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This document reports the results obtained from scientific quality validation of the Swarm Level-2 Ionospheric Bubble Index product, IBIATMS_2F, IBIBTMS_2F and IBICTMS_2F.
This document contains the Swarm Level 2 (L2) FAC-dual product description document for the European Space Agency's (ESA) Earth Observation (EO) Swarm data Level 2 product FAC_TMS_2F, which includes dual Ionospheric Radial Currents (IRCs) and Field-Aligned Currents (FACs) as an output.
The purpose of this document is to present the structure, syntax, file naming and use of the different L2 SMOS operational Products.
The purpose of this FAQ is to act as a repository for common questions raised concerning the AATSR project. It includes questions raised with the AATSR Expert Support Laboratory, questions reported to the Quality Working Group or the ESA User Helpdesk, and questions of particular interest to new users.
This addendum to the AATSR 12 Micron Anomaly Review Board's report describes additional work into the investigation between ATSR-2 and AATSR brightness temperature measurements.
This document explains the study which performs comparisons between ATSR2 and AATSR BT in the 12 micronchannel at a temperature of 300K.
The in-flight scalar calibration and characterisation of the Swarm magnetometry package, consisting of the Absolute Scalar Magnetometer (ASM), the Vector Magnetometer (VFM), and the spacecraft structure supporting the instruments is presented in this document.
This document describes the method used for mapping the magnetic field intensity measurements of the Absolute Scalar Magnetometer (ASM) on Swarm Alpha to Swarm Charlie. The background for this procedure is the failure of the ASM on Swarm Charlie which occurred on 5 November 2014 which calls for alternative means to provide magnetic field intensity reference measurements for the calibration of the Vector Field Magnetometer (VFM) instrument on Swarm Charlie.
This release note describes the extended Swarm EFI LP data from the probes in the so-called "harmonic submode" which contributes more than 99% to the normal LP science data.
ESA's digital magazine takes a look at SMOS ESA's Water mission.
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