Smarter Cleaner Sydney Harbour

Sydney Coastal Councils Group (SCCG) and Parramatta River Catchment Group (PRCG) are partnering with CSIRO and the Sydney Olympic Park Authority (SOPA) on an innovative project that applies smart technology to help reduce stormwater pollution entering Sydney Harbour. Five councils are involved in this trial: Northern Beaches, Woollahra, Blacktown, City of Parramatta and Canterbury-Bankstown.

Channel 7 recently featured the Smarter Cleaner Sydney Harbour. Watch it here!

Issues with stormwater pollution and its management

Stormwater pollution is a significant problem for coastal waterways and the wider marine estate.  Pollutants such as litter and sediment are washed off urban areas during rainfall and conveyed via the stormwater drainage network to receiving waterways.  This pollution is not only unsightly but a threat to marine life and public health.

Trapped litter in Duck Creek, Granville (Source: SCCG)

A community survey conducted as part of the development of the NSW Marine Estate Management Strategy identified stormwater as the greatest threat to the marine estate.  Similarly, stormwater pollution was identified as the highest priority threat to Sydney Harbour as part of the scoping of the Greater Sydney Harbour Coastal Management Program.

This problem has long been acknowledged.  In response, local councils and other stormwater managers have for many decades installed gross pollutant traps (GPTs) on the stormwater network to trap pollutants before they reach the waterways.  There are several thousand GPTs now in operation across Sydney and more continue to be installed.

Trash rack style GPT (Source: Stormwater NSW (2020), Guidelines for the maintenance of stormwater treatment measures)

Stormwater treatment technology has evolved considerably in this time.  GPT maintenance practices, however, continue to rely on physical inspections and fixed schedules that determine when GPTs are cleaned, irrespective of how full the GPT actually is.  That is, cleaning may occur before the unit is full, leading to higher maintenance costs, or may occur after the unit is full, meaning pollution may have bypassed the GPT.

Cleaning of a below-ground GPT (Source: Stormwater NSW (2020), Guidelines for the maintenance of stormwater treatment measures)

Improving GPT maintenance practice through smart technology

There is now an opportunity to employ the use of smart technology such as smart sensors, internet of things, digital twins and artificial intelligence (AI), to improve GPT maintenance practices.

Specifically, CSIRO has developed smart, low-cost AI-connected sensors that can be installed inside GPTs to determine when GPTs are approaching capacity and require cleaning.  This will help optimize GPT maintenance regimes, reduce the risk of pollution bypassing the GPT and reduce work, health and safety risks associated with physical inspection.

Sensor attached to stormwater pit insert in the Clarence Plains Rivulet, Hobart (Source: CSIRO Marine Debris Team)

Camera attached to bridge in the Northern Beaches Council

In addition, AI-connected cameras can be installed over stormwater channels to monitor and estimate the amount of floating litter conveyed to receiving waterways.  This will assist in catchment-based stormwater planning by, for example, quantifying pollutant loads, identifying pollutant hotspots within the catchment and evaluating the effectiveness of existing GPTs.

A partnership approach

After a successful initial trial of smart technology in Hobart, CSIRO is partnering with SCCG and PRCG to conduct a larger trial of this technology in Sydney.  This involves the installation of up to about 80 sensors and cameras on GPTs and waterways across Sydney Olympic Park and seven local government areas within the Greater Sydney Harbour catchment, as well as the development of a web-based analysis, decision support and reporting tool.

The project is supported through the NSW Smart Places Acceleration Program with a $545,000 grant provided by the NSW Digital Restart Fund.  SOPA is acting as the NSW state agency co-partner on this project given Sydney Olympic Park has one of the highest concentrations of GPTs in Sydney and the use of smart technology to improve asset management and reduce environmental impact aligns well with SOPA’s strategic direction.

