Relative timescales of resistance and recovery control resilience in seagrass ecosystems

Abstract

Ecosystem degradation is difficult and expensive to reverse. Regime change associated with degradation is important to avoid but hard to predict due to the inherent complexity of ecosystems, therefore enhancing resilience is a... [ view full abstract ]

Authors

  1. Kate O'Brien (University of Queensland)
  2. Paul Maxwell (Healthy Waterways Ltd)
  3. Michelle Waycott (The University of Adelaide)
  4. Gary Kendrick (The University of Western Australia, Oceans Institute)
  5. Angus Ferguson (NSW Office of Environment and Heritage)
  6. Matthew Adams (University of Queensland)
  7. Len McKenzie (TropWATER,James Cook University)
  8. Jimena Samper-Villarreal (University of Queensland)
  9. Kieryn Kilminster (WA Department of Water)
  10. Kathryn McMahon (Edith Cowan University)
  11. Peter J. Mumby (Marine Spatial Ecology Lab and School of Biological Sciences, University of Queensland)
  12. Peter Scanes (NSW Office of Environment and Heritage)
  13. James Udy (Healthy Waterways Ltd)

Topic Area

7 - Mathematical modelling of marine systems and beyond

Session

OS-4C » Mathematical modelling of Marine Systems and Beyond (10:20 - Tuesday, 7th July, Little Percy Baxter Lecture Theatre D2.194)

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