CMORPH is a motion-based propagation technique used to produce global precipitation estimates at very high spatial and temporal resolutions.
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: Research on HESS (Hydrology and Earth System Sciences) provides synthesis reviews for selecting CMORPH among other gridded climate products like GPCP or IMERG. Matt Massari Morph
: 0.25° × 0.25° grid (approximately 8km at the equator).
For those looking for the full technical "long guide" or datasets: CMORPH is a motion-based propagation technique used to
: CMORPH is widely used because it captures the shape and movement of storm systems better than simple IR-based estimates. However, it can struggle in regions with rapid convective development or complex mountainous terrain.
: Precipitation features are derived from passive microwave (PMW) observations. These features are then advected (moved) using atmospheric motion vectors derived from geostationary infrared (IR) satellite imagery. Key Specifications : : Precipitation features are derived from passive microwave
: It is an essential tool for hydrological modeling , flash flood analysis, and climate studies where long continuous time series of rainfall are required. Data Access and Resources