CHIRPS
Gauge-blended satellite rainfall at 0.05°, daily, since 1981 — the standard for drainage work in data-sparse regions.
Free viewer and exporter for NEXRAD radar, satellite and climate data — out to GeoTIFF, Shapefile and NetCDF.
by NOAA NCEI
NOAA's Weather and Climate Toolkit (WCT) opens the archives most engineers otherwise bounce off: NEXRAD radar volumes, satellite imagery and gridded climate data, in a free Java desktop viewer that exports to the formats GIS and models actually consume — GeoTIFF, Shapefile, NetCDF, KMZ — with animation and batch export via scripting.
For storm reconstructions, radar-rainfall snapshots of a flood event, or pulling archived reflectivity into QGIS, WCT is the shortest path from NOAA's archive to your project folder. For deeper programmatic radar processing, wradlib and Py-ART pick up where its viewer scope ends.
Getting defensible design storms: IDF sources, rainfall statistics and climate adjustment.
Ranked by the topics, categories and workflow stages they share with NOAA Weather and Climate Toolkit.
Gauge-blended satellite rainfall at 0.05°, daily, since 1981 — the standard for drainage work in data-sparse regions.
NASA's 30-minute, 0.1° global precipitation record — the highest time resolution of any satellite rainfall product.
A neural-network satellite rainfall climate data record, daily, 0.25°, purpose-built for long-term trend studies.
The open library for weather-radar rainfall processing — from raw volumes to engineering-ready rainfall fields.
The official portal for Australian Rainfall & Runoff design inputs — losses, temporal patterns and preburst.
The open global large-sample hydrology dataset — thousands of catchments with forcing, attributes and streamflow.