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Based on the flexible compartment modeling approach, it can be applied in one, two or three dimensions and is designed to permit easy substitution of user- written routines into program structure. oxygen demand and dissolved oxygen dynamics nutrients and eutrophication, bacterial contamination, and organic chemical and heavy metal contamination.
Two WASP models are provided: Toxics, TOXI, combines kinetic structure with WASP transport structure and simple sediment balance algorithms to predict dissolved and sorbed chemical concentrations in the bed and overlying waters; dissolved oxygen /eutrophication, EUTRO, combines kinetic structure with WASP transport structure to predict DO and phytoplankton dynamics affected by nutrients and organic material.
| WASP Description |
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Detailed WASP model description is available. WASP's input requirements and output description too large to be described here. Please download and install model documentation for detailed data requirements. | |