Rain in Sydney Olympic Park (Source: Flickr user Alexey licensed under CC by 2.0)

Project Update

The project commenced in December 2022 and is expected to be completed in early 2024.  The outcomes of the project will be considered in the preparation of the Greater Sydney Harbour Coastal Management Program as well as the implementation of the Greater Sydney Harbour Regional Litter Prevention Strategy.  If the trial is successful, opportunities will be explored for expanding the application of smart technologies to other councils within the Greater Sydney Harbour catchment, and beyond.

Greater Sydney Harbour Coastal Management Program

Watch our education video to find out more about the Greater Sydney Harbour Coastal Management Program (GSHCMP) and how it can help improve catchment and waterway health for our iconic Harbour.


Project Summary and Progress 

Twenty councils within the Greater Sydney Harbour catchment are collaborating with state agencies to develop a whole-of-system Coastal Management Program for Greater Sydney Harbour. The SCCG is project managing the delivery of this CMP.

Greater Sydney Harbour Coastal Management Program Stage 1 Scoping Study identified urban stormwater discharge and coastal inundation with sea level rise as high priority threats. The Sydney Harbour Water Quality Improvement Plan has also been completed and provides a strong base for the development of the GSHCMP.

To assess threats posed by stormwater and coastal inundation, a Stage 2 investigation was recently completed to determine risks across all catchments feeding the Harbour and steps needed to mitigate those risks. The aim is to provide for coordinated action by councils, in partnership with state agencies and the community, to facilitate integrated waterway health management for the entire Greater Sydney Harbour system.

The Stage 2 investigation comprised of the delivery of the following inter-related studies and reports:

  • Study 1 investigated the effectiveness of stormwater management practice and climate change planning across 20 councils in the Greater Sydney Harbour
  • Study 2 identified council needs and management options for addressing stormwater discharge, waterway health and coastal inundation
  • Study 3 reviewed options for establishing a governance and sustainable funding structure that would ensure the long-term sustainable health of the catchment
  • Delivery of a series of workshops with technical experts and councils on the topic of water quality, climate change and catchment initiatives. A copy of the technical report is available on request.

The next stage, Stage 3, involves the development and evaluation of potential management options that can address those issues identified in Stage 2 in an integrated and strategic manner.

This project is supported by the NSW Government’s Coastal and Estuary Grant Program – Planning Stream.

Picture of Prof. Bruce Thom (Chair) actively engaging with stakeholders and experts in Sydney (Photo credit: Sydney Water).


Purpose of a Coastal Management Program  

Under the Coastal Management Act 2016 (CM Act) councils may prepare Coastal Management Programs (CMPs) which set out the long-term strategy for the coordinated management of the coast, with a focus on achieving the objects and objectives of the CM Act.

CMPs identify coastal management issues in the area, the actions required to address these issues, and how and when those actions will be implemented. They detail costs and proposed cost-sharing arrangements and other viable funding mechanisms.

The CM Act (and other relevant legislation) establishes specific roles and responsibilities for relevant Ministers, the NSW Coastal Council, public authorities and local councils, as well as providing opportunities for communities to participate when preparing and implementing a CMP.

You can find out more detailed information about Catchment Management Programs here.


The importance of the Greater Sydney Harbour 

Greater Sydney Harbour is one of the world’s greatest harbours and as such is a state, national and global asset. It stretches from its upper tidal limits on the Parramatta River downstream to the ocean entrance between North and South Head. Its catchments are the home of 3.07 million people (projected to go to 4.35 million by 2041) and the region is responsible for around 25% of the nation’s GDP[1].

Greater Sydney Harbour is a magnet for tourists the world over and a source of great ecological diversity. Its waters are threatened by possible adverse impacts of population growth and development and potential impacts of climate change including sea-level rise and high magnitude catchment runoff.

Key features of the Greater Sydney Harbour catchment

At the centre of Australia’s largest city, the harbour is subject to intense human activity which presents coastal managers with many challenges. Understandably, developing and delivering a whole-of-catchment CMP will be a complex task with the project team currently working with 33 stakeholders to plan and deliver the GSHCMP. Buy-in and participation by all levels of government and the community is imperative to achieving a strategic and coordinated management framework for the Harbour.

