From: IN%"kent.tobiska@jpl.nasa.gov" "W. Kent Tobiska" 25-AUG-1999 17:52:31.31 To: IN%"James.H.Shirley@jpl.nasa.gov" CC: IN%"kent.tobiska@jpl.nasa.gov", IN%"pryor@pisces.colorado.edu" "Wayne Pryor", IN%"hendrix@pisces.colorado.edu" "Amanda Hendrix", IN%"stewart@pisces.colorado.edu" "Ian A.F. Stewart", IN%"lisa.c.crowell@jpl.nasa.gov" "Lisa Crowell" Subj: RE: Draft of text for OAP Quick-Look pages Return-path: Received: from eis-msg-014.jpl.nasa.gov by pisces.colorado.edu (PMDF V4.2-13 #26137) id <01JF6YQLM334AEKSI3@pisces.colorado.edu>; Wed, 25 Aug 1999 17:52:08 GMT Received: from [137.78.240.26] ([137.78.240.26]) by eis-msg-014.jpl.nasa.gov (8.9.3/8.9.3) with ESMTP id KAA02554; Wed, 25 Aug 1999 10:51:55 -0700 (PDT) Date: Wed, 25 Aug 1999 10:54:31 -0700 From: "W. Kent Tobiska" Subject: RE: Draft of text for OAP Quick-Look pages In-reply-to: <99081316493083@issac.jpl.nasa.gov> To: James.H.Shirley@jpl.nasa.gov Cc: kent.tobiska@jpl.nasa.gov, Karen Simmons: ;, Wayne Pryor , Amanda Hendrix , "Ian A.F. Stewart" , Lisa Crowell Message-id: MIME-version: 1.0 Content-type: text/plain; charset="us-ascii" Content-transfer-encoding: 7BIT X-Sender: ktobiska@pop.jpl.nasa.gov Hi Jim, The one clarification I would make for the UVS in G28 and G29 is the following: Jovian Atmosphere Collaborative observations (with Cassini)- aurora "movie" for one solar rotation as perturbed by the solar wind (UVS) Thanks, Kent >Hi, > > Below you will find first-drafts of the "Science >Highlights" sections of the GMM Quick-Look sheets. Please >review these for accuracy of my statements and feel free >to make suggestions re: additions or order of entries. > > If we keep the same type face and format as in prior >orbits we will have to trim these down, significantly for >G28-29. > > I have tried to give more information than was >usual for prior orbit Quick-Look sheets, in particular >adding the instrument acronym where appropriate, not >always consistently. Let me know what you think, and >if you have corrections, give me a marked-up hard copy >or SPECIFIC instructions via email, voicemail, or in >person. > >thanks, > > >Jim > >************************************************************** > > >I24 > >Science Highlights > >Io >. Gravity field measurement for interior structure >. High resolution thermal mapping (PPR) >. Imaging volcanic plumes of Pillan and Pele >. High resolution imaging of volcanic centers > (SSI, NIMS): Loki, Pele, Pillan, Colchis, > Tohil, Prometheus, Zamama, Dorian, ?Amskgi? >. Global and regional radiometry and polarimetry (PPR) >. Regional near-infrared spectral mapping (NIMS) >. Auroral emissions, surface properties, and > atmospheric species (UVS-EUV) > >Jupiter >. Jupiter wave structure (PPR) > >Magnetosphere >. Jupiter/Io coupling >. Inner magnetosphere survey including dusk region >. Io torus energetics >. Io torus morphology (UVS-EUV) > > >I25 > >Science Highlights > >Io >. Gravity field measurement for interior structure >. Highest resolution imaging of Io during GEM >. First south polar coverage >. Imaging and monitoring of volcanic features >. Global and regional thermal maps (PPR) >. Regional near-infrared spectral mapping (NIMS) >. Auroral, atmospheric, and surface properties (UVS-EUV) > >Magnetosphere >. Jupiter/Io coupling >. Inner magnetosphere survey >. Io torus energetics >. Polar Io magnetic field measurements >. Io torus morphology (UVS-EUV) > >Europa >. First opportunity for imaging Jupiter- > facing hemisphere (NIMS, SSI, UVS-EUV) >. High resolution north polar imaging >. Polarimetry for surface textures (PPR) >. Imaging of