Boston University, Department of Astronomy

    flowchart
    I[Boston University, Department of Astronomy]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (506)"]
    CA["Linked Collaborating Authors (22)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A00224

Abbreviation [?]

Dep Ast

Parent Institutions [?]

• Boston University, Massachusetts

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• A Telescopic and Microscopic View of a Magnetospheric Substorm on 31 March 2001: New CLUSTER Observations of the Near Magnetotail
• CEDAR/MISETA Science: Multi-Diagnostic Studies and Modeling of Thermospheric-Ionospheric Dynamics
• Challenges in Solar System Ionospheres
• Day-to-Day Fluctuations in Mars' Total Electron Content: Implications for Navigation and Position Fixing on Future Missions to Mars.
• Energetic Ions in the High Latitude Boundary Layer of the Magnetosphere - RAPID/CLUSTER Observation
• Ground-based Imaging Spectroscopy of Airglow and Aurora During Daytime: The Final Frontier in Optical Aeronomic Investigations?
• Heliospheric Current Sheet Crossings During the 1995-1996 Solar Minimum
• Imaging Magnetospheric Boundries at Ionospheric Heights
• Investigation of the detailed energetic electron trapping boundary structure using CLUSTER II RAPID data
• Ionospheric Variability on Earth and Mars
• Local Heliospheric Current Sheet Structure From Two-Point Measurements
• Magnetospheric and Ionospheric Reconfiguration Timescales: Observations and Global MHD Modeling
• Modeling the low latitude thermosphere and ionosphere
• Multi-point Satellite Measurements in the Ionosphere-Thermosphere System Enabled by New Technologies
• Periodicity in the Solar Wind as a Source of ULF Pulsations
• Polar Observations of the Temporal/Spatial Evolution of Merging at the Dayside Magnetopause and Comparison to MHD Simulation Results
• Post-shock ULF Wave Activity Driven by Dynamic Pressure Variations
• Pulsations in Global MHD Simulations of the Magnetosphere
• Role of Auroral Science in Solar System Aeronomy
• Sounding the Magnetopause Surface in Three-Dimensions with Cluster/RAPID
• The Application of General Circulation Models to the upper Atmospheres of Titan and Triton
• The Geomagnetic Cusps as seen in High Charge State Shocked Solar Wind Ions Observed with s/c Polar during April 2001
• The Magnetospheric Response to Solar Wind Forcing on 31 March 2001: SOHO, ACE, CLUSTER, IMAGE, FAST, SAMPEX, and GEO observations of a Major Geomagnetic Storm.
• The dayside cusp as observed by Polar and Cluster energetic particle instruments
• A Cold Jovian Arctic Polar Vortex: Evidence from Infrared Imaging
• A Ground-based Study of Proton Aurora from Tromso, Norway
• A study of Pc 3-4 pulsations observed by the Cluster satellites and multiple ground-based observatories
• Bow Shock is not the Main Source of Upstream Energetic (> 40 keV) Ions
• CLUSTER - RAPID measurements of high energy electron gradients in the Earth's magnetotail
• Characterizing the Periodicity of Bursty Bulk Flows
• Comparison of Global MHD Simulations of the Lobe Magnetic Field with Spacecraft Data
• Contribution of proton precipitation to space-based auroral FUV observations
• Energetic Particles Observed in the Cusp Region during a Strom Recovery Phase
• Estimation of Plasma Mass Density Using Toroidal Oscillations Observed by CRRES
• Evidence for a Cusp Source of Upstream Energetic Particles
• F2-Layer Behavior Modelled With Coupling From the Lower Atmosphere
• High Resolution Measurements and Modeling of Auroral Hydrogen Emission Line Profiles
• How Magnetically Open are Magnetic Clouds Beyond 1 AU?
• Internal or External? What MHD Simulation Can Say about the Cause of Semiannual Variation in Geomagnetic Activity
• Is the Current Disruption Region the Genesis Region for the Substorm X-Line?