The Sydney Coastal Councils Group is the project manager for the GSHCMP. It will be whole-of-catchment and encompass Sydney Harbour tidal waterways and its catchment lands.


Conceptual Model of Wet and Dry Weather Conditions 


To download, click here.

These conceptual models show the impacts of stormwater discharge into Greater Sydney Harbour under both wet and dry weather conditions. The models were developed by Sydney Water in partnership with the SCCG, PRCG and DPE project team.


The importance of working together

A single, whole-of-system Coastal Management Program is needed to facilitate coordinated and integrated management of Australia’s most iconic and important waterway.

Local councils have a central role in managing the coast. The Sydney Coastal Councils Group promotes collaboration between member councils on environmental issues relating to the urban coastal and estuarine environment. We represent nearly 1.3 million Sydneysiders with six councils adjacent to Sydney marine and estuarine environments and associated waterways.

There are a host of benefits to working together in a holistic and integrated way as part of the Sydney Coastal Councils Group – improved environmental outcomes, improved capacity to address strategic and harbour-wide issues and interest, better communication, advocacy and promotion and efficiency savings to name a few.

Please contact SCCG if you’d like to join the many benefits of being a member council.


GSH CMP Communiques

See the latest communiques circulated to partners


Sydney Harbour, Courtesy of Department of Planning and Environment

Summerama: Summer Activities Program

Summerama is a community activities program run every year during January, designed to enhance community awareness and increase the community’s interaction and connection with Sydney’s coast through fun, family orientated coastal activities.

Underwater Sydney

Underwater Sydney

This website brings Sydney’s underwater world alive providing images and information on the marine species that live in Sydney. Go to the website and search for your local government area.

Salty Communities logo

Sydney’s Salty Communities – Turning the Tide on Blue-Green Carbon

Salty Communities logo

The Sydney’s Salty Communities program, through funding from the Australian Government, has allowed SCCG and partners to support on-ground projects at local and sub-regional scales to address pressures from pollution, weeds, feral animals, degradation, neglect, inundation and erosion. Coastal land managers have used strategic assessment and conservation management activities to physically assess, restore, enhance and maintain biodiversity values and functions in these critical areas. The Salty program has issued 17 grants worth a little over $1.25 million for projects valued at over $2.75 million. Additionally, research projects have been funded to identify gaps in regional coastal biodiversity management knowledge and practice, and into climate change readiness.

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Fact sheets & tools

Fact sheets

Sydney’s Salty Communities has distilled key information (gathered for, or deriving from, aspects of the program) into a series of fact sheets.

Lessons from Salty fact sheet Overview Literature Data & Practice Review factsheet

Adaptation & the C-RT fact sheet Planning for Climate Change fact sheet Blue Carbon fact sheet Connecting People & Nature fact sheet Engaging Communities fact sheet Fox Management fact sheet


Literature Data and Practice Review 9.3MB The Climate-Ready Tool Backyard Habitat Review Connected Corridors for Biodiversity Review of Regulatory Tools Mangrove & Saltmarsh Threat Analysis Mangrove & Saltmarsh Threat Analysis APPENDICES

Main Round Grants

There were eleven successful applicants for the Main Round of Grants. Their proposals aim to restore and enhance Sydney Metro’s Salty Community biodiversity in a wide variety of settings, using measures both innovative and well-tested. In total almost $950,000 was awarded on projects valued at just over $2 million. The successful projects are:

SSC_01 Urban aquatic corridors

City of Sydney Council
Trial "flowerpot", Blackwattle Bay. The City of Sydney partnered with The University of Sydney’s Centre for Research on Ecological Impacts of Coastal Cities and the Royal Botanic Gardens & Domains Trust to create an aquatic corridor along the seawall foreshore of the City of Sydney local government area. This project delivered   60 seawall pots   that were further developed from previous designs to accelerate the process of colonising these habitat structures. School visits introduced hundreds of school children to key concepts around marine habitat creation. A successful   Ecological Engineering Forum showcased a variety of interventions from around the world to support inter-tidal biodiversity. This grant project has now been successfully completed and part of its legacy is the research coming from this trial.

