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Browse the Hub's harmonised datasets — all with consistent metadata, licensing, and cloud-native access.

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TypeNameCoverageResolutionTemporalUpdated

Spatial
Monthly and Seasonal Precipitation from CHIRPS v3 (Africa)
By Climate Hazards Center, UC Santa Barbara
Total precipitation (PTOT) aggregated from CHIRPS v3.0 and delivered as per-pixel monthly Cloud Optimized GeoTIFFs and per-year rolling 3-month (seasonal) sums over Africa, 1981 to present. This is the rainfall backbone of the KE-ENSO Explorer's seasonal/ENSO analysis: the twelve seasonal windows (JFM, FMA, ..., DJF) are the tri-month sums the notebook compares against ENSO phase and against the drought (SPEI), vegetation (NDVI) and flood layers. A derived aggregation product, not a redistribution of the CHIRPS daily archive.
Africa · 0.05 degCC-BY-4.0 · 1981 – present
SpatialMonthly and Seasonal Precipitation from CHIRPS v3 (Africa)Total precipitation (PTOT) aggregated from CHIRPS v3.0 and delivered as per-pixel monthly Cloud Optimized GeoTIFFs and per-year rolling 3-month (seasonal) sums over Africa, 1981 to present. This is the rainfall backbone of the KE-ENSO Explorer's seasonal/ENSO analysis: the twelve seasonal windows (JFM, FMA, ..., DJF) are the tri-month sums the notebook compares against ENSO phase and against the drought (SPEI), vegetation (NDVI) and flood layers. A derived aggregation product, not a redistribution of the CHIRPS daily archive. Africa0.05 deg1981 – present2026-09-14
Spatial
CHIRPS v3 Daily Precipitation
By Climate Hazards Center, UC Santa Barbara
CHIRPS (Climate Hazards center InfraRed Precipitation with Stations), version 3, is a quasi-global daily precipitation dataset produced by the Climate Hazards Center (UC Santa Barbara), blending 0.05° satellite infrared cold-cloud-duration imagery with in-situ station observations. It spans 1981 to near-present, covering 50°S–50°N at all longitudes, and is widely used for drought monitoring, hydrological modeling, and trend/seasonal analysis. Values represent daily accumulated precipitation in millimeters.
World · 0.05°CC-BY-4.0 · 1981 – present
SpatialCHIRPS v3 Daily PrecipitationCHIRPS (Climate Hazards center InfraRed Precipitation with Stations), version 3, is a quasi-global daily precipitation dataset produced by the Climate Hazards Center (UC Santa Barbara), blending 0.05° satellite infrared cold-cloud-duration imagery with in-situ station observations. It spans 1981 to near-present, covering 50°S–50°N at all longitudes, and is widely used for drought monitoring, hydrological modeling, and trend/seasonal analysis. Values represent daily accumulated precipitation in millimeters. World0.05°1981 – present2026-08-27
Spatial
CHIRTS-ERA5 Daily
By UCSB Climate Hazards Center
CHIRTS-ER5 daily provides global, high-resolution (0.05°) daily maximum and minimum 2-meter air temperature estimates from 1983 to present. It blends ERA5 reanalysis with station observations using the CHIRTS algorithm, producing a consistent long-term record suitable for climate trend analysis, heat-stress monitoring, and agricultural modeling.
World · 0.05°CC-BY-4.0 · 1983 – present
SpatialCHIRTS-ERA5 DailyCHIRTS-ER5 daily provides global, high-resolution (0.05°) daily maximum and minimum 2-meter air temperature estimates from 1983 to present. It blends ERA5 reanalysis with station observations using the CHIRTS algorithm, producing a consistent long-term record suitable for climate trend analysis, heat-stress monitoring, and agricultural modeling.World0.05°1983 – present2026-08-27
Spatial
MAPSPAM 2020
By International Food Policy Research Institute (IFPRI)
Global Spatially-Disaggregated Crop Production Statistics Data for 2020 Version 2.0 Release 2, represented as a gridded crop production data cube. The record describes crop area, harvested area, production, and yield by crop and production technology at 5 arc-minute resolution.
World · 5 arc-minutesCC-BY-SA-4.0 · 2020
SpatialMAPSPAM 2020Global Spatially-Disaggregated Crop Production Statistics Data for 2020 Version 2.0 Release 2, represented as a gridded crop production data cube. The record describes crop area, harvested area, production, and yield by crop and production technology at 5 arc-minute resolution. World5 arc-minutes20202026-07-06
Spatial
Gridded livestock density for 2020 (GLW4)
By Food and Agriculture Organization of the United Nations
Gridded Livestock of the World, version 4 (GLW 4) maps modelled densities of six livestock species: buffalo, cattle, sheep, goats, pigs, and chickens. This data is for the 2020 reference year. Densities are estimated with a Random Forest model that downscales harmonized subnational census counts onto a regular grid, so the values represent modelled distributions rather than direct observations. All of the values are number of animals per km^2
World · 5 arc-minutesCC-BY-4.0 · 2020
SpatialGridded livestock density for 2020 (GLW4)Gridded Livestock of the World, version 4 (GLW 4) maps modelled densities of six livestock species: buffalo, cattle, sheep, goats, pigs, and chickens. This data is for the 2020 reference year. Densities are estimated with a Random Forest model that downscales harmonized subnational census counts onto a regular grid, so the values represent modelled distributions rather than direct observations. All of the values are number of animals per km^2 World5 arc-minutes20202026-06-23

Catalog

Monthly and Seasonal Precipitation from CHIRPS v3 (Africa)

CHIRPS v3 Daily Precipitation

CHIRTS-ERA5 Daily

MAPSPAM 2020

Gridded livestock density for 2020 (GLW4)

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