Roger Cropp, Griffith University
Thursday 31 May, 12:00-1:00,
IMAS seminar room, Sandy Bay Continue reading
Roger Cropp, Griffith University
Thursday 31 May, 12:00-1:00,
IMAS seminar room, Sandy Bay Continue reading
Anna Farmery, IMAS
Venue: Taroona seminar room
Date: 28 May 2012
Time: 11:30 AM Continue reading
Felipe Briceno, IMAS
Venue: Taroona seminar room
Date: 28 May 2012
Time: 11:00 AM Continue reading
Kathryn Emmerson, CMAR Aspendale
Friday 1 June 2012, 11.30am
CSIRO Auditorium, Hobart Continue reading
Olivier Marini
Friday 1st June 12.30
IMAS seminar room, Sandy Bay Continue reading
Laura Herraiz-Borreguero, ACE-CRC
TUESDAY, 29 May, 12:00-1:00,
IMAS seminar room, Sandy Bay Continue reading
Blair Trewin
National Climate Centre
Bureau of Meteorology
Thursday 17 May 2012, 11.30am
CSIRO Auditorium, Hobart Continue reading
The text ‘A First Course in Design and Analysis of Experiments’ by Gary Oehlert has gone out of print, and the author has decided to make the text freely available.
This is an excellent text on basic design and analysis of variance with material of interest to both beginners and experts alike. A highlight of the book is the material on Hasse diagrams.
Scott Hadley
QMS PhD Confirmation Seminar
Venue: IMAS Sandy Bay Seminar Room
Date/Time: Friday, 27 April 2012, 3:00 PM
Abstract:
A biogeochemical model simulating macroalgal productivity is applied to investigate the potential for Integrated Multi Trophic Aquaculture in SE Tasmania. In a major study into the impact of salmon farming on the marine environment in the D’Entrecasteaux Channel and Huon Estuary, CSIRO used an ecosystem model to quantify the increase of nutrients in the region due to the output from the farms. The results of these studies have shown the need to develop a strategy to deal with nutrient loading from salmon aquaculture, particularly in light of a proposed expansion of the industry. One method gaining momentum worldwide is Integrated Multitrophic Aquaculture (IMTA), in which the primary species receiving added food are farmed alongside species able to extract components of added food unused by the target species. This investigation will look at the potential of this type of farming to mitigate nutrient loading in this region. The focus of this talk will be on the construction of a biogeochemical model to describe the growth and remediation potential of selected species of seaweed. The model will then be modularised in the CSIRO’s fully coupled high resolution 3D hydrodynamic, sediment and biogeochemical model to quantify the system wide effectiveness of growing marine macroalgae in multitrophic aquaculture.
Dr Karen Kohfeld
Simon Fraser University
Date/Time: Friday 27th April, 15:30 – 16:30
Venue: IMAS Sandy Bay seminar room