SC_04 Gore Creek Reserve bush management

Lane Cove Council
Weed control, Lane CoveBush regeneration contractors were engaged to remove weed species & encourage regeneration of native species in Gore Creek Reserve, focusing on endangered Littoral Rainforest and surrounds. Weed species to be controlled in the reserve included: ground asparagus, morning glory, madeira vine, Ehrharta, Trad, Privet & Ochna. Gore Creek Reserve Bushcare group and others have worked alongside the contractors with the aim of restoring bushland adjacent to their work sites. This project has been successfully completed and the legacy of the project will be maintained in the years to come through Lane Cove Council’s commitment of ongoing designated operational budget for the area, as well as the efforts of the local BushCare groups.

SSC_09 N. Palm Beach dune rehabilitation

Pittwater Council
Asparagus fern post-treatment, Palm BeachAsparagus fern pre-treatment, Palm BeachThe North Palm Beach Dune Rehabilitation project rehabilitated 5.9ha (50% more than target) of highly degraded coastal dune within the North Palm Beach dune system. Managing weeds in the target site was important in tackling what was a reservoir of weeds threatening other rehabilitated and remnant vegetation. Over 5,000 native tubestock were planted. Completion of this project has reconnected a well-functioning native ecosystem and improved cological linkages between remnant native vegetation. This grant project has now been successfully completed and the legacy of the project will be maintained in the years to come through Northern Beaches Council’s commitment of ongoing designated operational budget for the area, as well as the efforts of local BushCare groups.

SSC_10 Bilgola Creek biodiversity

Pittwater Council

Bilgola weed treatment & revegetationThe project addressed major weed infestations within the project area. Two EECs were targeted: Themeda Grasslands on Coastal Headlands and Littoral Rainforest & Coastal Vine Thickets. Revegetation at 3 sites controlled exotic grasses at South Bilgola Headland, providing littoral restoration of the Bilgola Creek and restoring Coastal Clay Heath within an area heavily invaded by bamboo. A   community planting and information day was held along the Bicentennial Walkway track, which was also be upgraded to limit damage to the Themeda grassland. Over 2,250 native tubestock and 2kg of Themeda seed were planted. This grant project has now been successfully completed and the legacy of the project will be maintained in the years to come through Northern Beaches Council’s commitment of ongoing designated operational budget for the area, as well as the efforts of local BushCare groups.

SSC_11 Integrated fox control

Rockdale City Council

Fox management--indigenous workshopOn the hunt, RockdaleThis project has brought together 11 physically connected Councils (Bayside, Cumberland, City of Canada Bay, City of Canterbury Bankstown, Georges River, Inner West, Randwick, Strathfield, City of Sydney, Sutherland Shire & Waverley) and Royal Botanic Gardens Sydney (RBGS) to coordinate a regional approach to fox management through a Fox Control Working Committee. SSROC have taken over management of this Committee to continue its work. A web portal, has been set up to allow residents to report fox sightings across the region. During the project at least 150 foxes were removed from the region. RBGS has established a monitoring program for the committee, to answer core research questions about fox distribution, movements, predation, diet, behavioural elements. Community education and engagement and the trialing of fox control measures have been initiated in the project period.

SSC_17 Waverly coastal heath

Waverley Council

National Tree Planting Day, WaverleyThe Waverley Council LGA has lost 99% of the remnant vegetation that was present before European Settlement. This project is part of a larger effort by Waverley Council to halt this loss and improve the condition of the remnant from the current 4% up to 40% by 2020. To implement Council’s newly adopted   ‘Biodiversity Action Plan – Remnant Sites’. This project involved planting buffer and connectivity revegetation around our remnants. Over 42,000 native tubestock were planted. This will result in improved remnant condition, increased flora diversityRaleigh Reserve, Waverleyand a reduction in invasive weeds, particularly along the coastal cliff-top heath vegetation communities. In combination with revegetation plantings the outcome has been an increased in size and resilience of the remnant vegetation communities. This grant project has now been successfully completed and the legacy of the project will be maintained for at least the next five years through Waverley Council’s commitment of ongoing designated operational budget for the area, as well as through the efforts of local BushCare groups.

