NOAA Atlas 14 (PFDS)
The US precipitation-frequency standard — point rainfall depths for any duration and return period, free.
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.
Getting defensible design storms: IDF sources, rainfall statistics and climate adjustment.
Packages and portals that put gauge records and design rainfall one function call away.
Ranked by the topics, categories and workflow stages they share with ARR Data Hub.
The US precipitation-frequency standard — point rainfall depths for any duration and return period, free.
CDM Smith's free rainfall statistics and STORM-method screening model — IDF analysis, disaggregation, CSO planning.
Dewberry's open tool for building STAC catalogs of storms and gauge data — inputs for stochastic storm transposition.
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.
ECMWF's hourly global reanalysis — the default gap-free climate forcing record for ungauged catchments worldwide.