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Parametrization of NO2 photodissociation rate

The NO2 photodissociation rate, j(NO2), plays a key role in atmospheric chemistry. It is one of the most sensitive parameters in atmospheric photochemical transport models. In transport models estimates of the photolysis rates are generally based on radiation transfer (sub-)...

Technical description of the RIVM trajectory model

The RIVM trajectory model, described in this report, enables calculation of a backward or forward trajectory. These trajectories are used to "follow" previous released air pollution in a backward mode or to "find" the origin of air pollution in a forward mode.

Modelling Regional Energy Use for Evaluating Global Climate Scenarios

The Energy-Economy model presented in this report is a submodel of the integrated IMAGE 2.1 model (Integrated Model for Analyzing Greenhouse Effects). The Energy-Economy submodel computes total energy use, with a focus on final energy consumption in end-use sectors, based on...

Modelling global biogeochemical cycles; an integrated assessment approach

Global biogeochemical cycles describe the transformation and movement of chemical substances in the global environment. Disturbances in these global biogeochemical cycles, in particular the cycles of carbon (C), nitrogen (N) phosphorus (P), and sulphur (S), initiated by a...