CEOS Development Environment

Consulting the Community to define the Future of CEOS Analysis Ready Data (CEOS-ARD)

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Throughout 2025, the CEOS-ARD Oversight Group undertook a comprehensive consultation effort to gather feedback on what the Earth observation community would value in the next phase of CEOS-ARD. This feedback formed the basis of the Future of CEOS-ARD – Consultation Paper and Concept Note endorsed by CEOS Principals at the 39th CEOS Plenary in November […]

Advancing Hyperspectral Data with the Third Atmospheric Correction Inter-Comparison eXercise (ACIX-III)

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Spaceborne hyperspectral sensors provide contiguous spectral coverage of the Earth’s surface within the optical and infrared spectrum, enabling the derivation of several biogeophysical products and user applications. Atmospheric correction (AC) is essential for processing satellite data because it removes the effects of the atmosphere (e.g., aerosols, water vapor and dust) that alter the signal before […]

From Inland Waters to Open Oceans: Version 2 of the CEOS-ARD Aquatic Reflectance Specification

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  The CEOS Analysis Ready Data (CEOS-ARD) Product Family Specifications (PFS) are a suite of documents that detail minimum requirements for ‘analysis ready’ satellite Earth observation data across various domains. Ensuring datasets are compliant with the CEOS-ARD PFS means they should be more suited to immediate analysis by more users with a minimum of additional […]

New CEOS-ARD Product Family Specifications

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Two new CEOS Analysis Ready Data (CEOS-ARD) Product Family Specifications (PFS) have recently been endorsed: Nighttime Lights Surface Radiance & Ocean Radar Backscatter. This brings the total number of PFS to seven, covering both optical and radar products and across land and oceans. Ocean Radar Backscatter (ORB) The Ocean Radar Backscatter (ORB) PFS is derived […]

CEOS Analysis Ready Data

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Many satellite data users lack the expertise, infrastructure, and internet bandwidth to efficiently and effectively access, preprocess, and use the growing volume of space-based data for local, regional, and national decision-making. Furthermore, even sophisticated users of satellite Earth observation data typically invest a large proportion of their effort into data preparation. This is a major […]