EARLY WARNING SIGNALS
Predicting the fate of biological systems is critical in the light of continued global change, especially in the field of conservation biology where at risk populations must be prioritised to make the most of limited resources. A long running interest of this group is developing warning signals of approach population, community, and ecosystem collapse based on temporal patterns in abundance, trait, and spatial data.
EXPERIMENTALLY TESTING CONSERVATION THEORY
Designing optimal conservation strategies is key in the face of limited funding and ever increasing anthropogenic stresses. A central theme to the group is using experimental systems to test and develop conservation theory.
As climate changes species are increasingly at risk of extinction as they fail to move fast enough to stay within their ecological niche. One radical option is to relocate them outside of their historic range to ensure their medium to long term survival. We are interested in how and when such moves should be undertaken, and how a move will affect the resident communities.
THE EFFECTS OF MULTIPLE STRESSORS
The effects of multiple stressors (e.g. including habitat loss, pollution, over harvesting, climatic change, and the introduction of invasive species) on global biodiversity is a continued concern. We are interested in the possible interactive effects of these stressors, and how this may affect populations and communities.
RESILIENCE AND RECOVERY IN FISHERIES
Fisheries are one of the most economic and ecologically important ecosystems on earth. However the vast majority are in a state of significant degradation. We are interested in how such systems might recovery, and the pathways they might take doing so, and how these pathways affect community structure and function.
We are always looking for enthusiastic members to join the group, from masters students to post docs. If positions are available then then will be listed below. Please feel free to contact us any time if you are interested in being a part of our team.