Models - National Cryosphere Desert Data Center

National Cryosphere Desert Data Center

Dhsvm model (Distributed Hydrology soil vehicle model)

1621 65 0 2

Author: Pacific Northwest National Laboratory,the University of Washington

Language: C

None

Tag continental

National Cryosphere Desert Data Center

Pensive model

1144 196 0 0

Author: USGS

Language: Java

Tag Spectral content Seismic waveform

National Cryosphere Desert Data Center

Precipitation Runoff Modeling System (PRMS)

354 0 0 0

Author:

Language:

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National Cryosphere Desert Data Center

Cequeau model

856 336 0 1

Author: Guy Morin

Language: Fortran,C

Cequeau model is a user-friendly distributed deterministic model which takes into account the physical characteristics and spatial changes of the watershed.

Tag Distributed deterministic Continuous precipitation and snowmelt runoff. Stream flow simulation

National Cryosphere Desert Data Center

Swarm model

1253 185 0 0

Author: Dan Cervelli,Peter Cervelli,Thomas Parker,Thomas Murray

Language: Java

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National Cryosphere Desert Data Center

SLAMMER （Seismic LAndslide Movement Modeled using Earthquake Records）

1363 101 0 0

Author: USGS

Language: JAVA

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National Cryosphere Desert Data Center

Extractchem model

1162 88 1 1

Author: Donald Suarez

Language:

The extractchem model predicts the major ions, B components, electrical conductivity (EC) and osmotic pressure (OP) in soil solutions based on the known ionic composition of another water content.

Tag soil solution

National Cryosphere Desert Data Center

Swrrbwq model (simulator for water resources in rural basinswater quality)

1222 159 1 0

Author:

Language:

The swrrbwq model simulates hydrology, sediment, nutrient and pesticide transport in a large and complex rural watershed. The accuracy of the watershed management model in terms of rainfall, sediment use, and soil management can be reasonably explained in terms of the accuracy of the operation of the watershed model in terms of rainfall, soil use and so on.

Tag irrigation Weather surface runoff percolation return flow transmission losses