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Analysis of the Priestley-Taylor α parameter for a bean crop
(2000-12-01)
This work deals with the Priestley-Taylor model for evapotranspiration in different grown stages of a bean crop. Priestley and Taylor derived a practical formulation for energy partitioning between the sensible and latent ...
Analysis of the Priestley-Taylor alpha parameter for a bean crop
(International Society Horticultural Science, 2000-01-01)
This work deals with the Priestley-Taylor model for evapotranspiration in different grown stages of a bean crop. Priestley and Taylor derived a practical Formulation for energy partitioning between the sensible and latent ...
Analysis of the Priestley-Taylor α parameter for a bean crop
(2000-12-01)
This work deals with the Priestley-Taylor model for evapotranspiration in different grown stages of a bean crop. Priestley and Taylor derived a practical formulation for energy partitioning between the sensible and latent ...
The Priestley-Taylor parameter α for the Amazon forest
(Elsevier B.V., 1991-02-01)
Priestley and Taylor provided a practical formulation of the partitioning of net radiation between heat flux and evaporation contained within a parameter α. Their model (PTM) needs verification under a range of environmental ...
The Priestley-Taylor parameter α for the Amazon forest
(Elsevier B.V., 2014)
The Priestley-Taylor parameter α for the Amazon forest
(Elsevier B.V., 2014)
Analysis of the Priestley-Taylor alpha parameter for a bean crop
(International Society Horticultural Science, 2014)
Analysis of the Priestley-Taylor alpha parameter for a bean crop
(International Society Horticultural Science, 2000-01-01)
This work deals with the Priestley-Taylor model for evapotranspiration in different grown stages of a bean crop. Priestley and Taylor derived a practical Formulation for energy partitioning between the sensible and latent ...
Estimation of evaporative fraction and evapotranspiration from remotely sensed data using a complementary relationship
(2007-09-24)
A new formulation to derive evaporative fraction (EF) and evapotranspiration (ET) maps from remotely sensed data without auxiliary relationships or site-specific relationships is presented. This formulation is based on ...