Skip to main content
Article thumbnail
Location of Repository

Study of auroral forms and electron precipitation with the IRIS, DASI and EISCAT systems

By C. F. del Pozo, F. Honary, N. Stamatiou and M. J. Kosch
Year: 2002
OAI identifier:
Provided by: Lancaster E-Prints

Suggested articles


  1. (1996). A localised corotating auroral absorption event observed near noon using imaging riometer and EISCAT, doi
  2. (1998). A new digital all-sky imager experiment for optical auroral studies in conjunction with the Scandinavian twin auroral radar experiment, doi
  3. (1967). A statistical study of Carl Stormer’s height measurements of aurora borealis, in:
  4. (1997). A study of substorm-associated nightside spike events in auroral absorption using imaging riometers at South Pole and Kilpisjarvi, doi
  5. (1995). An imaging riometer forionosphericstudies, doi
  6. (1996). Coordinated measurements of auroral light intensities and riometric radio-wave absorption, doi
  7. (1983). Development of an auroral absorption substorm: studies of substormrelatedabsorptioneventsintheafternoon-earlyevening sector, doi
  8. (1999). Dynamics of the substorm growth phase as observed using CANOPUS and SuperDARN instruments, doi
  9. (1985). Energetic particle precipitation into high-latitude ionosphere and the auroral electrojets, 3. Characteristics of electron precipitation into the morning sector auroral oval, doi
  10. (2001). High resolution maps of the characteristic energy of precipitating auroral particles, doi
  11. (1990). High-resolution incoherent scatter radar measurements during electron precipitation events, doi
  12. (1919). Ion composition and effective ion recombination rate in the nighttime auroral ionosphere, doi
  13. (1997). Localized absorption events in the afternoon sector, doi
  14. (1995). Magnetospheric configuration, in: Introduction to Space Physics,
  15. (1990). Morning sector electron precipitation events observed by incoherent scatter radar, doi
  16. Multi-instrument observations of the dynamics of auroral arcs: a case study, doi
  17. (1995). Observations in the vicinity of substorm onset: Implications for the substorm process, doi
  18. (1996). Optical and radar observations of auroral arcs with emphasis on small-scale structures, doi
  19. (1983). Polarisation patterns of Pi2 pulsations and the substorm current wedge, doi
  20. (1998). Progress on relating optical auroral forms and electric field patterns, doi
  21. (1977). Radar observations of electric fields and currents associated with auroral arcs, doi
  22. (1997). SABRE observations of Pi2 pulsations: case studies, doi
  23. (1999). T.: Negativeioncomposition in the auroral mesosphere during a PCA event around sunset, doi
  24. (1985). The EISCAT ionospheric radar: the system and its early results,
  25. (1975). W.L.: Thedevelopment of the substorm in auroral radio absorption,

To submit an update or takedown request for this paper, please submit an Update/Correction/Removal Request.