish recruitment through increased habitat access and food availability.
QLD Dumaresq-Macintyre rivers (unregulated)CEW use: 641.5

July 2017

October 2017

Helped protect and restore water-dependent ecosystems by increasing flow variability.
NSW Severn River (regulated)CEW use: 684August to October 2017Provided increased access to food and habitat before recruitment, followed by a stable baseflow to maintain access to core habitat throughout recruitment.
Northern connectivity event (regulated)CEW use: 4,286May 2018

Provided a connecting flow to the Barwon–Darling, giving native fish an opportunity to move and disperse.

Improved tributary conditions to maintain native fish populations.

Moonie River (unregulated)CEW use: 2,3232017–18

Supported a more naturally variable flow regime in this system.

Supported key ecosystem functions such as carbon and nutrient cycling.

Table 7: Watering actions we completed in the Border Rivers and Moonie Valleys in 2016–17
LocationWater delivered (ML)Delivery datesOutcomes
QLD Severn River (unregulated)CEW use: 823.53February 2017Helped protect and restore water-dependent ecosystems by increasing flow variability, end of system flows and flows to some anabranches.
QLD Dumaresq-Macintyre rivers (unregulated)CEW use: 21,783.20

July to August 2016

October 2016

March 2017

Helped protect and restore water-dependent ecosystems by increasing flow variability, end of system flows and flows to some anabranches.

Table 6: Watering actions we completed in the Border Rivers and Moonie Valleys in 2015–16
LocationWater delivered (ML)Delivery datesOutcomes
QLD Severn River (unregulated)CEW use: 22.22February 2016Helped protect and restore water-dependent ecosystems by increasing flow variability, end of system flows and flows to some anabranches.
QLD Lower Macintyre (unregulated)CEW use: 1,024.82

July to August 2015

November 2015

February 2016

Helped protect and restore water-dependent ecosystems by increasing flow variability, end of system flows and flows to some anabranches.

Table 5: Watering actions we completed in the Border Rivers and Moonie Valleys in 2014–15
LocationWater delivered (ML)Delivery datesOutcomes
QLD Severn River and Lower Macintyre (unregulated)CEW use: 1,814December 2014 to April 2015Increased flow variability, productivity and connectivity.

Table 4: Watering actions we completed in the Border Rivers and Moonie Valleys in 2013–14
LocationWater delivered (ML)Delivery datesOutcomes
NSW Severn River and Macintyre River (regulated)

CEW use: 4,000

NSW use: 4,000

Total: 8,000

August 2013
  • Achieved target peak flows needed to remove algae and reset the growth of biofilm.
  • Provided migration and dispersal cues for native fish, minimising the impact of cold water.
  • Connected riparian areas, wetlands and in channel benches in the Severn River.
QLD Lower Macintyre (unregulated)CEW use: 92March to April 2013
  • Enhanced in-stream flows in the lower Macintyre River.
  • Improved natural flow variability and restored some key flows.
Moonie River (unregulated)CEW use: 1,4152013–14
  • Supported a more naturally variable flow regime in this system.
  • Supported key ecosystem functions such as carbon and nutrient cycling.

Table 3: Watering actions we completed in the Border Rivers and Moonie Valleys in 2012–13
LocationWater delivered (ML)Delivery datesOutcomes
Border Rivers (regulated)

CEW use: 895

NSW use: 4,000

Other: 7,105

Total: 12,000

December 2012
  • Scoured rocks and gravel in the bed of the river to stimulate aquatic production.
  • Connected riparian areas, wetlands and in channel benches in the Severn River to support nutrient and carbon cycling.
QLD Severn River (unregulated)CEW use: 976January to February 2013
  • Provided a more naturally variable flow regime in the Severn River within Sundown National Park.
  • Improved riverbank plants and wetland connectivity.
  • Promoted carbon and nutrient cycling through the system.
Lower Macintyre (unregulated)CEW use: 687

January to February 2013

June 2013

  • Provided a more naturally variable flow regime in the lower Macintyre system.
  • Improved riverbank plants and wetland connectivity.
  • Improved native fish habitat, movement and recruitment.
  • Promoted carbon and nutrient cycling through the system.
Moonie River (unregulated)CEW use: 1,4152012–13
  • Supported a more naturally variable flow regime in this system.
  • Supported key ecosystem functions such as carbon and nutrient cycling.

Table 2: Watering actions we completed in the Border Rivers and Moonie Valleys in 2011–12
LocationWater delivered (ML)Delivery dates
Severn RiverCEW use: 1,0002011–12
Moonie RiverCEW use: 1,4152011–12

Table 1: Watering actions we completed in the Border Rivers and Moonie Valleys in 2010–11
LocationWater delivered (ML)Delivery dates
Moonie RiverCEW use: 1,4152010–11
Thanks for your feedback.
Thanks! Your feedback has been submitted.

We aren't able to respond to your individual comments or questions.
To contact us directly phone us or submit an online inquiry

CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

Please verify that you are not a robot.

Skip
dcceew energy art
Last updated: 16 September 2025
  • Contact us
  • Accessibility
  • Disclaimer
  • Privacy
  • FOI

We acknowledge the Traditional Custodians of the Murray–Darling Basin and pay our respects to their Elders past and present. We recognise their intrinsic cultural, social, environmental, spiritual and economic connection to the rivers, wetlands and floodplains of the Basin.

Find out more about our First Nations engagement and partnerships work.

© Commonwealth Environmental Water Holder