Water

River Restoration

Reef Catchments River Restoration Projects seek to advance science and standards of practice of river restoration through education and community participation programs.

Through partnership with local land owners and community groups, Reef Catchments River Restoration Projects help to improve the environmental health of our regional waterways. By working together we can help to sustain water quality, water flow, and to build community knowledge and commitment to the healthy management of our rivers and creeks.

River restoration works include:

  • Streambank and streambed stabilisation
  • Removal of barriers to fish migration
  • Community workshops and training
  • Assistance to provide stock control
  • Improvement of instream habitat
  • Property management planning
  • Revegetation and weed control

Innovative partnerships for river health

O’Connell River

Reef Catchments, the O’Connell River community, Australian Rivers Institute (Griffith University), Department of Natural Resources and Mines, Rio Tinto and Pioneer River Improvement Trust are collaborating on a demonstration reach and ecological monitoring program on the O’Connell River.

The demonstration reach will determine the structural effectiveness and cost benefit of Engineered Log Jams (ELJ’s) as an alternative engineered solution to streambank instability and their contribution to ecological and geomorphological enhancement of high velocity tropical stream systems.

The effect of river flow, water hole persistence and barriers on fish community abundance and diversity are also being investigated.

Read about the O’Connell River Stability Assessment.

Read more about O’Connell Restoration in the O’Connell River update November 2012.

More detailed and technical information on Engineered Log Jams is available in the report Design guideline for the reintroduction of wood into Australian streams, written by Dr Andrew Brooks, Australian Rivers Institute, Griffith University.

YouTube Videos

Photos

Engineered log jam demonstration reach on the O’Connell River

Pre-construction 2012

Engineered log jam on the O’Connell River pre-construction 2012Engineered log jam on the O’Connell River pre-construction 2012

Engineered log jam on the O’Connell River pre-construction 2012Engineered log jam on the O’Connell River pre-construction 2012

Trucking the logs in August 2012

Trucking the logs into the O’Connell River August 2012Trucking the logs into the O’Connell River August 2012

Trucking the logs into the O’Connell River August 2012Trucking the logs into the O’Connell River August 2012

Construction September 2012

Construction of log jams on the O’Connell River in Sep 2012Construction of log jams on the O’Connell River in Sep 2012

Construction of log jams on the O’Connell River in Sep 2012 Construction of log jams on the O’Connell River in Sep 2012

Construction of log jams on the O’Connell River in Sep 2012 Construction of log jams on the O’Connell River in Sep 2012

Construction of log jams on the O’Connell River in Sep 2012 Construction of log jams on the O’Connell River in Sep 2012

Construction of log jams on the O’Connell River in Sep 2012Construction of log jams on the O’Connell River in Sep 2012

Construction of log jams on the O’Connell River in Sep 2012 Construction of log jams on the O’Connell River in Sep 2012

Construction of log jams on the O’Connell River in Sep 2012

First complete engineered log jam at the site!

First complete engineered log jam at the O’Connell River site!

The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection

The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protectionThe next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection

The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection

The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection

The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protectionThe next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection

The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protectionIMG_5310The next step for the Bloomsbury demonstration site was the construction of two more log jam structures and the addition of some bank toe protection 

Log jams completed and waiting for the wet season

O’Connell River log jams completed and waiting for the wet season O’Connell River log jams completed and waiting for the wet season

O’Connell River log jams completed and waiting for the wet season

31 January after first flow of the 2013 wet season

At the O’Connell River on 31 January after first flow of the 2013 wet season At the O’Connell River on 31 January after first flow of the 2013 wet season

14 February 2013

At the O'Connell River on 14 February 2013

 

 25 March 2013

The O’Connell River on 25 March 2013

The O’Connell River on 25 March 2013 The O’Connell River on 25 March 2013

This log jam waterhole has created habitat for Rainbow fish, Fly-specked hardyhead and Spangled perch as shown in these photos taken in March

Gregory River

Connecting local communities with their creek

Reef Catchments river restoration program works with individuals, land managers, local government and industry groups to encourage shared responsibility, stewardship and wise use of water to increase resilience of river systems. Through these partnerships river restoration projects focus on improving water flows for fish, restoring river and estuarine habitats. Projects also aim to enrich stream productivity, encouraging community participation and facilitate adaptive water management plans that are designed to lesson impacts of climate change. River project activities enable groups to recognise that human behaviours threaten their local catchment and then offer strategic support, coordination and resources so that they may increase river resilience and be the agents of change.

The Gregory River community worked closely with Reef Catchments and James Cook University on the pilot project, “Collaborating Across Boundaries”. The project developed an innovative conservation planning model that relies on community direction for prioritisation of on-ground activities. Based on the Gregory River pilot, the Collaborating Across Boundaries model is now been rolled-out as part of the O’Connell River Restoration and Research Project.

For more information, please download the Gregory River Restoration Project Brief.

Fish Tagging

Diadromous fish tagging project

The movements of barramundi, jungle perch, mangrove jack, tarpon, bullrout and sea mullet tagged and released in August last year are being tracked in the O’Connell River and larger tributaries.

Reef Catchments are collaborating with the Department of Natural Resources and Mines and Department of Agriculture, Fisheries and Forestry on the project, which aims to better understand movement patterns of the targeted species within the river systems and out to sea, as well as how river flow, instream barriers and habitat quality affect fish movement.

If you catch a tagged fish, please return to the point of capture, call SUNTAG on 1800 077 001, and advise them of the tag number, species, recapture location, date and length. Here is more information and photos of the target species.

Partners

  • Department of Natural Resources and Mines – Water Services
  • Department of Agriculture Fisheries and Forestry
  • Hail Creek Mine Community Development Fund / Rio Tinto – O’Connell River Demonstration Reach Project
  • Australian Rivers Institute, Griffith University – O’Connell River Demonstration Reach Project

Key Contact – Chris Dench

Chris Dench from NRM Reef Catchments
Coordinator for Water and Waterways Program
P: 4945 2321
M: 0407 538 724
E: Chris Dench

Publications