This technical note describes version 1 of this LSM land surface model. In this model, land surface processes are described in terms of biophysical fluxes (latent heat, sensible heat, momentum, reflected solar radiation, emitted longwave radiation) and biogeochemical fluxes (CO?) that depend on the ecological and hydrologic state of the land. Consequently, ecological and hydrologic sub-models are needed to simulate temporal changes in terrestrial biomass and water. Component processes and their interactions are illustrated in Figure 1. Scientific justification for many of the parameterizations used in this model can be found in Bonan (1994), Bonan (1995a) [CO ? fluxes], Bonan (1995b) [lakes], and Bonan (1996) [infiltration]
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
Abstract Land surface models (LSMs) are a vital tool for understanding, projecting, and predicting t...
Traditionally, land-surface models (LSMs) provide bottom boundary conditions (or surface fluxes) for...
Land surface models (LSMs) are a vital tool for understanding, projecting, and predicting the dynami...
A model that computes the fluxes of energy and momentum between the land surface and the atmosphere ...
Land surface models (LSMs) provide an established computa-tional approach to describe energy and wat...
Land surface models (LSMs) are computer programs, similar to weather and climate prediction models, ...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
Abstract Land surface models (LSMs) are a vital tool for understanding, projecting, and predicting t...
Traditionally, land-surface models (LSMs) provide bottom boundary conditions (or surface fluxes) for...
Land surface models (LSMs) are a vital tool for understanding, projecting, and predicting the dynami...
A model that computes the fluxes of energy and momentum between the land surface and the atmosphere ...
Land surface models (LSMs) provide an established computa-tional approach to describe energy and wat...
Land surface models (LSMs) are computer programs, similar to weather and climate prediction models, ...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...
International audienceLand Surface Models (LSMs) are essential to reproduce biophysical processes mo...