• Jupiter's Aurora: Correlations with Solar Wind? Results of the Millennium Campaign
• Local and Global Jovian Plasma Sheet Characteristics Observed by the Galileo Energetic Particles Detector
• Observational search for magnetosheath merging
• Polar Upstream of the Bow Shock
• Response of low - Latitude OI 630.0nm Dayglow Emission to geomagnetic disturbances
• Solar Wind Control of the Cusp Aurora for Northward IMF
• Sources of Cusp Energetic Ions
• Testing the Potential Saturation Predictions of the Hill Model Using Observations From the March 31, 2001 Storm
• The Role of Storm-Time Parallel Potential Drops in Ion Acceleration
• The Roles and Needs of Models in the Future Solar-Terrestrial Data Environment
• The periodicity of solar wind high-beta structures
• Transient convection in the Earth's magnetosphere and the generation of Pi2 pulsations
• What role does the high latitude ionosphere play in the magnetosphere-ionosphere (MI) coupling?
• A Coupled Model Using Solar Observations to Make Probabilistic Forecasts of Magnetospheric Activity
• A General Code Coupling Framework and the Dissection of the LFM Code
• A Statistical Study of Plasma Sheet Parameters in Geotail Data and the LFM MHD Model
• A Statistical Study of the Global Structure of the Ring Current
• A macroscopic / microscopic view of a substorm
• Building Successful Partnerships Between Scientists and Educators to Bridge Scientific Research to Education and Outreach Audiences at a National Research Laboratory
• CISM: Modeling the Sun-Earth Connection
• Case Study of ULF Waves in the Cusp Region
• Comparison of LFM Simulation With Tsyganenko Models and GOES Observations
• Constellation Strategies of the THEMIS Mission From 2006 Through 2008 and Beyond
• Coupling of Solar Wind Energy to the Magnetosphere via ULF Waves
• Cusp Region as Viewed by Energetic Electrons and Ions:A Statistical Study Using Cluster Rapid Data
• Effects of the Solar Wind and Ionospheric Conductance on the Transpolar Potential and Magnetosheath Flow: Global MHD Modeling
• Energetic Ion Observations at the Cusp and Bow Shock
• Energetic Particles And The Concept Of An Open/Closed Field Line Boundary
• Energetic and dynamic impact on the upper atmosphere during the April 2002 geomagnetic storm
• Faces of the Sun and Cognitive Phases
• Ground based OI 630.0 nm Observations of Sunlit Cusp from Sondrestromfjord, Greenland
• Implications of unusual pitch-angle distributions observed by ISEE-1 and ISEE-2.
• Ion Composition in Jupiter's Inner and Middle Magnetosphere
• Is a New Lexicon for Field-Aligned Current Systems Needed?
• Large-Scale Magnetic Field Inversions at Sector Boundaries and Their Relation to Coronal Mass Ejections
• Magnetospheric Interaction of the Galilean Satellites with Jupiter: Auroral Emissions from the Satellites and their Magnetic Footprints
• Multi-satellite measurements of electron phase space density gradients in the Earth's magnetotail and their relation to geomagnetic activity and solar wind conditions
• Multi-station Scintillation Observations at Spitzbergen During the NASA Cusp Rocket Campaign
• Multispacecraft Observations of Energetic Electron Anisotropies in the Plasma Sheet using CLUSTER/RAPID Data
• Non-specular meteor trail diagnostics
• O<SUP>+</SUP> <SUP>4</SUP>P-<SUP>4</SUP>D<SUP>0</SUP> Lines in Aurora over Svalbard
• Pi2 Pulsations With Second Harmonic: CRRES Observations in the Plasmasphere
• Probabilistic Forecasting of Geomagnetic Indices Using Solar Wind "Air Mass" Analysis
• Teacher Intern Experiences during a Graduate Level Summer School
• The Relative Timing of Substorm Onset Phenomena
• The Solar Mass Ejection Imager (SMEI)
• Understanding Electron Heat Flux Dropouts
• Visualization and Data Analysis for CISM Models
• a Field Line Topology Tracer -- Cluster Energetic Electrons Observations in the High Latitude Boundary / Cusp REGIONs
• A Comparison of Coronal Magnetic Field and Heliospheric Current Sheet Derived From the MAS and WSA Models
• A Multisatellite View of the Recovery Phase of Substorms
• A Statistical Comparison of the Geotail and MHD Plasma Sheet
• A study of low latitude electron densities using CMIT
• An Imaging Spectrograph for Ground Based, Round-the-Clock Optical Aeronomy Studies
• Comparison of Solar Energetic Particle Events and Impulsive Nitrate Increases in Greenland Ice Cores
• Coupling Processes in the Inner Magnetosphere Associated with Midlatitude Red Auroras during Superstorms
• Dayside boundary layer under northward IMF: A Cluster perspective
• Effect of the Anomalous Electron Heating on the Ionospheric Potential in the Global MHD Model.
