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• W2016433229 abstract "Abstract This paper is a description of the biophysical scheme named UNICOS, which has been developed with the joint efforts of University of Novi Sad and Colorado State University. The scheme is designed as a software package which can be run as part of an atmospheric model or a stand-alone model. For the physical and biological model backgrounds we have chosen so a “sandwich” representation of single layer approach. The model has seven prognostic variables: temperature for the canopy vegetation, temperature for both the ground cover and soil surface; two interception water stores (one for canopy and one for the ground cover); and three soil moisture storage variables. All these variables fully determine: mass, energy and momentum transfer across the lower part of atmosphere. The net radiation absorbed by the canopy is partitioned into sensible, latent heat and storage terms. From these equations temperature for both the ground cover and soil surface is solved by an implicit scheme. The soil model part is designed as a three-layer isothermal model which is used to describe the vertical transfer of water in the soil. The energy terms in the energy balance equation are calculated using resistance representation. For the foregoing calculations we completed aerodynamic characteristics in accordance with “K-theory”. Then, these values are used in the calculation of three aerodynamic resistances for transfer of heat and moisture from the canopy to reference height. In parameterization of evapotranspiration the three surface resistances are calculated. Finally, the performance of the designed scheme is tested in one point by time integrations using real data. The set used for 18 August 1988 at the experimental site in De Sinderhoeve (The Netherlands) was a part of flux measurements over maize field. However, for more general conclusion about quality of scheme additional tests with the high quality data sets are needed." @default.
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• W2016433229 title "An efficient but simple biophysical scheme UNICOS for use in different scale atmospheric models" @default.
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• W2016433229 doi "https://doi.org/10.1016/0266-9838(94)90014-0" @default.
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