lineaments, dark band pairs, and flow > features related to active tectonics and > non-synchronous rotation > >Other Targets >. Highest resolution imaging of Amalthea > > > >E26 > >Science Highlights > >Europa >. Search for evidence of an induced magnetic > field (MAG) >. Imaging of possible cryovolcanic flow features >. Imaging of Callanish ejecta, and ridged terrain, > to address questions of a subsurface ocean >. Ionosphere characterization during Earth occultation > >Magnetosphere >. Survey of inner magnetosphere >. Jupiter/Europa interaction > >Io >. Best topographic and spectral imaging of > the Loki hemisphere of Io (SSI, NIMS) >. Torus observation (UVS-EUV) > >Other Targets >. Highest resolution imaging of Amalthea, Thebe, and Metis > of the Galileo Mission > > >I27 > >Science Highlights > >Io >. Gravity field measurement for interior structure >. 5 m/pixel resolution images of Isum Mons and Zamama, > with other features, and a 3-color global view (SSI) >. High resolution near-infrared spectral maps of > Pele, Tohil Mons, Amirani and other features (NIMS) >. SO2 frost observation by PPR >. Polarimetry and spectral mapping of Mulungu region (PPR, NIMS) >. Torus morphology (UVS-EUV) >. Aurora and surface and atmospheric properties (UVS-EUV) >. Global and regional thermal mapping (PPR) > >Magnetosphere >. Measurements to characterize the interaction of > Io and Jupiter's magnetosphere for understanding > the origins of the plasma torus >. Survey of the inner magnetosphere >. Complete I25 Io Torus data return > >Jovian Atmosphere >. Wave structure (PPR) > > >G28 > >Science Highlights > >Magnetosphere >. Interactions of the magnetospheres of > Ganymede and Jupiter >. Measurements within Jupiter's magnetosphere > for comparison with contemporaneous measurements > of the solar wind by Cassini > >Jovian Atmosphere >. Coordinated investigation of aurora and > auroral variability (NIMS, UVS) >. High-resolution imaging of Great Red Spot > for characterization of wind speeds (SSI) >. High north latitudes occultation of Earth (RST) > >Ganymede >. High-resolution imaging of key geologic > features (SSI, NIMS, PPR) >. Global mapping to complete longitudinal > coverage (NIMS, PPR) >. Limb scan and Earth occultation for detection > of an atmosphere (NIMS, RST) > >Other Targets >. Low-phase, high tilt Ring observations (SSI) >. Color imaging and volcano monitoring of Io (SSI, NIMS) >. Europa global color imaging (SSI) > > >G29 > >Science Highlights > >Ganymede >. Auroral features (SSI, UVS) >. Regional and high-resolution observations > of key geologic features (SSI, NIMS, PPR, UVS) >. Global observations (PPR, NIMS) >. Eclipse thermal maps (PPR) > >Jovian Atmosphere >. Collaborative observations (with Cassini) > of atmospheric motions (SSI), aurora (UVS, > NIMS), and near-infrared spectral mapping (NIMS) >. Regional feature observations (Great Red Spot, > north equatorial belt, hot spots) by PPR and NIMS > >Magnetosphere >. Interactions of the magnetospheres of Jupiter > and Ganymede >. Extensive measurements of the dusk-side > magnetosphere in collaboration with Cassini > observations obtained while traversing the > magnetosphere > >Other Targets >. Imaging of Io sodium cloud and Io eclipse (SSI) >. Jovian main ring (SSI) >. Global images of Io (SSI), Europa (NIMS), and > Callisto (NIMS) complementing Cassini views ************************** W. Kent Tobiska FDC/JPL, MS 264-580 4800 Oak Grove Dr. Pasadena, CA 91109 (818) 393-7742 (phone) (818) 393-4530 (fax) kent.tobiska@jpl.nasa.gov http://www.spacenvironment.net **************************