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- Documents (846)
Document - Product Specifications
wind-scatterometer-processing-requirements-from-sigma-nought-triplets-to-dealiased-wind.pdf
This document defines the ground processing algorithms for the ERS-1 AMI wind mode (Scatterometer) from the sigma nought triplets to the wind speed and direction, including the wind retrieval and the ambiguity removal processing.
Document - General Reference
Wetlands monitoring by ERS SAR data.pdf
The objectives of this study were to assess the suitability of ERS SAR images in monitoring the seasonal changes of the wetland areas which are difficult to monitor on land. Lake Bangweulu in Zambia was selected for the study. An additional objective was to carry out a comparison of the results obtained from both ERS SAR and NOAA AVHRR data.
Document - General Reference
WATS - Water Vapour and Temperature in the Troposphere and Stratosphere.pdf
This report describes the WATS mission, one of the candidate Earth Explorers in the second cycle in 2001.
Document - Technical Note
WALES - Water Vapour Lidar Experiment in Space
This report describes the WALES mission, one of the candidate Earth Explorers in the second cycle in 2001.
Document - Technical Note
UWA Processing Algorithm Specification
This technical note specifies version 2 of the algorithm to derive SAR wave spectrum products from ERS AMI wave mode data.
Activity - Cal/Val activities
UV nadir viewing galleries
Atmospheric chemistry nadir observation from space now spans nearly forty years. The early UVN (UV nadir missions) mainly focused on measuring ozone.
Document - User Guide
User's Guide to NASDA's SAR products
This document summarises the algorithms to obtain geometric and radiometric information from NASDA's JERS SAR products. It includes a list of the physical information to be derived from the JERS SAR products. Not applicable for JERS SAR data generated by ESA (only for NASDA data).
Document - User Guide
User Guide for JERS-1 SAR data format
This document describes the Computer Compatible Tape (CCT) format and the film format for JERS-1's Synthetic Aperture Radar (SAR) data process in EOC. The EOC's CCT product conforms to the CEOS SAR data products format Standard.
News - Data Release news
Updated Precise Orbit data (POD) for the full ERS-1 and ERS-2 mission available
The Precise Orbit files (ERS.ORB.POD) for the entire ERS-1 and ERS-2 mission periods have been reprocessed with up-to-date standards.
Document - Publication - Paper
Uniqueness of the ERS Scatterometer for nowcasting and typhoon forecasting
Paper presented to IGARSS-2005: Uniqueness of the ERS Scatterometer for nowcasting and typhoon forecasting
Document - General Reference
Understanding climate change from space
This document describes ESA's Climate Change Initiative, and how it is intended to contribute towards monitoring and understanding the Earth's climate.
Document - General Reference
Two Years of ERS-1 Data Exploitation
This bulletin reports on the first two years of the ERS-1 satellite.
News - Thematic area articles
Transforming space data into climate action
ESA’s Earth observation activities are playing a key role in the revitalised global drive to combat climate change.
Document - Publication - Paper
Tracking of tropical cyclones with the ERS Scatterometer
Presented at IGARSS 1999: Tracking of tropical cyclones with the ERS Scatterometer
Document - Technical Note
Tracking a Tropical Cyclone with ERS-Scatt report
Tracking a Tropical Cyclone with ERS-Scatt: a CMOD4 Model Review
Document - Publication - Paper
Tracking a Tropical Cyclone with ERS-Scatt paper
Tracking a Tropical Cyclone with ERS-Scatt: a CMOD Model Review
Document - General Reference
Towards More Efficient Use of Radar-Altimeter Data
Twenty years ago, experimental altimeters on NASA's Skylab and Geos-3 were already demonstrating the potential of such instrumentation. This led in turn to the development and launch by NASA in July 1978 of the Seasat oceanographic satellite mission. Both Geos-3 and Seasat were very successful in their pioneering missions, but were limited somewhat by poor coverage in the case of Geos-3 and an abnormally short mission duration in Seasat's case.