SSC_18 Willoughby salty ecosystems

Willoughby City Council

Bird Survey, WilloughbyThe project has improved connectivity between three zones located along the Lane Cove R. starting from the Fullers Rd bridge next to the Lane Cove National Park moving south through O.H. Reid Reserve, the Chatswood Golf Course and Mowbray Park. Work primarily consisted of invasive weed removal to allow natural regeneration of indigenous species and this was supplemented with some plantings of indigenous plants to strengthen connection of work zones and other saltmarsh areas along the Lane Cove R. Willoughby City Council matched the contribution from Sydney’s Salty Communities grant to deliver this important project to rehabilitate this impacted ecosystem. 2,600 native tubestock were planted (800 more than target) and 8.9ha of weed treatment was undertaken. This grant project has now been successfully completed and the legacy of the project will be maintained in the future through Willoughby Council’s commitment of ongoing designated operational budget for the area, and the ongoing relationship they have developed with Chatswood Golf Club.

SSC_20 Sydney’s living shorelines


Oceanwatch's Andy Myers surveying a possible trial site.Oceanwatch's Simon Rowe & Andy Myers trialing a coir bag.Through this project, waste oyster shell collected from commercial farms were processed and arranged to protect eroding riverbanks and to stabilise riparian and coastal vegetation. For the purposes of the Salty Communities Program, erosion control and vegetation enhancement is the primary objective. The project was carried out on behalf of 4 councils – Willoughby, Lane Cove, Sutherland Shire and City of Ryde, and involves education, with community groups engaged in reef building activities. Macquarie University is currently undertaking research into the performance of different oyster reef structures, & will build these project sites into their research program.  Preliminary testing of the structures has been undertaken at UNSW’s Water Research Laboratory at Manly Vale. This project is ongoing due to delays in obtaining the required permits to install the reefs. Pleasingly, more test sites are being pursued with the support of Greater Sydney Local Land Services.

SSC_21 Mosman foreshore biodiversity

Mosman Council
This project involved undertaking bushland regeneration and natural area restoration works around the foreshore of Quakers Hat Park and Harnett Park including rope access work. This work will act to protect, enhance and connect corridors along the foreshores and protect against a heat island affect under climatic changes. Residents were involved in a pilot Native Havens Program, where council supports residents to create native gardens that support wildlife through offering advice, native indigenous tubestock, and ongoing support in habitat protection. More than 4,600 native tubestock were planted (54% more than target). A baseline survey of intertidal flora and fauna was also undertaken. This grant project has now been successfully completed and the legacy of the project will be maintained through Mosman Council’s commitment of ongoing designated operational budget for the area, as well as through the efforts of the local Native Havens group they are developing with residents.

SSC_22 Woronora River resilience

Sutherland Shire Council

Mid-Woronora R, on the southern boundary of the project area.Bamboo damaging embankments, Woronora R.Located in the Woronora River valley area (Woronora to Heathcote), the project has reduced the impacts of aggressive weed species, Weeds of National Significance & Key Threatening Processes on threatened flora and fauna species & three Endangered Ecological Communities of Coastal Saltmarsh, Swamp Oak Flood Plain Forest & Swamp Sclerophyll Forest on Coastal Floodplains. The activities have enhanced the 9 sites’ native biodiversity, increase public empowerment/knowledge and ensure past inappropriate urban development is ameliorated to ensure the ecosystem health of one of Sydney’s most unique Riverine systems. The project significantly exceeded its targets: pest management was undertaken in over 200ha of bushland (44% above target); weed treatment was implemented in 85ha (21% above target), and; over 2,100 native tubestock were planted (114% above target). This grant project has now been successfully completed and the legacy of the project will be maintained for at least the next ten years through Sutherland Shire Council’s commitment of ongoing designated operational budget for the area, as well as its long-term Woronora River Management Plan.

