Aims of this site
This site and blog is mostly about the science of rivers, although it will include cultural aspects of rivers when they catch my eye and take my fancy. It will highlight ideas, concepts and research of interest to students, researchers and managers.
Comments, corrections and additions are encouraged.
Enquiries to: email@example.com
Category Archives: Freshwater fish
New research is underway as part of the Murray-Darling Environmental Water Knowledge and Research program, which is investigating how flow influences the key environmental conditions and interacts with fish species traits to enable recruitment of riverine fishes. It is a … Continue reading
Widespread invasive species control is a risky business Partula snails were driven to extinction in the wild by introduced predators. Wikimedia Commons R. Keller Kopf, Charles Sturt University; Dale Nimmo, Charles Sturt University, and Paul Humphries, Charles Sturt University In … Continue reading
PhD Project: ‘Stuffed Murray cod in pubs: trophy fish and environmental change in the Murray-Darling Basin’ There is an exciting opportunity to carry out a PhD project in the School of Environmental Sciences, Charles Sturt University, Albury, on the topic … Continue reading
By Brendan Ebner, Tropical Landscapes Joint Venture, CSIRO Land & Water and TropWATER, James Cook University, Townsville, QLD. Freshwater ecosystems are some of the most threatened on the planet. Freshwater fish are particularly imperilled: worldwide, 46% of all fish species … Continue reading
Hi all Murray cod lovers, we are just getting underway a new project to find – and describe information related to – stuffed Murray cod in pubs around the Murray-Darling Basin. It is part cultural heritage, part environmental history and … Continue reading
By Simon Mom, PhD candidate, La Trobe University and Murray-Darling Freshwater Research Centre, Wodonga Climate change poses a threat to most, if not all, Australian ecosystems. In southern Australia, droughts are predicted to increase in severity, duration and frequency. In … Continue reading
By Casey Shaw, Honours Student, Charles Sturt University Generally, for marine fishes, it is larger species that are at most risk of extinction. This is because large species tend to produce fewer eggs and have longer generation times than small … Continue reading