11.1 AN ECOSYSTEM SERVICES-BASED APPROACH TO INTEGRATED REGIONAL CATCHMENT MANAGEMENT

The importance of ecosystem services to sustainable development and the well-being of communities is well recognised and has been emphasised in many international policies and programmes (World Commission on Environment and Development 1987; Millennium Ecosystem Assessment 2005; European Commission et al. 2012). In recognition of this importance, stakeholders (e.g. government, non-government, business, industry, community, Traditional Owners, researchers) across South East Queensland (Australia) came together to develop the South East Queensland Ecosystem Services Framework, a tool to identify, measure, and value the ecosystem services provided by the region (Maynard et al. 2010, 2012). The Framework, which operationalises an ecosystem services-based approach, is described briefly in this chapter; also given is an example of the Framework's application to better align land use planning and on-ground catchment management.

1. • Community-led watershed management was underway in the Lockyer catchment, the ‘food bowl’ of the South East Queensland region, in the early 1980s.

2. • Integrated Catchment Management was officially adopted as a natural resource management programme in the state of Queensland in the early 1990s.

3. • Integrated Catchment Management emerged from concerns relating to the degradation of natural resources; conflicting government policies; and increasing public expectations for involvement in decision-making.

4. • The national Regional Natural Resource Management Body network established by the Australian government evolved from these initiatives.

5. • Each region has a Regional Body whose primary role is to work with stakeholders to better manage the natural resources of the region.

‘Integrated Catchment Management’ takes a catchment-scale approach to the management of natural resources (Murray Darling Basin Commission 2001; Falkenmark 2004). Catchments are explicitly defined structures; they represent the natural order of landscape processes and provide spatial gradients and thus water pathways and soil generation profiles. These gradients determine the vegetation cover and ecological structure of the catchment, which in turn influence the spatial organisation of human settlements (Priscoli 1999).