The table below shows the most common keywords used by the author. The letters in brackets after some keywords denote if the keyword corresponds to Solar Physics (S) or Heliospheric Physics (H).
| Keyword
| Occurrences
|
|---|
| Mars
| 55
|
| MAVEN
| 17
|
| Aurora
| 11
|
| Atmosphere
| 10
|
| Thermosphere
| 10
|
| ULTRAVIOLET
| 9
|
| Io
| 9
|
| Airglow
| 6
|
| Spectroscopy
| 5
|
| Exosphere
| 5
|
| UV
| 5
|
| Tides
| 5
|
| Dayglow
| 4
|
| Io Plasma Torus
| 4
|
| Spectrograph
| 4
|
| SODIUM
| 4
|
| Space Weather
| 4
|
| Model
| 4
|
| Upper Atmosphere
| 4
|
| Escape
| 3
|
| Emission Spectra
| 3
|
| Carbon Dioxide
| 3
|
| Planetary Sciences: Fluid Planets: Tori And Exospheres
| 3
|
| Magnetic Fields
| 3
|
| Proton Aurora
| 3
|
| Composition
| 3
|
| Planetary Magnetospheres
| 3
|
| Astrophysics - Earth And Planetary Astrophysics
| 3
|
| PLANET SCI
| 3
|
| Oxygen
| 3
|
| Mesosphere
| 3
|
| Echelle
| 3
|
| EMISSIONS
| 2
|
| MAVEN/IUVS
| 2
|
| Jeans Escape
| 2
|
| Elastic Scattering
| 2
|
| Eclipses
| 2
|
| IUVS
| 2
|
| IPH
| 2
|
| Water Vapor
| 2
|
| Dust Storm
| 2
|
| Ionosphere
| 2
|
| Discrete Aurora
| 2
|
| Planetology: Solar System Objects: Jovian Satellites
| 2
|
| Deuterium
| 2
|
| SPECTRA
| 2
|
| Nitric Oxide
| 2
|
| SATELLITES
| 2
|
| PLASMA
| 2
|
| Comet Siding Spring
| 2
|
| Mars Dayglow
| 2
|
| Satellite Atmospheres
| 2
|
| Hydrogen
| 2
|
| Planetary Sciences: Solar System Objects: Mercury
| 2
|
| Mars Atmosphere
| 2
|
| Temperature
| 2
|
| Magnetospheric Physics: Planetary Magnetospheres (5443
| 2
|
| Magnetospheric Physics: Magnetosphere Interactions With Satellites And Rings
| 2
|
| Planetary Sciences: Fluid Planets: Magnetospheres (2756)
| 2
|
| Atmospheric Escape
| 2
|
| Galilean Satellites
| 2
|
| Solar Wind [H]
| 2
|
| Limb Scan
| 2
|
| Physics - Space Physics [H]
| 2
|
| JUPITER
| 2
|
| 6033)
| 2
|
| Planets And Satellites: Composition
| 1
|
| Planets And Satellites: Atmospheres
| 1
|
| Planets
| 1
|
| Planetology: Solid Surface Planets: Interactions With Particles And Fields
| 1
|
| Planetology: Fluid Planets: Tori And Exospheres
| 1
|
| Planetology: Fluid Planets: Remote Sensing
| 1
|
| Planetology: Fluid Planets: Magnetospheres (2756)
| 1
|
| Planetology: Fluid Planets: Interactions With Particles And Fields
| 1
|
| Planetology: Fluid Planets: Atmospheres-composition And Chemistry
| 1
|
| Planetology: Comets And Small Bodies: Ionospheres-structure And Dynamics
| 1
|
| Planetary Sciences: Solar System Objects: Jupiter
| 1
|
| Planetary Sciences: Solar System Objects: Io
| 1
|
| Planetary Sciences: Fluid Planets: Origin And Evolution
| 1
|
| Planetary Sciences: Fluid Planets: Atmospheres (0343
| 1
|
| Planetary Sciences: Comets And Small Bodies: Interactions With Solar Wind Plasma And Fields
