Global Maps Of Atomic Oxygen In The Thermosphere Of
Mars Derived From Oi 135.6 Nm Emission Observed By The
Emirates
Mars
Ultraviolet
Spectrometer
(Emus)
Instrument
M. O. Fillingim, Space Sciences Laboratory, University Of California, Berkeley, Ca, Usa
(Matt@Ssl.Berkeley.Edu), R. L. Lillis, Space Sciences Laboratory, University Of California, Berkeley, Ca Usa,
J. Deighan, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Co Usa, S. K.
Jain, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Co, Usa, H. R. Al
Matroushi, Mohammed Bin Rashid Space Centre, Dubai, Uae, H. A. Al Mazmi, United Arab Emirates Space
Agency, Abu Dhabi, Uae, M. S. Chaffin, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Co, Usa, J. Correira, Computational Physics, Inc., Springfield, Va, Usa, S. L. England, Virginia Polytechnic Institute And State University, Blacksburg, Va, Usa, J. S. Evans, Computational Physics,
Inc., Springfield, Va, Usa, G. M. Holsclaw, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Co, Usa, F. H. Lootah, Mohammed Bin Rashid Space Centre, Dubai, Uae, F. G. Eparvier,
Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Co, Usa, E. M. B.
Thiemann, Laboratory For Atmospheric And Space Physics, University Of Colorado Boulder, Co, Usa.

Introduction:
One Of The Key Investigations Of The Emirates