An Atmospheric Water Vapor Cycle Model For Evaluating Large-scale Effects Of Alpine Land Use Changes On The Atmospheric Water Cycle
Price
Free (open access)
Transaction
Volume
41
Pages
8
Published
2000
Size
1,010 kb
Paper DOI
10.2495/ENV000251
Copyright
WIT Press
Author(s)
W.K. Graber, P. Schuhmacher & M. Forger
Abstract
Results of the European project ECOMONT (Ecological Effects of Land Use Changes on European Terrestrial Mountain Ecosystems) are presented. To investigate the influence of land use changes on a large scale, the experiments from field campaigns were incorporated into a model of the atmospheric water vapor cycle (WVC). Satellite data were combined with data from numerical weather prediction models to drive the WVC model. The WVC model takes care of non-uniform terrain by considering local advection from non-homogeneous source distributions. The WVC model is used for scaling up the experimental results from a local Alpine site to regional scale. 1 Introduction The European project ECOMONT (Ecologi
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