Research | Project | Data | Model | CREST | CREST-iMAP | CREST-VEC | SLIDE | Groups | Annual Profile
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
- Fully Distributed Scalable Hydrologic Model: OU-NASA CREST (Applications and Training Materials)
- NOAA/HL-RDHM
- VIC Model
- Gridded Xinganjiang Model
- Noah-LSM or Noah-HRLDAS
- HEC-HMS
Hydro-Modeling Framework
Coupled Hydrodynamic Model
Couple Hydro-Geotechnique Model
SLOPE-STABILITY MODEL
- OU Physically-based Landslide Prediction Model: SLIDE
- USGS TRIGRS Model
- NASA-OU Empirical Satellite Rainfall Intensity-Duration Landslide Thresholding Algorithm
ET MODEL
- Potential ET model
- Remote Sensing ET model : M/M-ET
- METRIC and SEBAL
NUMERICAL WEATHER PREDICTION MODEL
- WRF
- GOES-based Cloud Motion Vecctor Nowcasting Algorithm
SPACE-BASED DISASTER MONITORING ALGORITHM
- MODIS-based Flood Inundation Algorithm
- AMSR-E Passive Microwave Flood Mapping Algorithm
- SAR/ENVISAR Flood Mapping Algorithm
- MODIS-based Fire Watching Algorithm
- MOIDS-based Water Pollution Mapping Model
OPTIMIZATION AND NEURAL NETWORK ALGORITHMS
- SCE-UA
- DREAM
- SOFM/HSOFM