| 1
|
| Planetary Sciences: Comets And Small Bodies: Aurorae
| 1
|
| Physics
| 1
|
| Photodissociation
| 1
|
| Ozone
| 1
|
| Oxygen 297.2 Nm
| 1
|
| Oxygen 130.4 Nm
| 1
|
| ORIGIN
| 1
|
| OPTICAL PROPERTIES
| 1
|
| Observation
| 1
|
| Nightglow
| 1
|
| Neutrals
| 1
|
| Neutral Density
| 1
|
| Near Ultraviolet Radiation
| 1
|
| Monte Carlo Method
| 1
|
| Molecular Spectroscopy
| 1
|
| Molecular Physics
| 1
|
| Molecular Oxygen
| 1
|
| Molecular Ions
| 1
|
| Molecular Interactions
| 1
|
| Models
| 1
|
| Modeling
| 1
|
| Meteors
| 1
|
| Meteoric Metals
| 1
|
| Meteor Shower
| 1
|
| Meteor Ablation
| 1
|
| MAVEN/IUVS Stellar Occultations
| 1
|
| MAVEN Mission
| 1
|
| Mathematical Models
| 1
|
| Massive Stars
| 1
|
| Martian Proton Aurora
| 1
|
| Martian Ionosphere
| 1
|
| Martian Atmosphere
| 1
|
| Mars Upper Atmosphere
| 1
|
| Mars Thermosphere
| 1
|
| Mars Reanalysis
| 1
|
| Mars Mesospheric Clouds
| 1
|
| Mars Magnesium Layer
| 1
|
| Mars Express
| 1
|
| Mars Climate
| 1
|
| Mars Chemistry
| 1
|
| MANEN IUVS Observation
| 1
|
| Magnetospheric Physics: Field-aligned Currents And Current Systems (2409)
| 1
|
| Magnetospheres
| 1
|
| MAGNETOSPHERE
| 1
|
| Magnetic Reconnection
| 1
|
| Magnetic FieldConvergence
| 1
|
| Magnetic Field Topology
| 1
|
| Lyman-alpha
| 1
|
| Line Spectra
| 1
|
| KINEMATICS
| 1
|
| Jupiter Magnetosphere
| 1
|
| Jupiter Atmosphere
| 1
|
| Jupiter (Planet)
| 1
|
| Jovian Sodium Nebula
| 1
|
| Jovian Satellites
| 1
|
| Jovian Magnetosphere
| 1
|
| IUVS/MAVEN
| 1
|
| IUVS Instrument
| 1
|
| Ionospheres
| 1
|
| Ion Production Rates
| 1
|
| Ion Escape
| 1
|
| Io Volcanism
| 1
|
| Io Atmosphere
| 1
|
| Inverted-V Electron
| 1
|
| Instrumentation: Miscellaneous
| 1
|
| IMPACT EFFECTS
| 1
|
| Image Processing
| 1
|
| Hydroxyl
| 1
|
| Hydrogen Ly-β
| 1
|
| Hydrogen Escape
| 1
|
| Hubble Space Telescope
| 1
|
| HST SATELLITE
| 1
|
| HST Observations
| 1
|
| Hot O Corona
| 1
|
| Hot Electrons
| 1
|
| High Resolution Spectroscopy
| 1
|
| H Corona
| 1
|
| Ground Based
| 1
|
| Gravity Waves
| 1
|
| Global Climate Model (GCM)
| 1
|
| General Circulation Modeling
| 1
|
| Gas Dissociation
| 1
|
| FROST
| 1
|
| FOS INSTRUMENT
| 1
|
| FORMATION
| 1
|
| Flare
| 1
|
| Field-aligned Potential
| 1
|
| Far Ultraviolet Radiation
| 1
|
| Extreme Ultraviolet Observations
| 1
|
| Experimental Techniques
| 1
|
| Energy
| 1
|
| Enceladus
| 1
|
| Emission
| 1
|
| Emirates
| 1
|
| ELECTRONS
| 1
|
| Electron Temperature
| 1
|
| Eclipse
| 1
|
| EARTH-BASED OBSERVATIONS
| 1
|
| Dynamics
| 1
|
| Dust Storms
| 1
|
| Dust
| 1
|
| Diurnal Thermal Structure
| 1
|
| Dissipation
| 1
|
| Discrete
| 1
|
| DIAGRAMS
| 1
|
| DENSITY
| 1
|
| Dayside
| 1
|
