North Queensland Conservation Council

The Burdekin Basin hosts a wide range of landscapes and habitats, supporting many flora and fauna species. The various land use systems throughout the Burdekin Basin have significant implications for these species and habitats, as well as the health of the Great Barrier Reef World Heritage Area.

Updates

This link will take you to the latest updates and all previous blog posts relating to this campaign. 

You can provide comment on the Burdekin Falls Dam Raising Project here and the Urannah Project here until 29 January 2021. 

Resources

Dam Proposals and Feasibility Studies

Environmental Studies

Seminar: Ensuring a Viable Burdekin Basin (14 Sept 2020)

Media

Correspondence

Water Security and Dam Stability

There are active proposals for a total of four new dams/weirs on the Burdekin: Hells Gates Dam (HGD); Big Rocks Weir, raising of the Burdekin Falls Dam and Urannah Dam. The cumulative effect of the additional water extraction of these will have a disastrous impact on the health of the Burdekin and the Great Barrier Reef (GBR) lagoon. Impacts include:

a) turning the Burdekin turbid for 12 months of the year below the dams (in the case of the HGD - for 270km or 52% of the Burdekin length), affecting all aquatic life in the river.

b) increased rise of the water table and salination in the Lower Burdekin Irrigation Areas, threatening established crop production.

c) sediment starvation and erosion of Cape Bowling Green (CBG). Breaching of CBG would radically affect Bowling Green Bay, and potentially affect the coastal communities of Cungalla and Jerona.

d) increased nutrient flows to the GBR from additional areas of agriculture. This would further intensify the existing threat to GBR water quality, reef health and biodiversity.

NQCC first raised concerns on the proposal for the Hells Gates Dam in October 2016 and again in November 2019. The Feasibility Study (2018) showed that irrigated agriculture in the proposed areas would not be economic for farmers, and yet a further $24M has been granted for a detailed Business Case Study.

In early 2020, NQCC formed the Burdekin Basin Sub-Committee which has;

a) studied a wide range of reports and academic studies;

b) conducted field visits to inspect sensitive sites (e.g. Cape Bowling Green erosion);

c) hosted a high-level seminar attended by a range of stakeholders (local councils, irrigators, fishing industry and environmental agencies) which covered issues in all areas of the Burdekin Basin;

d) made a submission to the Coordinator General for a coordinated approach to assessing proposals for water extraction and longer-term management of the Burdekin Basin.

This web page brings the results of this work together for all agencies and individuals with responsibilities and concerns for sustainable water management in the Burdekin, and in Australia more generally. The site will be updated as additional information and progress in activities becomes available.

You can read our most recent updates on our blog, and we recommend reading what Queensland Conservation Council has to say about it as well.  You can also read our full review here. 

There is no need for the Hells Gates Dam and it makes no sense! When Townsville faced a water crisis several years ago, all sorts of suggestions were made about the best way to secure a water supply for Townsville. The Hells Gates Dam was suggested by many as the way to guarantee water supply for Townsville, but we disagree.

This, the fourth post in our water security series, began as a response to the first of them, the Townsville Water Discussion Paper, and addresses an issue which none of the first three looked at. Parts 2 and 3 are here and here. This is a guest post by Malcolm Tattersall. Once again, views expressed are the author’s, not those of NQCC. 

When I read Gail Hamilton’s post six weeks ago I agreed with nearly all of it but noticed a gap which was potentially important, i.e. the impact of climate change on our water security: the ‘Regional Water Supply Security Assessment’ from the Department of Water and Energy Supply (2014) (pdf here), upon which she relied for her ‘current situation’ section, didn’t consider climate change effects at all.

That seemed quite odd to me since we know that climate change is with us already on a global level – that most of the hottest years on record have occurred this century, that desertification is a key driver of conflicts in the Middle East, and that sea level rise is drowning low-lying islands and threatening major cities around the world. Some of us have also been feeling, on a much more local and personal level, that Townsville has been having weaker Wet seasons and hotter summers than ever before, and I happened to know, because I looked at it recently, that Bureau of Meteorology (BoM) data backs up our feelings.

Another busy month at NQCC! November will be another eventful month, with Maree attending the Environment Roundtables with other Queensland enviro groups, NQCC hosting an intern, and our unmissable trivia night on the 19th – don’t forget to purchase your tickets!

In this issue: Townsville Port expansion – radioactive contamination at Ben Lomond – Adani ‘critical infrastructure’ – Hell’s Gate Dam forum wrap-up – fisheries reform – Marine Park review – Trans-Pacific Partnership Agreement – NQCC’s trivia night – EOI for 2017 postcard exhibition.

This is the third part in a four-part series that discusses issues about water in our region. Read part 1 here. Read part 2 here. Part four asks how climate change will affect our region’s water security. 

NQCC hosted a forum about the Hell’s Gate Dam feasibility study currently being conducted by Townsville Enterprise Ltd. NQCC was grateful to have the on-hand expertise of Patricia O’Callaghan (TEL CEO), David Lynch (principal economist for the study) and Jon Brodie (waterways expert). Here is what we were told about the dam and the study, plus questions that came from the audience.

This is the second part in a four-part series that discusses issues about water in our region. Read part 1 here. Part three is a summary report of information shared by Townsville Enterprise Ltd. about the Hell’s Gate Dam feasibility study at our forum that was held on 10 October. Part four asks how climate change will affect our region’s water security.

Guest post written by Vern Veitch. All views expressed are the author’s and not the official opinion of NQCC.

With Townsville in a drought and under Level 3 water restrictions, the public are asking a lot of questions. Water falls out of the sky so why does it cost so much? Why don’t we just build another dam? If the dams are on higher ground, then why does water have to be pumped?

Mainstream media in Townsville certainly muddies the waters by publishing half-truths and not publishing all the really important bits of information. Through a concerted media effort, the public has been led to believe that Hell’s Gate is the answer to endless and cheap water.

Guest post written by Gail Hamilton. Views expressed are the author’s and not the official opinion of NQCC.

This is the first part in a four-part series that discusses issues about water security in our region. Part two explores dam infrastructure options, and part three is a summary report of information shared by Townsville Enterprise Ltd. about the Hell’s Gate Dam feasibility study at our AGM and forum. Part four asks how climate change will affect our region’s water security.

Townsville has an excellent water supply system, with highly treated and very safe water sourced from the Ross, Paluma and Burdekin dams.

While the Ross is our main supply dam, it is highly variable, with a limited catchment and low rainfall.  The Paluma Dam is situated in the wet tropics and is much more reliable, but can only supply 30 ML per day.  The Burdekin Dam is a huge system, with over 1 000 000 ML per year of water allocations, some of which is not committed. Townsville has 120 000 ML of allocation from the Burdekin.[1]

CURRENT SITUATION

In 2014, the Department of Energy and Water Supply undertook an assessment of Townsville’s water security.