Canberra, Australia
March 2, 2005Rainfall
variability is expected to have significant regional impacts on
agricultural policy and farm management Dr Geoff Love of the
Bureau of Meteorology told delegates at the OUTLOOK 2005
conference.
‘Australians have to deal with
some of the most variable rainfall on earth and what’s more it
has increased with time in most of Australia’s agricultural
regions’ Dr Love said.
Dr Rohan Nelson, Senior
Economist with ABARE, showed how the impacts of climate on farm
incomes can be forecast across Australia’s cropping regions at
the start of each financial year, using
ABARE’s AgFIRM model.
Eventually, these forecasts have the potential to better target
drought assistance for rural communities.
‘It is the impact of climate
variability on farm incomes and the flow on effects to regional
economies that are of most concern to farmers and rural
communities’ explained Dr Nelson. ‘So the information used to
support drought policy needs to focus on the broader
socio-economic dimensions of vulnerability’.
‘Future improvements in the
management of climate risk will come from forecasting techniques
with longer lead time’, Dr David Stephens of the Department of
Agriculture Western Australia, told the conference. ‘Producing
this kind of forecast requires an understanding of pressure
changes beyond the Southern Oscillation Index (SOI),
particularly those between south-eastern Australia and the South
Pacific’ Dr Stephens explained.
Dr Roger Stone, from the
Department of Primary Industries and Fisheries Queensland,
discussed the importance of utilising innovative approaches to
address the rising pressure on rural industries from a variable
and changing climate. According to Dr Stone ‘climate information
has no value unless it is used to support key policy and
management decisions’.
Dr Stone concluded that ‘as a
nation, Australia needs greater cooperation between research and
development agencies and rural communities to come up with
innovative ways of forecasting and capitalising on good seasons,
and reducing the impact of bad seasons’. |