Biodiversity
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This summarises research which investigated how current approaches to landscape design can encourage native flora and fauna and discourage invasive species in adjusting to changing climate futures in -
Based on Mt Kosciuszko, a highly at-risk ecosystem in Australia from climate change, this report supports minimising existing threats from fire, weeds and some grazing animals to enhance resilience. -
This study measured the benefits of protecting and restoring habitat of 504 currently threatened species in Australia accounting for spatial and temporal habitat connectivity under climate change. -
This research developed a framework to predict relationships between future climate, human activities, water quality and ecology that in order to inform water planning and adaptation activities. -
This research investigated threshold relationships between climate and critical aquatic processes and the potential for riparian replanting to adapt temperate south-eastern Australian freshwaters. -
This research investigated how current approaches to landscape design can encourage native flora and fauna and discourage invasive species in adjusting to changing climate futures in New South Wales. -
This research investigated the development of a freshwater biodiversity adaptation planning framework using Tasmania to explore priorities and adaptation actions at local, regional and state scales. -
This research identifies Australian water birds likely to face strong challenges or extinction from climate change and recommends key actions to secure and manage vulnerable regions for the future. -
This research aimed to assess the current extent of environmentally suitable habitat for a suite of naturalised, but not yet invasive non-native plants within Australia and to evaluate how projected c -
This project developed conservation strategies for identifying which plant-dwelling insects are at greatest risk of coextinction induced by climate change, and identified which management actions will
