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Physical geography / Evapotranspiration / Soil / Drought Research Initiative / Penman–Monteith equation / Infiltration / Water content / Root / Penman equation / Hydrology / Earth / Water


Estimating Evaporation in a Prairie Landscape under Drought Conditions Robert W. Armstrong, John W. Pomeroy, and Lawrence W. Martz Abstract: Physically-based atmospheric models of evapotranspiration (ET) that consider th
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Document Date: 2010-07-17 16:53:32

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City

Lethbridge / Saskatoon / /

Company

Moisture Limited / Estimating Moisture Limited ET / /

Country

Canada / United Kingdom / /

Event

Natural Disaster / /

Facility

University of Saskatchewan / /

IndustryTerm

combination energy balance / potential applications / energy balance / energy balances / study site / grassland monitoring site / landprairie site / physically-based algorithms / larger biospheric global monitoring network / root systems / prairie study site / energy / /

MarketIndex

Top 40 / /

MedicalCondition

water stress / /

Organization

Canadian Water Resources Association / Lethbridge Research Centre / W. Pomeroy1 / and Lawrence W. Martz2 Centre for Hydrology / University of Saskatchewan / /

Person

John W. Pomeroy / /

Position

aide / Prime Minister / l’aide / Major / /

Product

C-1 / /

ProvinceOrState

Alberta / Saskatchewan / /

Region

central Saskatchewan / /

Technology

radiation / remote sensing / physically-based algorithms / contrasting ET algorithms / /

SocialTag