SSC_23 Balls Head Reserve Canopy Recovery

North Sydney Council

Researching nasutitermes walkeri, Ball's Head, North Sydney.The remnant canopy of Balls Head has been affected by termites which appears to be having a serious ring-barking effect on many of these trees. To avoid generational loss of canopy this project involved research to compare treatment of arboreal termites (Nasutitermes walkeri) with appropriate control sites to compare tree responses and determine cause and effect for poor tree health. There has been a formalised monitoring regime, implemented by the   School of Science  at ACU, to record and assess short and long-term responses in tree health that alleviating termite damage will achieve. Bush regeneration work has been undertaken to remediate damage. Particularly pleasing in this project is that, by developing best practice methods with a consulting arborist, the project was able to be delivered with only a third the grant amount, while also extending the area treated to Berry Island (an increase in area of over 30%). The arborist’s report is available for download (PDF, 1.3MB).

While it will take some years to know the full impact of the intervention on the health of the canopy at these two sites, the legacy of the project will be maintained through Council’s commitment of ongoing designated operational budget for the area, and through the ongoing collaborative work between NSC and the School of Science at ACU.

Supplementary Round Grants

The Supplementary Round of Grants was targeted to better focus the program on collaboration and climate change adaptation. Six grants with a total value of just over $303,000 were awarded, for projects to the value of almost $737,000.

SSC_24 Dee Why Lagoon

biodiversityWarringah Council
Dense weed, Dee Why LagoonThis project supported an ongoing whole-of-lagoon approach, by focussing on the southern area of the refuge through restoring saltmarsh, creating habitat linkages and controlling vertebrate pest animals. This project has • Reduced the spread of high priority weeds; • Promoted a backyard habitat and garden escapes program; • Promoted the DY Fauna Fair as a celebration of the Wildlife Refuge for lagoon users; • Established a native seed bank using provenance from Dee Why Lagoon and neighbouring lagoon systems; • Produced a condition map of the bushland and saltmarsh, including mapping tree hollows. This project complements the ‘Dee Why Lagoon Wildlife Refuge Habitat Restoration Project’, a three year program funded through Environmental Trust.

SSC_25 Warriewood Wetlands biocontrol

Coastal Environment Centre, Pittwater Council (project lead)
Salvinia at Warriewood WetlandsThis project aimed to control the growth and further spread of Salvinia, a water weed currently choking Warriewood Wetlands EEC, through introduction of cyrtabagous weevil. Prior to introduction, mechanical and physical weed treatment was planned, to reduce Salvinia cover to improve the probability of successful establishment of the weevil. However due to storm events, a large amount of Salvinia was washed away, delivering considerable savings for the project in mechanical clear. Unfortunately, subsequent storms also washed away many weevils. A monitoring report (17MB) provides a mixed picture for the future of Salvinia weevils in the Sydney Basin, and more research is required to better understand their viability as a tool for Salvinia management here.

In addition this project engaged with local schools to educate students about the importance of fragile environments in terms of biodiversity and community health and enjoyment. Through helping to reduce Salvinia, an invasive species in the wetlands, the students engaged in a high level of curriculum learning, as well as understanding environmental and community issues and were empowered to become custodians of the natural environment in their locality.

SSC_27 Fisher Bay restoration

Manly Council
Ropework at Fisher BayThis project restored a section of coastal remnant vegetation located on the Manly Scenic Walkway in Clontarf. The project site was comprised of Littoral Rainforest, listed in NSW as an Endangered Ecological Community. The works removed invasive species and revegetated with local provenance plants. The project site also has cultural significance, with several Aboriginal middens present. This afforded the opportunity to engage with the Aboriginal Heritage Office to develop a restoration project which enables the vegetation communities to be improved, whilst protecting culturally significant sites and developing interpretive signage and other educational elements. A community engagement program built the capacity of residents to value the local biodiversity and to engage with backyard habitat and garden escapes programs and undertake voluntary restoration activities on surrounding private properties.

