A new study, led by C·I·B post-doctoral fellow Jeremy Shelton, has shown that water temperature plays a role in the impacts that an introduced fish has on native fishes.
Most of us have heard that climate change is likely to impact our lives in the next few decades, but in many instances the reality of climate change has not been made apparent. One of the key questions is what will happen to our national parks and the biodiversity that they conserve?
Researchers at the Centre for Invasion Biology (C·I·B) are among the contributors to a new academic textbook that examines what will happen to invasive species with current and expected man-made climate change. The book, entitled “Invasive Species and Global Climate Change” describes the distribution, success, spread and impact of invasive species for a series of case studies from countries around the globe.
Climate change is predicted to have serious consequences for people, who will be exposed to natural disasters such as floods, droughts, fires and coastal storm surges that are linked to climate change. It is further predicted that climate change will be inevitable, even under the most optimistic of scenarios, as the world continues its commitment to the use of fossil fuels.
C·I·B core team member Prof. Melodie McGeoch and C·I·B post-doc Dr Dian Spear were co-authors of a recent report in Science that has received substantial global press coverage. The study synthesises the outcomes of global indicators of biodiversity threat to establish whether or not nations have honoured their commitment to reducing biodiversity loss.
