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Model


To serve the mission, we are working with several models for hydrometerolgical and climatic analysis. The models and the algorithm that the group members are using include:

 

HYDROLOGICAL MODEL/LAND SURFACE MODEL
 

  1. NOAA/HL-RDHM
  2. VIC Model
  3. Gridded Xinganjiang Model
  4. Noah-LSM or Noah-HRLDAS
  5. HEC-HMS
  6. Fully Distributed Scalable Hydrologic Model: OU-NASA CREST (Applications and Training Materials)

Hydro-Modeling Framework
 

  EF5 v0.1c

Coupled Hydrodynamic Model
 

  CREST-iMap v1.0

Couple Hydro-Geotechnique Model
 

  iCRESLIDE v1.0

SLOPE-STABILITY MODEL
 

  1. OU Physically-based Landslide Prediction Model: SLIDE

  2. USGS TRIGRS Model

  3. NASA-OU Empirical Satellite Rainfall Intensity-Duration Landslide Thresholding Algorithm

ET MODEL
 

  1. Potential ET model

  2. Remote Sensing ET model : M/M-ET

  3. METRIC and SEBAL

NUMERICAL WEATHER PREDICTION MODEL
 

  1. WRF

  2. GOES-based Cloud Motion Vecctor Nowcasting Algorithm

SPACE-BASED DISASTER MONITORING ALGORITHM
 

  1. MODIS-based Flood Inundation Algorithm

  2. AMSR-E Passive Microwave Flood Mapping Algorithm

  3. SAR/ENVISAR Flood Mapping Algorithm

  4. MODIS-based Fire Watching Algorithm

  5. MOIDS-based Water Pollution Mapping Model

OPTIMIZATION AND NEURAL NETWORK ALGORITHMS
 

  1. SCE-UA

  2. DREAM

  3. SOFM/HSOFM