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Climate change scenarios for initial assessment of risk in accordance with risk management guidance / prepared for the Australian Greenhouse Office, Department of the Environment and Heritage by: Kevin Hennessy, Ian Macadam and Penny Whetton.

By: Material type: TextTextPublication details: Aspendale : CSIRO Marine & Atmospheric Research, 2006.Description: 35 p. : col. ill., ciol. map, ; 30 cmDDC classification:
  • 363.73 22
Scope and content: Climate change is likely to have significant impacts on Australia (Allen Consulting Group 2005: Pittock 2003: Preston and Jones 2006). The Australian Greenhouse Office asked CSIRO to prepare regional climate change scenarios for use in initial assessment of risks as recommended in the publication: Climate change impacts and risk mangement: a guide for government and business. Specifically, scenarios were needed for 2030 for changes in average annual temperature, rainfall, potential evaporation and sea-level; average daily extremes of temperature, rainfall, cyclone intensity and fire danger; and, average annual solar radiation and humidity, and extreme daily wind-speed (each of which were found to be small, and are therefore not reported in detail).
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"Australian Government Department of the Environment and Heritage Australian Greenhouse Office" "CSIRO"--cover.

"May 2006".

Includes bibliographical references.

Climate change is likely to have significant impacts on Australia (Allen Consulting Group 2005: Pittock 2003: Preston and Jones 2006). The Australian Greenhouse Office asked CSIRO to prepare regional climate change scenarios for use in initial assessment of risks as recommended in the publication: Climate change impacts and risk mangement: a guide for government and business. Specifically, scenarios were needed for 2030 for changes in average annual temperature, rainfall, potential evaporation and sea-level; average daily extremes of temperature, rainfall, cyclone intensity and fire danger; and, average annual solar radiation and humidity, and extreme daily wind-speed (each of which were found to be small, and are therefore not reported in detail).

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