• Extreme Solar Wind Conditions and Extreme Response of the Earth's Magnetosphere
• First Ground-Based Measurements of OI 6300 Å Daytime Aurora Over Boston in Response to the 30 October 2003 Geomagnetic Storm
• Geomagnetic Activity Dependence of the Ratio N+/O+ in the Ring Current
• How common are magnetic disconnection events in the solar wind?
• Investigation of Sawtooth activity duing the Halloween Storms of 2003
• Ion Accelerating by Turbulent Electric Fields in High-Altitude Cusp
• MHD Simulation of Solar Wind Magnetosphere Coupling During the Halloween Magnetic Storm
• Magnetic Reconnection for Southward and Northward IMF- Coordinate Observations by TC1 and Cluster on Feb.13, 2004
• Mass Density Inferred From Toroidal Wave Frequencies And its Comparison to Electron Density
• Model and Data Comparison of Inner Magnetosphere Plasma
• Multiple-spacecraft Detection of the Diffusion Region of Magnetic Reconnection by Cluster Mission
• Numerical Simulations of the October-November 2003 Super Storms
• Plasma instabilities in auroral ionospheric density gradients from 120-200 km altitude
• Predictions of solar wind properties at 1 AU: A comparison of empirical and physics-based models to spacecraft data.
• Saturn's Magnetosphere During Cassini's Approach and Initial Orbit
• Saturn's UV Aurora Imaged with HST during the Cassini Approach to Saturn
• Study of Cusp Structure and Wave Activity in Cusp Regions
• Temperature Anisotropy Constraint In The Plasma Sheet
• The Role of Interchange Reconnection at the Sun, in the Heliosphere, and in Earth's Magnetosphere
• Three Dimensional Energetic Electron Distributions Observed During Substorms: Using a New Mode the L3DD Data of the Cluster RAPID Experiment
• Two Components of Ionospheric Plasma Structuring at Mid-latitudes during Large Magnetic Storms
• Universal Aspects of the Local Plasma Environment
• Visualization and Science Analysis for the CISM Models
• A Conjunction FTE Event of Cluster and TC1 on Jan 04,2005
• A global MHD simulation of an event with a quasi-steady northward IMF
• Anomalous Electron Heating and Its Effect on the Electron Density in the Auroral Electrojet
• Assessing the Sensitivity of Radiation Belt Model Predictions to Different Magnetic Field Models
• CEPs are an Additional Source of Outer Radiation Belt Charged particles
• Cluster Measurements of Fast Magnetic Reconnection in Earth's Magnetotail
• Cluster observations of magnetospheric substorm expansion and recovery phase features in the near- and mid-tail regions: Comparison with numerical simulations
• Comparative Ionospheres: All Planets Enjoy Sunshine
• Dayside Magnetospheric Boundary Layer: Coordinated Observation by Cluster and Double Star
• Direct Solar Wind-Thermosphere Coupling
• Disconnection Signatures of Field-Line Opening in ICME Legs?
