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 Multi-Criteria Analysis Shell for Spatial Decision Support

 

 

People with a stake in land use decision-making including natural resources management groups, agricultural scientists, policy makers and land management researchers, often need to access and analyse large amounts of environmental, social and economic information. MCAS-S provides a powerful tool for spatial information assessment, conveying complex information in a readily understood manner.

MCAS-S

The Multi-Criteria Analysis Shell for Spatial Decision Support (MCAS-S) is a software tool developed by the Australian Bureau of Agricultural and Resource Economics and Sciences that brings the multi-criteria analysis (MCA) process into the decision-makers' realm. It is an easy-to-use, flexible tool that promotes:

  • insightful desktop combination and study of different types of mapped information
  • understanding of the relationships between the decision-making process and the available spatial data
  • interactive 'live-update' and mapping of alternative scenarios

GIS (geographic information systems) programming is not required, removing the usual technical obstacles to non-GIS users.

Who can use MCAS-S?

Managers, policy-makers and land management researchers at the national, state and local level involved in land resource evaluation and decision-making will find MCAS-S a helpful tool, particularly those working with spatial data with limited GIS support.

MCAS-S can assist in participatory processes and workshop situations where a clear understanding of varying approaches to spatial data management and information arrangement is necessary. Stakeholders can see the potential impacts that their decisions may make.

What has it been used for?

MCAS-S is the latest of several MCA decision aids used in the Australian Government Department of Agriculture policy environment since the early 1990s. MCAS-S is currently being used at the national, regional and catchment scale for:

  • Wind erosion extent and risk assessment 2009
  • Soil acidification risk assessment 2010
  • Soil carbon potential evaluation 2009
  • Targeting investment - Great Barrier Reef water quality 2009/10
  • Indicators of community vulnerability and adaptive capacity 2010
  • Rabies risk mapping 2011
  • Weeds risk assessment 2011
  • Asian honey bee risk assessment 2009
  • Animal disease risk mapping 2011
  • Re-vegetation planning 2006
  • Land acquisition priorities for conservation 2010
  • City green belt assessment 2009
  • Catchment re-vegetation planning 2011
  • Priorities for regional natural resources investment 2011
  • Wildfire assessment (soil erosion) 2011
  • Agricultural land quality evaluation 2011

Ready to use Australian map layers

Australian national map layers relevant to natural resources evaluation are available for use with MCAS-S. These map layers include climate, soil, vegetation, and economic information.

ABARES would like to acknowledge the input of the MCAS-S development partnership me MBers including Barry Consulting, New South Wales Office of Environment and Heritage, the National Environmental Research Plan Landscapes and Policy Hub, and the Australian Collaborative Land Use and Management Program. Funding for version3.1 was provided by the National Environmental Research Plan Landscapes and Policy Hub University of Tasmania.

Publications

Lesslie R, 2013, Mapping our priorities – innovation in spatial decision support, in Innovation for 21st Century Conservation (Eds. Figgis P, Fitzsimons J, Irving J), PDF [1.1 MB], Australian Committee for the IUCN, Sydney, pp. 156-163

ABARE–BRS 2010, Indicators of community vulnerability and adaptive capacity across the Murray-Darling Basin—a focus on irrigation in agriculture PDF [1.1 MB], ABARE–BRS Client Report, Canberra.

Hill, M J, Fitzsimons, J & Pearson, CJ 2009, Creating land use scenarios for city greenbelts using a spatial multi-criteria analysis shell: Two case studies. Physical Geography 30, 353-82.

Baldock, J, Grundy, M, Wilson, P, Jacquier, D, Griffin, T, Chapman, G, Hall, J, Maschmedt, D, Crawford, D, Hill, J & Kidd, D. 2009, Identification of areas within Australia with the potential to increase soil carbon content PDF [1.8 MB], CSIRO Sustainable Agriculture National Research Flagship, Canberra.

Smith, J & Leys J 2009, Identification of areas within Australia for reducing soil loss by wind erosion PDF [4.4 MB], Bureau of Rural Sciences, Canberra.

Wilson, P, Baldock, J, Grundy, M, Jacquier, D, Griffin, T, Moody, P, Chapman, G, Hall, J, Maschmedt, D, Crawford, D, Hill, J & Kidd, D 2009, Identification of land with risk of acidification PDF [3 MB], CSIRO Sustainable Agriculture National Research Flagship, Canberra.

Lesslie, R & Cresswell, H 2008, Mapping priorities: Planning re-vegetation in southern NSW using a new decision-support tool. Thinking Bush PDF [776 KB], October 2008, 7:30-33.

Lesslie, RG, Hill, MJ, Hill, P, Cresswell, HP & Dawson, S 2008, The Application of a Simple Spatial Multi-Criteria Analysis Shell to Natural Resource Management Decision Making PDF [1.9 MB], in Landscape Analysis and Visualisation:Spatial Models for Natural Resource Management and Planning, (Eds. Pettit, C, Cartwright, W, Bishop, I, Lowell, K, Pullar, D & Duncan, D), Springer, Berlin, pp 73–96. With kind permission of Springer Science + Business Media.