A coupled soil-vegetation scheme: Description, parameters, validation, and, sensitivity studies
F Ács - Journal of Applied Meteorology and Climatology, 1994 - journals.ametsoc.org
Journal of Applied Meteorology and Climatology, 1994•journals.ametsoc.org
A coupled soil-vegetation scheme is presented. A one-layer canopy and a three-layer soil
representation is used. The impact of canopy morphological properties on radiation and
momentum transfer in the vegetation is modeled as simply as possible. The impact of the
plant physiology on water transport through the vegetation layer is elaborated on in detail.
The canopy resistance is calculated as the product of the fractional relative stomatal
conductances of different governing factors.
representation is used. The impact of canopy morphological properties on radiation and
momentum transfer in the vegetation is modeled as simply as possible. The impact of the
plant physiology on water transport through the vegetation layer is elaborated on in detail.
The canopy resistance is calculated as the product of the fractional relative stomatal
conductances of different governing factors.
Abstract
A coupled soil-vegetation scheme is presented. A one-layer canopy and a three-layer soil representation is used. The impact of canopy morphological properties on radiation and momentum transfer in the vegetation is modeled as simply as possible. The impact of the plant physiology on water transport through the vegetation layer is elaborated on in detail. The canopy resistance is calculated as the product of the fractional relative stomatal conductances of different governing factors.
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