The ESPAS e-infrastructure : : access to data from near-Earth space / / Mike Hapgood, Juergen Watermann, Anna Belehaki.

• VerfasserIn: Belehaki, Anna,; Hapgood, Mike,; Watermann, Juergen,
• MitwirkendeR: Angling, M.J.,; Aruliah, A.,; Asikainen, Timo,; Aylward, A.,; Belehaki, A.,; Belehaki, Anna,; Berdermann, J.,; Bushell, A.,; Charisi, A.,; Darrouzet, F.,; De Keyser, J.,; Décréau, P.,; Elvidge, S.,; Galkin, I.,; Galkin, Ivan,; Guio, P.,; Hapgood, M.,; Hapgood, Mike,; Henley, E.,; Hoque, M.,; Häggström, I.,; Jackson-Booth, N.,; Jakowski, N.,; James, S.,; Kriegel, M.,; Lebesis, A.,; Lembesis, A.,; Manola, N.,; Penney, R.W.,; Tsagouri, I.,; Ventouras, S.,; Zolesi, B.,
• Place / Publishing House: Les Ulis : : EDP Sciences,, [2021]; ©2017
• Year of Publication: 2017; 2021
• Language: English
• Physical Description: 1 online resource (176 p.)

ESPAS provides an e-Infrastructure to support access to a wide range of archived observations and model derived data for the near-Earth space environment, extending from the Earth's middle atmosphere up to the outer radiation belts. To this end, ESPAS will serve as a central access hub for rese...

Table of Contents

• Frontmatter
• Acknowledgements
• Contents
• 1. Introduction
• 2. Space physics ontology for ESPAS
• 3. ESPAS observation collections
• 3.1 Fabry-Pérot interferometer and CMAT2 model
• 3.2 Cluster and DEMETER satellite data in ESPAS
• 3.3 Calibrated and corrected POES/MEPED energetic particle observations
• 3.4 Ground and space based GNSS ionosphere monitoring data in ESPAS
• 3.5. Ground base ionospheric radio sounding: Basic principles and application
• 3.6 Ionospheric modeling results in ESPAS
• 3.7. Ionospheric data assimilation in ESPAS
• 3.8. Incoherent and coherent scatter radars
• 4. ESPAS interoperability
• 4.1 The ESPAS data model
• 4.2 ESPAS Services
• 5. ESPAS functionalities for the end-user
• 5.1 How to access data through ESPAS
• 6. Summary