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Weather prediction / Wind / Planetary boundary layer / Rain / Numerical weather prediction / Drying / Humidity / Sea surface temperature / Atmospheric convection / Atmospheric sciences / Meteorology / Atmospheric thermodynamics


Australian Meteorological and Oceanographic Journal[removed]–156 Mesoscale modelling of two ‘drying events’: governing processes and implications for fire danger Rachel L. Badlan1, Todd P. Lane1, Graham A. Mi
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Document Date: 2012-12-16 23:04:40

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File Size: 2,30 MB

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City

Gippsland / Victoria / Parkville / Melbourne / /

Company

Meteorology’s Limited / /

Country

Australia / /

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Event

Man-Made Disaster / Environmental Issue / /

Facility

Melbourne Airport / The University of Melbourne / /

Holiday

Ash Wednesday / /

IndustryTerm

prognostic turbulent kinetic energy scheme / imaginary solutions / Visible satellite image / frontal systems / realistic applications / model solution / /

MarketIndex

McArthur Forest Fire Danger / /

NaturalFeature

Tasman Sea / Latrobe Valley / Gippsland coast / /

Organization

University of Melbourne / red cross / Bureau of Meteorology / European Centre for Medium-Range Weather Forecast Reanalysis Data / School of Earth Sciences / /

Person

Rachel Badlan / Bush / /

/

Position

author / /

ProgrammingLanguage

C / /

ProvinceOrState

New South Wales / Victoria / /

RadioStation

Standard Time / /

Region

southern New South Wales / /

Technology

simulation / investigated using a simulation / /

SocialTag