Bleaching affects aquarium corals, too
A new study illustrates the potential impact of recurrent heatwaves on coral species collected by the Australian aquarium coral industry. The study’s lead author, Professor Morgan Pratchett from
ARC Centre of Excellence for Coral Reef Studies
James Cook University Townsville
Queensland 4811 Australia
Phone: 61 7 4781 4000
Email: info@coralcoe.org.au
Abstract:Movement is integral to the functional role and connectivity of populations. Understanding movement patterns and by default, habitat use, is crucial to defining effective conservation and management plans for exploited or threatened species. Therefore this information is required to fully understand population ecology. The movement patterns of marine predators can be difficult to define due to their large size, ability to swim large distances and long life spans. Technological advances such as acoustic and satellite tracking now offer a window into predator movement patterns, but the scale of these studies is important. Dr Heupel will discuss the application of acoustic tracking to define reef shark movements in the context of the functional role of reef sharks and management of their populations.
Biography:Michelle Heupel is a Research Scientist at the Australian Institute of Marine Science and adjunct scientist in the College of Marine and Environmental Sciences at JCU. Michelle has studied the biology and ecology of sharks for over 20 years with her research program focussing largely on movement ecology. The aim of her research program is to provide science that helps produce effective conservation and management of marine predators.
A new study illustrates the potential impact of recurrent heatwaves on coral species collected by the Australian aquarium coral industry. The study’s lead author, Professor Morgan Pratchett from
One of the world’s finest water quality scientists, Dr Jon Brodie, has passed away. However, the crucial work he dedicated his life to—which included protecting the Great Barrier Reef—will benef
A new study reveals the diets of reef fish dictate how fast different species evolve. The breakthrough adds another piece to the fascinating evolutionary puzzle of coral reefs and the fishes that live
An innovative new assessment process shows the iconic Shark Bay World Heritage property in Western Australia is highly vulnerable to the impacts of climate change. Associate Professor Scott Heron a
Abstract: Coral reefs are dynamic and complex systems, and hence have ability teach us about fundamental principles of community ecology. One long-standing interest is learning how ecological communi
Abstract: Most of the world’s population live within 100km of a coastline and depend on coastal marine ecosystems for sustenance, shoreline protection, and economic resources. Because our shoreline
Abstract: Overexploitation from direct fishing and bycatch devastated shark populations around the world, leaving considerable doubt as to their ecological status. Yet much of what is known about sta
Abstract: Early life history stages of marine organisms can be difficult to study in the field, in part due to their inherently small size. Understanding to what extent early post-settlement processe
Abstract: The ocean and marine biodiversity are changing rapidly, requiring multiple and diverse conservation and management approaches. Much academic research attempts to objectively study conservat
Abstract: The dynamics of metapopulations are governed by many factors, including the spatial structure of populations across the landscape, life-history characteristics, demographic processes, and t
Abstract: I will start with a brief overview of the importance of movement as an element of ecological adaptation to environmental change. I will then consider two examples, both involving birds, of
Abstract: Achieving sustainable development requires scientists, decision-makers and practitioners to understand and work with synergies and trade-offs among the social, economic and environmental co
Partner Research Institutions
ARC Centre of Excellence for Coral Reef Studies
James Cook University Townsville
Queensland 4811 Australia
Phone: 61 7 4781 4000
Email: info@coralcoe.org.au