Daintree National Park, Queensland, Australia.
Measuring benefits from conservation projects in the wet tropics world heritage rainforest
This project developed a new index to enable natural resource managers to measure the benefits arising from conservation projects conducted in the Wet Tropics rainforest region of North Queensland.
- 5 June 2006 | Updated 14 October 2011
Project summary
Allocating public funds for environmental programs requires that investment decisions are transparent and analytically sound.
This project developed an index to measure the benefits arising from conservation projects in the Wet Tropics region of North Queensland.
The Environmental Benefits Index (EBI) is designed for use in competitive tendering systems for environmental contracts. It can measure many different attributes simultaneously and so in a competitive tendering system it came be used to identify the best purchasing strategies for conservation contracts
This approach could be applied in other regions.
Outcomes for industry
Regional natural resource management groups within the North Queensland region now have a framework for constructing an environmental benefits index.
Outcomes for research
The Environmental Benefits Index (EBI) is based on multi-attribute utility theory (MAUT). This new research provides theory to assist development of internally consistent indices of environmental performance that are needed for utility measurement.
Learn more about Sustainability.
Hajkowicz S, Temple-Smith D, McDonald G. 2004. Defining an Environmental Benefits Index: A Conceptual Framework for the Wet Tropics. A report to the Rainforest Cooperative Research Centre (CRC) and FNQ NRM Group, CSIRO Sustainable Ecosystems. Canberra, ACT, Australia.
Commercial Information
Project title: Measuring the benefits from conservation projects in the Wet Tropics World Heritage rainforest
Area involved: CSIRO Sustainable Ecosystems
Location: Queensland Wet Tropics
Outcomes:
- a framework for constructing an environmental benefits index in FNQ
- a theory for assisting the development of indices of environmental performance
Principal scientist: Dr Stefan Hajkowicz