| Data Assimilation
| 1
|
| Crustal Magnetic Fields
| 1
|
| Cosmic Dust
| 1
|
| Coronal Scan
| 1
|
| Corona [S]
| 1
|
| COLLISIONS
| 1
|
| Collisional Processes
| 1
|
| CO2 Density
| 1
|
| CO2 And O2 Density
| 1
|
| Clouds
| 1
|
| Circulation
| 1
|
| Charge Exchange
| 1
|
| Calibration
| 1
|
| CALCULATIONS
| 1
|
| BRIGHTNESS
| 1
|
| Auroral Electrons
| 1
|
| Aurorae
| 1
|
| Atomic Spectra
| 1
|
| Atomic Collisions
| 1
|
| Atmospheric Tides
| 1
|
| Atmospheric Composition And Structure: Airglow And Aurora
| 1
|
| Atmospheric Composition And Structure
| 1
|
| Atmospheric Composition
| 1
|
| Atmospheres
| 1
|
| Astrophysics - Solar And Stellar Astrophysics [S]
| 1
|
| Astrophysics - Instrumentation And Methods For Astrophysics
| 1
|
| Astronomical Spectroscopy
| 1
|
| And X-ray Emission
| 1
|
| ALBEDO
| 1
|
| Abundance
| 1
|
| ABSORPTION
| 1
|
| Ablation
| 1
|
| 1060)
| 1
|
| X-class Flare
| 1
|
| Waves/tides Detection
| 1
|
| WAVELENGTH
| 1
|
| Water Loss
| 1
|
| Water Escape
| 1
|
| Volcanic Activity
| 1
|
| VIDEOTAPES
| 1
|
| Vertical Coupling
| 1
|
| Venus
| 1
|
| VELOCITY
| 1
|
| Ultraviolet Spectra
| 1
|
| Ultraviolet Observations
| 1
|
| Ultraviolet Dayglow
| 1
|
| Toroidal Plasmas
| 1
|
| Titan
| 1
|
| Thermal Time Constant
| 1
|
| Temperatures
| 1
|
| Temperature Profiles
| 1
|
| Temperature And Density
| 1
|
| Techniques: Spectroscopic
| 1
|
| Sun: Heliosphere [H]
| 1
|
| Sun: Flares [S]
| 1
|
| Sulfur Dioxides
| 1
|
| SULFUR DIOXIDE
| 1
|
| SULFUR
| 1
|
| Structure
| 1
|
| Stellar Winds
| 1
|
| Stellar Occultation
| 1
|
| SPICAM
| 1
|
| Spectrum Analysis
| 1
|
| Spectral Signatures
| 1
|
| Spectral Resolution
| 1
|
| Space Plasma Physics: Turbulence (4490)
| 1
|
| Space Plasma Physics: Particle Acceleration
| 1
|
| Space Physics
| 1
|
| Solar-wind Interactions
| 1
|
| Solar Weather
| 1
|
| Solar System
| 1
|
| Solar Event
| 1
|
| Sinuous
| 1
|
| SHADOW
| 1
|
| Saturn
| 1
|
| SATELLITE OBSERVATIONS
| 1
|
| Ribbon
| 1
|
| Retrieval
| 1
|
| REFLECTIVITY
| 1
|
| Reconnection
| 1
|
| Radio Occultation
| 1
|
| Radiative Transfer [S]
| 1
|
| Radiative Processes
| 1
|
| Radiative Balance
| 1
|
| Radial IMF
| 1
|
| Proton/hydrogen Precipitation
| 1
|
| PRODUCTION RATES
| 1
|
| Plasmasphere
| 1
|
| PLASMAS
| 1
|
| Planets And Satellites: Physical Evolution
| 1
|
| Planets And Satellites: Magnetic Fields
| 1
|
| Planets And Satellites: Io
| 1
|
| Planets And Satellites: Individual: Jupiter
| 1
|
| Planets And Satellites: Individual: Io
| 1
|
| PLANETS AND SATELLITES: INDIVIDUAL JUPITER
| 1
|
| PLANETS AND SATELLITES: INDIVIDUAL IO
| 1
|
| Planets And Satellites: Dynamical Evolution And Stability
| 1
|
| Planets And Satellites: Detection
| 1
|
| 3-D Simulation
| 1
|
| X-ray Stars
| 1
|