The Basin Characterization Model
Detailed Description
The Basin Characterization Model relies on climate input and the rigorous development of potential evapotranspiration to move water through the soil profile and into underlying bedrock to become recharge or runoff. [MPa, megapascal]
Sources/Usage
Public Domain.
Related
Incorporating Impacts of Wildfire and Vegetation Recovery into a Watershed Model of the Feather River Basin
Changes in vegetation in a large watershed due to wildfire can have a substantial influence on actual evapotranspiration rates and water availability. After a large, intense wildfire, evapotranspiration rates are expected to decrease. As vegetation reestablishes, the evapotranspiration rates increase over a period of years, back to pre-fire conditions. Watershed models typically use input layers...
Basin Characterization Model (BCM)
The Basin Characterization Model (BCM) is a simple grid-based model that calculates the water balance for any time step or spatial scale by using climate inputs, precipitation, minimum and maximum air temperature. The BCM can translate fine-scale maps of climate trends and projections into the hydrologic consequences, to permit evaluation of the impacts to water availability at regional, watershed...
Related
Incorporating Impacts of Wildfire and Vegetation Recovery into a Watershed Model of the Feather River Basin
Changes in vegetation in a large watershed due to wildfire can have a substantial influence on actual evapotranspiration rates and water availability. After a large, intense wildfire, evapotranspiration rates are expected to decrease. As vegetation reestablishes, the evapotranspiration rates increase over a period of years, back to pre-fire conditions. Watershed models typically use input layers...
Basin Characterization Model (BCM)
The Basin Characterization Model (BCM) is a simple grid-based model that calculates the water balance for any time step or spatial scale by using climate inputs, precipitation, minimum and maximum air temperature. The BCM can translate fine-scale maps of climate trends and projections into the hydrologic consequences, to permit evaluation of the impacts to water availability at regional, watershed...