| Document Date: 2013-01-14 21:09:17
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City Engineers / Melbourne / Washington DC / Littleton / Wellington / Crawford / Coshocton / Sydney / / Company Mead / UNSW Water Research Laboratory / / Continent Australia / Europe / / Country United States / Australia / New Zealand / / Facility Catchment Hydrology / National Climate Centre / / IndustryTerm water balance accounting scheme / evaporation algorithms / lysimeter site / / MusicGroup B.C. / / Organization Stanford University / US Federal Reserve / T.G. Chapman UNSW School of Civil and Environmental Engineering Abstract / Stanford / / Person Scott Stones Canning / Stanford Watershed Model IV / / Position V.P. / Representative / / Product styx / / ProvinceOrState Queensland / Ohio / Prince Edward Island / British Columbia / Colorado / New Hampshire / / PublishedMedium Monthly Weather Review / / Technology radiation / Environmental Engineering / second algorithm / simulation / COMPARISON OF ALGORITHMS / evaporation algorithms / two algorithms / /
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Estimation of evaporation in rainfall-runoff models T.G. Chapman UNSW School of Civil and Environmental Engineering Abstract: The first part of this paper compares two algorithms relating daily evaporation to potential e