Kriging and local polynomial methods for blending satellite-derived and gauge precipitation estimates to support hydrologic early warning systems

Keyphrases

• Early Warning System 100%
• Satellite Products 100%
• Kriging 100%
• Precipitation Estimation 100%
• Local Polynomial Methods 100%
• Rain Gauge Observations 66%
• Satellite Rainfall Estimates 66%
• High-resolution 33%
• Central America 33%
• Colombia 33%
• Natural Resource Management 33%
• Natural Hazards 33%
• Rainfall 33%
• Satellite Precipitation 33%
• Hydrometeorology 33%
• Extreme Precipitation 33%
• K-nearest Neighbor (K-NN) 33%
• Attractive Alternatives 33%
• Climate Risk 33%
• Blending Method 33%
• Precipitation Process 33%
• Precipitation Data 33%
• Robust Estimation 33%
• Extreme Events 33%
• Spatial Coverage 33%
• Sparse Data 33%
• Gauge Observation 33%
• Ordinary Kriging 33%
• Local Polynomial 33%
• Rainfall Data 33%
• Extreme Precipitation Events 33%
• Data-scarce Regions 33%
• Hazard Groups 33%

Earth and Planetary Sciences

• Kriging 100%
• Rain Gage 100%
• Resources Management 50%
• Central America 50%
• Extreme Event 50%
• Colombia 50%
• Natural Hazard 50%
• Timescale 50%