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End-User Access Policy to ESA and Third Party Mission Data, Tools and Resources
This document describes ESA's Earth observation End-User Access Policy to ESA and Third Party Mission Data, Tools and Resources.
Multi-frequency radar data from new campaign supports sea ice monitoring
A new dataset has been released for the CIRFAEx campaign, which took place off the coast of Greenland in 2022 to support the development of the upcoming ROSE-L and Sentinel-1 Next Generation missions.
CIRFAEx
From 22 April 2022 to 12 May 2022, the Norwegian research vessel Kronprins Haakon served as base for in-situ measurements and observations of sea ice and snow properties at Belgica Bank / North-East Greenland which is a region of highly variable ice cover characteristics and frequent occurrences of icebergs.
How much data may I request in a Project Proposal?
Access to some restrained data collections distributed by ESA require submission of a Project Proposal. These collections are typically for Third Party Missions when the data provider can only offer a limited amount of data.
Discover how RADARSAT scans Earth's surface
Learn about how RADARSAT scans Earth's surface in our new infographic.
Monitoring water on Earth's surface
ESA's Earth observation satellites are playing a leading role in furthering our understanding of how Earth's terrestrial hydrosphere is being influenced by humankind.
Satellites investigate Earth’s terrestrial hydrosphere
ESA’s Earth observation satellites are playing a leading role in furthering our understanding of how Earth’s water cycle is being influenced by humankind.
ESA-archive-third-party-mission-collections.pdf
Discover the ESA archive data collections offered for the Third Party Missions programme.
A summary of ESA Third Party Mission collections
A new summary is available, showcasing the ESA archives for Third Party Mission collections.
Heritage Missions brochure
This brochure describes ESA's Heritage Space Programme and includes infographics describing some of the missions in the programme.
Third Party Missions Brochure
This brochure summarises ESA's Third Party Missions programme, providing a timeline and examples of content related to some of the missions.
New open-source Python library improves rapid mapping services
In emergency services, rapid response is paramount. ICube-SERTIT’s Rapid Mapping Service provides near real-time delivery of geo-information to help emergency services respond quickly to disasters such as flooding, fires and landslides. A new Python open-source library, called EOReader, speeds up this mapping response by enabling the easy opening of imagery from multiple satellite sensors, both optical and synthetic aperture radar (SAR).
An overview of ESA's Third Party Missions programme
ESA’s Third Party Missions programme consists of almost 50 satellite missions, which are owned by organisations around the world. ESA has agreements with these organisations to acquire, process, and distribute data from their missions
ESA Third Party Missions timeline
We've released a new timeline to illustrate the history of the ESA Third Party Missions.
GSCB and LTDP
The Copernicus programme is based on a fleet of European Earth observation satellites, built and operated by ESA, member states and commercial entities. Copernicus will also offer data from non-European satellites.
Geohazards TEP
The Geohazards Thematic Exploitation Platform (TEP) aims to provide Earth observation data for supporting geohazards applications.
Fringe-2011-workshop-recommendations.pdf
This document contains the recommendations from the session summaries of the Fringe 2011 Workshop.
8_Nicole Dore_pdf.pdf
RADARSAT-2 polarimetric multi incidence angle analysis over Archaeological Site - the UNESCO ancient city of Samarra (Iraq) N. Dore [University of Rennes1 - France]
7_Patruno.pdf
Multi frequency polarimetric SAR sensors analysis - The archaeological UNESCO site of Djebel Barkal (Sudan) J. Patruno [Univerisity of Rennes1 - France]
5_polinsar_Koeniguer.pdf
PolSARAP: Investigating the Benefits of Polarimetry for Urban Applications using X-Band SAR Images E. Koeniguer [ONERA - France]