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An aerial photo of green fields, with large mountains in the distance.

The Proserpine Integrated project

  • Context: Regional
  • 2024 - 2027
  • Status: Current

The Proserpine Integrated Project (PIP) is a place-based, whole-of-catchment initiative designed to improve water quality flowing to the Great Barrier Reef while supporting productive and resilient agricultural systems.

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The Proserpine Integrated Project delivered by Reef Catchments is part of the $5.5 million Reef Place-Based Integrated Projects initiative funded through the Queensland Government’s Queensland Reef Water Quality Program.

PIP is a three-year initiative (2024–2027) delivered by Reef Catchments as part of the Queensland Government’s Reef Water Quality Program. It brings together seven interconnected projects to address the complex drivers of water quality decline in the Proserpine catchment. 

The project targets key pollutants such as dissolved inorganic nitrogen (DIN), sediments and pesticides through a combination of innovative technologies, on-ground works and behaviour change. This includes AI-driven weed control, circular economy approaches using aquaculture, and installation of catchment treatment systems to capture and reuse runoff. 

A defining feature of PIP is its collaborative approach. Landholders, researchers, industry and community stakeholders co-design solutions tailored to the region’s environmental, social and economic context. The project also integrates natural capital opportunities and investment pathways to support long-term sustainability outcomes

By combining science, innovation and local knowledge, PIP aims to deliver lasting improvements to water quality and catchment health while strengthening the resilience and profitability of local farming systems.

  1. Biofiltration Solutions: Harnessing water quality improvement through circular economy approaches led by the aquaculture industry.
  2. Proserpine Catchment Sustainability Plan – using a whole-of-system, values-based framework
  3. Catchment Treatment Systems : reducing pollutants such as dissolved inorganic nitrogen (DIN) and total suspended solids (TSS) in priority catchment areas.
  4. Autoweed: Reducing pesticide use using AI
  5. Supporting practice change to reduce water quality risk
  6. Circular Opportunities for the Proserpine System: Tracing the movement of pesticides and dissolved inorganic nitrogen (DIN) through the Proserpine catchment, from source to reef.
  7. Supporting Investment In Natural Capital
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54 Regional NRM organisations work with people across the country - from the local to national level to manage our land, water, soil, plants and animals.

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