Evaporation from nonvegetated surfaces: Surface aridity methods and passive microwave remote sensing

Anthony T. Cahill; Marc B. Parlange; Thomás J. Jackson; Peggy O'Neill; T. J. Schmugge

Evaporation from nonvegetated surfaces: Surface aridity methods and passive microwave remote sensing

Anthony T. Cahill, Marc B. Parlange, Thomás J. Jackson, Peggy O'Neill, T. J. Schmugge

Research output: Contribution to journal › Article › Research › peer-review

Abstract

The use of remotely sensed near-surface soil moisture for the estimation of evaporation is investigated. Two widely used parameterizations of evaporation, the so-called a and β methods, which use near-surface soil moisture to reduce some measure of potential evaporation, are studied. The near-surface soil moisture is provided by a set of L-and S-band microwave radiometers, which were mounted 13 m above the surface. It is shown that soil moisture measured with a passive microwave sensor in combination with the β method yields reliable estimates of evaporation, whereas the a method is not as robust.

Original language	English
Pages (from-to)	1346-1351
Number of pages	6
Journal	Journal of Applied Meteorology
Volume	38
Issue number	9
Publication status	Published - Sept 1999
Externally published	Yes

Cite this

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title = "Evaporation from nonvegetated surfaces: Surface aridity methods and passive microwave remote sensing",

abstract = "The use of remotely sensed near-surface soil moisture for the estimation of evaporation is investigated. Two widely used parameterizations of evaporation, the so-called a and β methods, which use near-surface soil moisture to reduce some measure of potential evaporation, are studied. The near-surface soil moisture is provided by a set of L-and S-band microwave radiometers, which were mounted 13 m above the surface. It is shown that soil moisture measured with a passive microwave sensor in combination with the β method yields reliable estimates of evaporation, whereas the a method is not as robust.",

author = "Cahill, \{Anthony T.\} and Parlange, \{Marc B.\} and Jackson, \{Thom{\'a}s J.\} and Peggy O'Neill and Schmugge, \{T. J.\}",

year = "1999",

month = sep,

language = "English",

volume = "38",

pages = "1346--1351",

journal = "Journal of Applied Meteorology",

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publisher = "American Meteorological Society",

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T1 - Evaporation from nonvegetated surfaces

T2 - Surface aridity methods and passive microwave remote sensing

AU - Cahill, Anthony T.

AU - Parlange, Marc B.

AU - Jackson, Thomás J.

AU - O'Neill, Peggy

AU - Schmugge, T. J.

PY - 1999/9

Y1 - 1999/9

N2 - The use of remotely sensed near-surface soil moisture for the estimation of evaporation is investigated. Two widely used parameterizations of evaporation, the so-called a and β methods, which use near-surface soil moisture to reduce some measure of potential evaporation, are studied. The near-surface soil moisture is provided by a set of L-and S-band microwave radiometers, which were mounted 13 m above the surface. It is shown that soil moisture measured with a passive microwave sensor in combination with the β method yields reliable estimates of evaporation, whereas the a method is not as robust.

AB - The use of remotely sensed near-surface soil moisture for the estimation of evaporation is investigated. Two widely used parameterizations of evaporation, the so-called a and β methods, which use near-surface soil moisture to reduce some measure of potential evaporation, are studied. The near-surface soil moisture is provided by a set of L-and S-band microwave radiometers, which were mounted 13 m above the surface. It is shown that soil moisture measured with a passive microwave sensor in combination with the β method yields reliable estimates of evaporation, whereas the a method is not as robust.

UR - https://www.scopus.com/pages/publications/0033382082

M3 - Article

AN - SCOPUS:0033382082

SN - 0894-8763

VL - 38

SP - 1346

EP - 1351

JO - Journal of Applied Meteorology

JF - Journal of Applied Meteorology

IS - 9

ER -

Evaporation from nonvegetated surfaces: Surface aridity methods and passive microwave remote sensing

Abstract

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