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Generation of local-scale rainfall scenarios using changes in GCM rainfall: a refinement of the perturbation method T.I. Harrolda and R.N. Jonesb a Research Institute for Humanity and Nature, Kyoto, Japan
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Document Date: 2013-01-14 21:04:11


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City

Kyoto / Canberra / Victoria / Melbourne / Townsville / /

Company

Charles S.P. / Cambridge University Press / /

Country

Germany / Japan / United States / Canada / Australia / United Kingdom / /

Event

Environmental Issue / /

Facility

Macquarie catchment / Macquarie River Catchment / /

IndustryTerm

greenhouse gas emission levels / water resource systems / /

Movie

The Mark 3 / /

MusicGroup

B.C. / /

Organization

Japan Society for the Promotion of Science / Cambridge University / International Congress / Research Institute for Humanity and Nature / Australian Bureau of Meteorology / Simulation / Modelling and Simulation Society of Australia and New Zealand / /

Person

Y. Ding / Bob Cechet / L. Siriwardena / P. Van Der Linden / Ingram / Allen / Ian Watterson / D. Xiaosu / R. Srikanthan / R.N. Jones / D.J. Griggs / T.I. Harrold / Ramasamay Suppiah / M. Noguer / /

Position

first author / R.N. / /

ProvinceOrState

Western Australia / New South Wales / Northern Territory / Victoria / /

PublishedMedium

Geophysical Research Letters / Journal of Climate / /

Region

central New South Wales / East Victoria / northeast New South Wales / northwest Northern Territory / southwestern Australia / northern New South Wales / eastern Victoria / South Wales / southwest Western Australia / Western Australia / /

Technology

simulation / /

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