SSC_28 Hollows as homes

Royal Botanic Gardens & Domain Trust (project lead)
Cockatoo in a tree hollowThis project engaged and tought community members to record the attributes of hollows and trees, and to monitor wildlife use of hollows. It has deliverd an app with online database for recording hollows. After participating in a workshop, in conjunction with councils, and assisted by customised on-line resources, participants can assess the trees in their backyard, street or park. Participants can also monitor wildlife use of constructed boxes or cut-in hollows, including the attributes of the tree and the habitat (e.g. design, material). Lastly, schools were encouraged to participate to assess trees and hollows within their grounds. As a result there has been an increased understanding of hollow-bearing trees and their vital role as habitat for wildlife.

SSC_29 Fishermans Walk climate change connections

Warringah Council
Fishermans WalkThe project has delivered an improved wildlife corridor linking Endangered Ecological Communities of Curl Curl potentially affected by climate change, to the coastal corridor of Freshwater/McKillop Park, using the assistance of community and corporate volunteers and professional workers. Over 4,000 native plants, of over 30 different species, have been established to replace areas once degraded by Weeds of National Significance (WoNS) and other environmental weeds. A percentage of plants have been propagated from flora further north of this area, to improve climate change biodiversity resilience.

SSC_30 Connected Corridors for Biodiversity

Southern Sydney Region of Councils (project lead)
Connected CorridorsFor the 23 Councils within the Sydney Coastal Councils Group (SCCG) and the Southern Sydney Region of Councils (SSROC) (including Ashfield; Bankstown; Burwood; Botany Bay; Canada Bay; Canterbury; City of Sydney; Hornsby; Hurstville; Kogarah; Leichhardt; Manly; Marrickville; Mosman; North Sydney; Pittwater; Randwick; Rockdale; Sutherland; Warringah; Waverley; Willoughby; Woollahra) existing mapping of habitat corridors, have been consolidated into one GIS layer, to identify opportunities for connectivity and contiguity across Council boundaries. This mapping layer is available online at the Greater Sydney LLS site, which will host it for 4 years, updating it annually with data from participating councils. It is supported with a summary of existing tools and programs and incentives to promote conservation on privately owned land.

Climate Ready Tool

Tool IconThe CSIRO SCCG partnership project, the Climate Ready Tool – Managing Coastal Ecological Communities in the Face of Rapid Changehas been a major outcome of the Salty Programme. Through a series of webinars and workshops with participating councils, this conceptual tool has been trialled and refined to assist councils in their response to climate change. Specifically it enables natural resource managers to explore the consequences of climate change for their ecological management over the long term and to scope near-term actions to start addressing those challenges. Councils can now use the tool in their planning and management.

Program Background

Sydney's Salty Communities project area map

This project was designed to enhance the adaptive capacity of councils and the resilience of coastal habitats, foreshore and intertidal lands, responding to urban pressures and climate change. It comprised a 3-year research, capacity-building and on-ground rehabilitation program focusing on biodiversity and carbon storage in ‘salt-influenced ecosystems’ across Sydney’s coastal environments and urban waterways.

Grants were provided to support research, capacity-building and on-ground initiatives at local and sub-regional scales that addressed pressures from pollution, pests, degradation, inundation and erosion. The project filled existing gaps in research, information, strategy and prioritise areas for on-ground work. The program concluded in February 2017.

Salty Reference Group

saltywebmapA reference group was convened for the program, to provide further specialist technical input, guide and/or undertake research, review prioritisation and critique/evaluate sub-projects during development and execution. Expertise in Sydney’s coastal ecosystems, ecological restoration, urban biodiversity and organisational capacity-building provides critical advice to achieve project outcomes.


November 2016 Salty Newsletter  March 2016 Salty Newsletter  October 2015 Salty Newsletter