Colette Thomas
Colette completed a BSc in Environmental Science in 1994 and MSc in Aquatic Ecotoxicology in 2001, both at the University of Technology, Sydney. After working at SKM for several years she completed a PhD in 2008 at Monash University. Her PhD research investigated the application of Bayesian Belief Networks as a decision support tool for managing the impacts of river water quality to seagrass in the Herbert River catchment. She then worked for four years with CSIRO as a socio-ecological systems modeller for various tropical conservation issues. Colette’s broad research interests include modelling stressor interaction, risk assessment and integration.
About
Colette’s research focusses on understanding the systems-level effects of human development to tropical habitats of high conservation, natural resource and social value. She is passionate about working directly with industries, communities and governments to develop evidence-driven, high impact strategies that can be quickly implemented and responsive to new learning. Colette develops models to develop adaptive and high-impact natural resource and conservation management strategies for the governments, industries and communities of northern Australia.
My research experience includes:
- Threatened species – small mammals, turtles
- ecosystem/protected area management
- Great Barrier Reef
- Torres Strait
- Gulf of Carpentaria
- South-East Asia
- north Australian rangelands
- Environmental monitoring and assessment
- sediment, seagrass, water, turtles
- metals, pesticides, plastic marine debris
- Downstream effects of agricultural management – sugarcane, grazing
- Environmental economics – tourism, commercial fishing, recreation, sugarcane
- Water quality modelling
- Aquatic ecotoxicology
- freshwater and marine
- algae, zooplankton, fish
Research/recent projects:
- Assess the potential impact of agricultural development to the water quality of rivers draining to the Great Barrier Reef and Gulf of Carpentaria
- Assess the environmental-economic values associated with Great Barrier Reef habitats and the industries that depend upon them
- Investigate the links between water quality and green turtle health
- Develop an efficient method for the recovery and quantification of microplastic from marine flora and fauna
Current collaborations:
JCU Marine Plastics Research Hub
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