Optimal management of complex ecological systems. Natural systems are inherently complex and difficult to predict. This complexity means that efficient management strategies are often uncertain, and resource managers have few theories or rules on which to base their decisions. We will integrate the existing theories and principles of conservation biology with decision-making tools and theory used in statistics, economics, control theory, engineering and mathematics. We will use novel methods to ....Optimal management of complex ecological systems. Natural systems are inherently complex and difficult to predict. This complexity means that efficient management strategies are often uncertain, and resource managers have few theories or rules on which to base their decisions. We will integrate the existing theories and principles of conservation biology with decision-making tools and theory used in statistics, economics, control theory, engineering and mathematics. We will use novel methods to investigate the reliability of different management decisions that are made in the face of uncertainty and involve learning. Our aim is to discover a general theory for a new branch of conservation biology: applied theoretical conservation ecology.Read moreRead less
Integrating multiple conservation values for protection and restoration of native vegetation. The project will underpin Australia's ability to enhance its competitive advantages in an environmentally sustainable fashion. We will develop better methods for integrating conservation goals related to biodiversity, soil conservation, water quality, salinity mitigation and carbon sequestration to identify areas where multiple benefits can be obtained and funding can be spent more effectively. Our resu ....Integrating multiple conservation values for protection and restoration of native vegetation. The project will underpin Australia's ability to enhance its competitive advantages in an environmentally sustainable fashion. We will develop better methods for integrating conservation goals related to biodiversity, soil conservation, water quality, salinity mitigation and carbon sequestration to identify areas where multiple benefits can be obtained and funding can be spent more effectively. Our results and techniques will be of immediate use to national, state and local governments, catchment authorities, and community groups. The project will maintain Australian scientists at the international forefront of environmental management and provide high-quality training for young scientists.Read moreRead less
Conserving native wildlife during urbanisation: the effectiveness of biodiversity-friendly urban design and construction practices. Urbanisation has many negative effects upon native wildlife and their habitats, but biodiversity-friendly urban design and construction practices may greatly reduce these impacts. This study will examine the effectiveness of such measures at sustaining wildlife at sites of urban development, and will therefore produce significant benefits for local residents and the ....Conserving native wildlife during urbanisation: the effectiveness of biodiversity-friendly urban design and construction practices. Urbanisation has many negative effects upon native wildlife and their habitats, but biodiversity-friendly urban design and construction practices may greatly reduce these impacts. This study will examine the effectiveness of such measures at sustaining wildlife at sites of urban development, and will therefore produce significant benefits for local residents and the broader Australian community. Healthy natural ecosystems in urban areas provide many services to the public, reduce the need for costly management, and improve the livelihood of residents living in greener environments. This study will enhance all these community benefits through a detailed examination of the effectiveness of biodiversity-friendly urban development measures.Read moreRead less