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News we could not be more excited to share: the description paper of our high-resolution dataset is now available for review and comment at ESSD. The record provides global coverage at 0.25° resolution, built from 58,311 weather stations extending back to 1750. Pre-print: tinyurl.com/9dw7jbnf

tinyurl.comBerkeley Earth Surface Temperature – High-Resolution (BEST-HR): a 0.25° Global Gridded Temperature Data Set for Climate MonitoringAbstract. We present version 2 of the Berkeley Earth Surface Temperature dataset, a global observational temperature record that now features enhanced spatial resolution (0.25° × 0.25°) and a new regr...

2/9/26, 5:38 pm5 reposts14 likes

Berkeley Earth

@berkeleyearth.org

2 Sept

Our high-res product includes uncertainty ensembles that allow for propagation of errors into derived metrics, offering a globally complete, monthly resolved temperature product suitable for applications ranging from global trend analysis to regional climate impact assessments.

Berkeley Earth

@berkeleyearth.org

2 Sept

Access to the complete suite of BEST-HR derived products, including TMAX/TMIN, land and ocean subsets, and city-level gridded data, can be requested here: tinyurl.com/4u559w5k For those currently using BEST-HR, formal citation details are (finally) available in the preprint link above.

tinyurl.comBerkeley Earth High-Resolution Data Set Access RequestPlease complete the form below. You will receive an email with access instructions within 24 hours. For technical questions about the high-resolution data products, please contact data@berkeleyeart...

Berkeley Earth

@berkeleyearth.org

2 Sept

Observations drawn from BEST-HR, along with downscaled, bias-corrected warming projections drawn from our new climate model synthesis product, are now available for more than 8,000 global cities via our new climate platform Synthesis. Access is free with registration: synthesis.berkeleyearth.org

synthesis.berkeleyearth.orgBerkeley Earth - Interactive Climate Data Visualization PlatformExplore historical climate data and future projections for cities, regions, and countries worldwide