CHIRPS
Gauge-blended satellite rainfall at 0.05°, daily, since 1981 — the standard for drainage work in data-sparse regions.
The official portal for Australian Rainfall & Runoff design inputs — losses, temporal patterns and preburst.
by Australian Government (Geoscience Australia / Engineers Australia)
The ARR Data Hub serves the design inputs that Australian Rainfall & Runoff 2019 requires for every flood estimate: regional losses, temporal pattern ensembles, preburst rainfall, areal reduction factors and interim climate-change guidance, all keyed to your catchment location and downloadable in machine-readable form. Design rainfall depths themselves come from the Bureau of Meteorology's 2016 IFDs, which the Hub links alongside.
Australian flood practice effectively cannot proceed without it — every RORB, WBNM, URBS or TUFLOW study starts by pulling a Data Hub extract, and most local tooling parses its text format directly.
Other data, monitoring & forecasting tools covering similar workflow stages.
Gauge-blended satellite rainfall at 0.05°, daily, since 1981 — the standard for drainage work in data-sparse regions.
The open global large-sample hydrology dataset — thousands of catchments with forcing, attributes and streamflow.
Deltares' operational forecasting platform — the shell running national flood-forecast centres worldwide.
ECMWF's hourly global reanalysis — the default gap-free climate forcing record for ungauged catchments worldwide.
NASA's 30-minute, 0.1° global precipitation record — the highest time resolution of any satellite rainfall product.
NASA's satellite-era atmospheric reanalysis — hourly global fields from 1980, the default alternative to ERA5.