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Foehn wind / Atmospheric dynamics / Bushfires in Australia / Humidity / Wildfire / Atmospheric sciences / Meteorology / Wind


Fire danger anomalies associated with foehn-like winds in southeastern Australia
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Document Date: 2013-01-16 21:18:13


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File Size: 605,60 KB

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City

Cairns / Ottawa / New York / Australian / Victoria / Melbourne / /

Company

Oxford University Press / Forestry Canada Fire Danger Group / John Wiley and Sons / BMRC Limited / /

Continent

Asia / /

Country

Switzerland / New Zealand / United States / Canada / Australia / /

/

Event

Natural Disaster / Man-Made Disaster / /

Facility

Bushfire Cooperative Research Centre / National Climate Centre / Mathematical Sciences University of New South Wales / /

IndustryTerm

satellite imagery / fire danger rating systems / /

MarketIndex

Canadian Forest Fire Weather / McArthur Forest Fire Danger / /

NaturalFeature

Alps / Canadian forest / mountain Nowa Nowa / mountain Bairnsdale / Carpathians / New South Wales coast / Gippsland coast / Mt Nowa Nowa / /

Organization

Curtin / Centre for Australian Weather and Climate Research / Centre for Australian Weather and Climate Research Report / University of New South Wales / Emergency Services Agency / Australian Defence Force Academy / Congress / Bureau of Meteorology / National Climate Centre / Oxford University / School of Physical Environmental / Bushfire Cooperative Research Centre / Science and Sustainable Development Directorate / /

Person

Lesley Rowland / D. Williams / L. Trabaud / P. Cheney / P. Thomas / /

Product

MesoLAPS / /

ProvinceOrState

Capital Territory / New York / Victoria / Tasmania / New South Wales / /

PublishedMedium

Weather and Forecasting / /

Region

southeastern Australia / South Wales / southern New South Wales / southern California / /

Technology

condensation / /

URL

http /

SocialTag