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FRM4FIRE News

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ESA CarbonARA Amazon campaign provides valuable reference data while under-flying Sentinel-3

01/22/2026

King’s College led field experiment generates reference datasets to improve the accuracy and reliability of satellite-derived Fire Radiative Power (FRP) products.

King’s College London CarbonARA British Antarctic Survey ESA Amazon
reducing-frp-uncertainty-early-findings-from-university-of-southampton-sensor-intercomparison-and-pixel-level-modelling-image-original.png

Reducing FRP uncertainty: early findings of University of Southampton sensor intercomparison and pixel-level modelling

01/21/2026

Preliminary results of Southampton University's modelling work in the FRM4Fire project.

Modelling Southampton Gareth Roberts
KCL’s MWIR imager undergoing testing in NPL’s Temperature and Humidity Labs (NPL)

Characterising thermal imaging in field conditions – an inside view of NPL Lab Tests

11/27/2025

Two-thirds through the project, much of the research in FRM4Fire focused on reviewing uncertainties affecting Fire Radiative Power Product retrievals. In this article, we review research performed by NPL’s Temperature and Humidity team that addressed potential sources of uncertainty related to operating a thermal imaging camera onboard aircraft to support validations of satellite observations.

NPL Infratec MWIR calibration KCL