CSIRO’s key role in America’s Cup win (Podcast 05 Jul 2007)
Alinghi has successfully defended the America’s Cup, scoring a resounding 5-2 victory against its New Zealand competitor and Dr Jack Katzfey describes CSIRO’s role in the Swiss syndicate’s success in this four-and-a-half-minute podcast. (4:20)
The Great Global Warming Swindle: fact or fiction? (Podcast 12 Jul 2007)
Is global warming caused by human activity or forces outside our control? The science demonstrates that it is due to human activity, but the television documentary The Great Global Warming Swindle on the ABC TV claims otherwise. In this seven-minute podcast, CSIRO’s Dr Michael Raupach explains what science reveals. (6:56)
Protecting Tasmania’s salmon industry (Podcast 16 Aug 2007)
Tasmania is renowned for its Atlantic salmon, but the fish are under attack from amoebic gill disease and in this podast Dr Mathew Cook, from CSIRO and the Food Futures Flagship, talks about a new a vaccine designed to boost the productivity of Tasmania’s A$230 million a year Atlantic salmon industry. (4:53)
The wind, climate change and the Southern oceans (Podcast 18 Feb 2008)
We all know that the oceans are warming, especially in our polar regions. But what role does wind play in raising surface, or deeper, ocean temperatures? A 15 year study of water temperature profiles undertaken by CSIRO, French and US scientists is revealing some surprising answers. (5:46)
Drought Report pushes alarm bells (Podcast 15 Jul 2008)
Mr Kevin Hennessy, Principal Researcher, explains why farmers and the Government have reacted with alarm to a collaborative report indicating that hot periods and low rainfall years that have occurred every 20 years, may become much more frequent. (5:36)
Deep sea coral to reveal a history of climate change (Podcast 20 Jan 2009)
An American research vessel, the RV Thomas G. Thompson, has arrived back in Hobart after an expedition to collect deep-sea corals south of Tasmania. An un-manned deep-diving ‘Remotely Operated Vehicle’ (ROV) with a capacity to go as deep as 6000 metres was used to collect samples and data, and photograph and video areas of the ocean floor. (9:17)