Tuesday Evening 27 June 2000 Poster Session Titles
Analysis Techniques (A)

• A01: ISR neutral winds and collision frequencies: new insights by Heinselman, Craig
• A02: Triangulation of Auroral Emission Heights by Jackel, Brian J
• A03: Digisonde Vertical Drift Velocity Measuring Technique by (student in competition) Paznukhov, Vadym
• A04: Auroral Arc Referenced Convection Patterns from SuperDARN by Ruohoniemi, Michael
• A05: Electrostatic Potential Patterns in the High Latitude Constrained by SuperDARN Measurements by Shepherd, Simon
• A06: The LT-UT mapping of equivalent currents. by ZAITZEV, Alexander

Tuesday Evening 27 June 2000 Poster Session Titles
Instruments (N)

• N01: Laser Induced Flourescence Studdies of the Middle Atmosphere by (student in competition) Breese, Justin
• N02: The Firepond Lidar at MIT Haystack Observatory by Duck, Thomas J.
• N03: Evaluation of a Liquid Crystal Fabry-Perot for use in Lidar applications by Sipler, Dwight
• N04: A "Fly-Eye" Mosaic Fabry-Perot for Airglow Spectroscopy by Kerr, Robert B.
• N05: Simultaneous Multispectral Imaging of Auroral Fine Structure by Semeter, Joshua
• N06: The Platteville Atmospheric Observatory by (student in competition) McQuerry, Shawn
• N07: The Pohnpei Radar Observatory - PRO by Ecklund, Warner L.
• N09: A Low-Cost, Remotely-Deployable Meteor Radar System for Mesosphere/Ionosphere Coupling Studies by Palo, Scott
• N09: Wide-beam forming using binary phase coding by Woodman, Ronald F.
• N10: Current Performance of the TIMED Doppler Interferometer (TIDI) by Kafkalidis, Julie F.
• N11: Solar EUV Observation from GOES: Objectives and Instrument Design by Viereck, Rodney

Tuesday Evening 27 June 2000 Poster Session Titles
Ionosphere and Coupling to the Magnetosphere and Neutral Atmosphere (O)

• O01: Intermediate Layers and Associated Vertical Ion Drifts by (student in competition) Bishop, Rebecca
• O02: Incoherent-Scatter Radar Studies of Metal Ion Composition in Sporadic-E Double Layers by (student in competition) Suzuki, Nobuhiro
• O03: A Study of the Arecibo Micrometeor Entry Kinetics in the Upper Atmosphere by (student in competition) Janches, Diego
• O04: Simulations and analysis of meteor trail plasma dynamics and diffusion in the ionosphere by (student in competition) Dyrud, Lars
• O05: Lower ionospheric collision frequencies: A comparison of radar measurements and laboratory data by Vincent, Robert A.
• O06: In search of vibrationally excited N2 effects on NmF2. by Richards, Phil
• O07: Equatorial electrojet irregularities investigations using a 50 MHz back-scatter radar and a digisonde: some initial results by Abdu, Mangalathayil A.
• O08: Interferometry Investigations of Blob-like Sporadic E Plasma Irregularity Using The Chung-Li VHF Radar by Wang, Chien-Ya
• O09: Characterization of Equatorial Plasma Irregularities by (student in competition) Hei, Matthew A.
• O10: Results of a Neural Network Prediction Study for Equatorial Spread-F by (student in competition) Rasmussen, Beatrice K.
• O11: Measurements of the latitudinal distribution of TEC during Equatorial Spread-F events by Valladares, Cesar E.
• O12: Numerical modeling of Jicamarca densities and GPS TEC values by Valladares, Cesar E.
• O13: Interhemispheric Flows in the Equatorial Topside Ionosphere by (student NOT in competition) Venkatraman, Sarita
• O14: Comparison of ionospheric parameters derived from airglow observations and incoherent scatter radar masurements by (student in competition) Makela, Jonathan J
• O15: INHOMOGENEOUS STRUCTURE OF IONOSPHERE OVER ARECIBO by (student in competition) Zhou, Qina
• O17: Title: Ionospheric Tomography with the Global Positioning System by Tsai, Lung-Chih
• O18: The traveling ionospheric disturbances observed by GPS receivers at mid-latitudes by Saito, Akinori
• O19: Gravity Wave Signatures in the Ionosphere of Jupiter. by (student in competition) Matcheva, Katia
• O20: Vibrational distributions of the N2+(A) and N2+(B) states in the terrestrial midlatitude and auroral ionospheres by Fox, Jane L.
• O21: Global Conductances from AMIE using POLAR UVI images by CROWLEY, GEOFF
• O22: Performance of the Weimer Ionospheric Convection Model Model with Satellite Data for Space Weather Applications by Hairston, Marc
• O23: Convection Electric Field Products at the JHU/APL SuperDARN Web Site by Greenwald, Raymond
• O24: The Polar Ionosphere under conditions of Northward IMF: Numerical Modeling and comparison with data by (student in competition) Kombiyil, Raj
• O25: Near-simulataneous POLAR and DMSP Measurements of Topside Ionospheric Field-aligned Flows at High Latitudes by (student in competition) Zeng, Wen
• O26: Whistler-mode Wave Injection Experiments in the Plasmasphere with a Radio Sounder by (student in competition) Chen, Xiangdong
• O27: The Role of Wave-Particle Interactions on Ionosphere-Magnetosphere Coupling by Barakat, Abdallah
• O28: A Statistical Survey of the Effects of Solar Wind Structures on the Ionosphere and Magnetosphere by Knipp, Delores
• O29: A fully coupled global MHD model of the magnetosphere and ionosphere by schoendorf, jackie

