Publication Date
1993
Description
Inappropriate grazing management strategies have caused degradation of the extensive rangelands of northern Australia involving changes in pasture composition, invasion of woody weeds, a reduction in total vegetative cover and increased soil erosion. This degradation has reduced productivity, increased variability In production, and threatened the long-term sustainability of the land resource base. To help address the problem, a prototype micro computer-based decision support system, called Landassess DSS, is under development for the monsoonal tallgrass woodlands of northern Australia. Landassess DSS will use objectoriented design and artificial intelligence techniques to integrate a knowledge-based system, a relational database management system and a geographical information system. Using a theoretical framework based on the State-and-Transition model, Landassess DSS will help the user to assess the current stale of a grazing management unit (e.g., paddock, property) and to evaluate the potential environmental and economic risks of alternative grazing management strategies.
Citation
Bellamy, J A.; Lowes, D; and Macleod, N D., "A Decision-Support System for the Sustainable use of Australian Monsoonal Tallgrass Woodlands" (2025). IGC Proceedings (1989-2023). 22.
https://uknowledge.uky.edu/igc/1993/session52/22
Included in
Agricultural Science Commons, Agronomy and Crop Sciences Commons, Plant Biology Commons, Plant Pathology Commons, Soil Science Commons, Weed Science Commons
A Decision-Support System for the Sustainable use of Australian Monsoonal Tallgrass Woodlands
Inappropriate grazing management strategies have caused degradation of the extensive rangelands of northern Australia involving changes in pasture composition, invasion of woody weeds, a reduction in total vegetative cover and increased soil erosion. This degradation has reduced productivity, increased variability In production, and threatened the long-term sustainability of the land resource base. To help address the problem, a prototype micro computer-based decision support system, called Landassess DSS, is under development for the monsoonal tallgrass woodlands of northern Australia. Landassess DSS will use objectoriented design and artificial intelligence techniques to integrate a knowledge-based system, a relational database management system and a geographical information system. Using a theoretical framework based on the State-and-Transition model, Landassess DSS will help the user to assess the current stale of a grazing management unit (e.g., paddock, property) and to evaluate the potential environmental and economic risks of alternative grazing management strategies.