Wednesday Evening 28 June 2000 Poster Session Titles
Mesopause Region and Below (M)

• M01: Long-term variations of atmospheric waves observed with meteor and MF radars in Indonesia by Tsuda, Toshitaka
• M02: Initial Observations of Mesospheric Winds Using IDI Radar Measurements at the Bear Lake Observatory bystudentno; changed to studentyes (meh 6/12/00)Fish, Chad
• M3: Observations of PMSE Using Coherent Radar Imaging: Direct Evidence of Wave Steepening by (student in competition) Yu, Tian-You
• M04: The Photolysis of Sodium Compounds in the Upper Atmosphere by (student in competition) Self, Daniel Emitt
• M05: Analysis of Na Temperature Lidar Measurements: Calculation of Stability of the Mesopause Region by (student NOT in competition) Madine, Sean
• M06: Mesospheric Stability and Temperatures Over Utah and Ontario by (student in competition) Nelson, Karen L
• M07: Lidar Observations of Middle Atmosphere Temperature and Fe Density During the 1999 Airborne Arctic Campaign by (student in competition) Pan, Weilin
• M09: Rayleigh Lidar Studies of the Arctic Middle Atmosphere by (student in competition) Cutler, Laura J.
• M09: Climatology from Atmosphereic Lidar Observatory USU/CASS by (student in competition) Herron, Joshua
• M10: Mesospheric Temperatures Probed by Simultaneous Measurement of OH and O2 in the Nightglow byCosby, Philip C.
• M11: Resolving Ambiguities in Gravity Wave Propagation Directions Inherent in Satellite Observations: A Simulation Study by Brown, Jason S.
• M12: The Numerical Simulation of Gravity Wave Packets and Their Effects on the OI 5577 Airglow by Hickey, Michael
• M13: Effects of Mean Winds on Gravity Wave-Driven O2 Atmospheric Airglow Fluctuations by (student NOT in competition) Hammett, Robert
• M14: Relation of Intensity Perturbation and Vertical Wind Velocity of Acoustic Gravity Wave by (student in competition) Hsia, Justin
• M15: Investigation of Gravity Waves Using Starfire Data by Huang, Tai-Yin
• M16: Directional Dependence of Gravity Wave Propagation Over Fort Collins Colorado by (student in competition) Jorgensen, Arlynda
• M17: Characteristic of Atmospheric Gravity Waves observed during the WAVE2000 Campaign in Japan by (student in competition) Onishi, Hisanaga
• M18: Observations of High Frequency Gravity Wave Spectra in the Middle Upper Stratosphere by (student in competition) Russell, Albert
• M19: Automation and Animation Techniques for Investigation of Gravity Waves in the Infrared Airglow by (student NOT in competition) Krueger, Todd M.
• M20: Simulation of 3-day Kelvin wave influence on Greenline, O2 Atmospheric, and OH Meinal band emissions in the MLT region. by (student in competition) Lichstein, Gilbert S.
• M21: Dynamical processes related to the atomic oxygen springtime transition byLiu, Han-Li
• M22: Uranus: Gravity waves, the momentum budget, and adiabatic cooling. by Young, Leslie A.
• M23: A Mechanistic Wave-Mean Flow Interaction Model - First Results by Meyer, Christian
• M24: Intradiurnal Oscillations in the Mesosphere and Lower Thermosphere by (student in competition) Sharma, Niranjan
• M25: Migrating and Nonmigrating Semidiurnal Tide Components From Combined Space-based and Ground-based Measurements by (student in competition) Cierpik, Kim
• M26: TIME-GCM simulations of the diurnal variation of lower thermospheric nitric oxide observed by HALOE by Marsh, Dan
• M27: Nitrous Oxide(N2O) production in sprites by (student in competition) Moudry, Dana
• M28: Statistical Parameters of Lightning in Sprite-Associated Storms. by (student in competition) São Sabbas, Fernanda T.
• M29: Estimation of the Energies of Electrons Inducing Elves Observed above Japan in Winter by (student in competition) Miyasato, Rina
• M30: A Study of 19.5 GHz Brightness Temperature over Taiwan Area by (student NOT in competition) Shih, Shun-Peng
• M31: Anomalous Behavior of Precipitation Doppler Spectrum Associated With Strong Verticle Air Motion by (student NOT in competition) Su, Ching-Lun

Tuesday Evening 27 June 2000 Poster Session Titles
Thermosphere and Regions Aloft (T)

• T01: Estimates of Terdiurnal Oscillations at Sondre Stromfjord by Azeem, Irfan
• T02: COMPARISON OF THE AURORAL E REGION NEUTRAL WINDS DERIVED BY THE EISCAT RADAR AND PREDICTED BY NCAR TIME-GCM. by Nozawa, Satonori
• T03: Neutral winds in the lower thermosphere observed by WINDII during the April 4-5th, 1993 and February 1994 storms by Zhang, Shengpan
• T04: Thermospheric Vertical Winds at the Auroral Oval/Polar Cap Boundary by (student in competition) Krynicki, Matthew P.
• T05: Verifying Thermospheric Composition Effects due to Vertical Winds by (student in competition) Krynicki, Matthew P.
• T06: SWIFT - ITCI: Space Weather Ionospheric Forecasting Tools – an Ionosonde Thermospheric Composition Index by Wright, John William
• T07: Fabry-Perot Observations of the Hydrogen Geocorona by (student in competition) Mierkiewicz, Edwin, J.
• T08: Determination of geocoronal H-alpha intensities and upper atmospheric hydrogen densities from WHAM FP observations. by Nossal, Susan