• Earthward Flowing Plasmoid: Structure and Its Related Auroral Signature
• Embedding a Hall MHD plasma sheet simulation inside the Lyon-Fedder-Mobarry global MHD model
• Energetic Particle Modulation by ULF waves in the inner magnetosphere
• Energetic particles boundaries in the inner magnetosphere observed by the Cluster
• Finding the LFM Magnetopause
• H Lyman-Alpha Disc Emission from the Upper atmosphere of Jupiter: New Radiation Transfer Diagnosis
• HST/ACS UV Imaging of Saturn's Southern Aurora in a Quiet State
• Hands-on Space Experiments from Cradle to Grave: The Role of the Sounding Rocket Program in Developing Human Infrastructure
• High Resolution Substorm Energetic Electrons seen in the Magnetotail by all 4 CLUSTER satellites
• High and low latitude reconnection signatures in the dayside magnetopause and cusp observed by Cluster-Double Star: six-point measurements
• Inferring storm induced variations in thermospheric composition over low-latitudes using ground-based daytime optical airglow emissions
• Investigation of the PFSS and Schatten Current Sheet Interface in the WSA Model
• Magnetic Flux Pileup and Magnetic Field Dipolarization During Substorm
• Magnetopause at Low and High-latitude: Cluster and Double Star Perspective
• Mean of Proton Temperature Anisotropy in the Solar Wind is Solely Controlled by the Threshold of its Excited Instabilities and its Implication: Two Years of Geotail Observations
• Metrics Studies of the Center for Integrated Spaceweather Modeling Solar Wind Models: An Eight Year Comparison of CORHEL and WSA Predictions with Wind and ACE Observations
• Multi-Spacecraft Observation of a High-Speed Flow Event at the Dayside Magnetopause for Strong IMF By: A Preliminary Study
• Observations of the Effects of Solar Flares on Earth and Mars
• Planetary Ionospheres And Magnetospheres: What Can We Learn From Comparative Auroral Analysis?
• Saturn's Ionosphere: Modeling Plasma Densities and Temperatures, Comparisons with Cassini
• Sources of Cold Dense Plasma Sheet:A Multi-Satellite, Multipoint Case Study
• Structure and Dynamics of the Plasmapause Region: Cluster Observations
• Studying the property of the boundary layers using new multipoint techniques
• TC-1 and Cluster Observation of Substorm Dipolarization on Sep 14, 2004
• The Energetic Particle Investigation for the SMART Magnetospheric Multiscale Mission
• The Occurrence Rate of Solar Wind Periodic Number Density Structures
• The heliospheric magnetic flux budget
• Understanding the Solar Terrestrial Environment through Numerical Simulation
• Where is the Anomalous Cosmic Ray Accelerator and Why did Voyager Miss It?
• Whistler Scattering of Suprathermal Electrons in the Solar Wind: ACE Observations
• A Comparison of Saturn's Ring Current Parameters With Changing Magnetospheric Size
• BBF Plasmoid Observed by Cluster and Double Star Constellation
• Cassini Radio Occultations of Saturn's Ionosphere: Modeling a Variable Influx of Water into Saturn's Atmosphere
• Compositional changes in thermosphere during a geomagnetic storm inferred using ground- based daytime OI 630.0nm optical airglow emissions
• Conceptual Understanding of Students in an Upper Division Space Physics Course
• Developing cyber-infrastructure for addressing grand challenge questions in Sun-Earth system science: First results of a testbed worldwide online conference series
• Energetic particle flux enhancement at the high latitude boundaries
• High-Altitude Cusp: A New, Large, Radiation Belt in Geospace
• In Situ Estimates of Auroral Current Sheet Structure and Dynamics Using Three-Point ST5 Magnetometer Observations
• In situ evidence for the structure of the magnetic null in a 3D reconnection event in the Earth's magnetotail
• Investigating the state of the Sun-Earth system during extreme events: First science results of a worldwide online conference series
• LRO Cosmic Ray Telescope for the Effects of Radiation (CRaTER): Instrument Overviw and Computer Simulations of Detector Response to SEPs and GCRs
• Larger IMF drives relatively lower magnetospheric activity: Observational and LFM simulation results
• Magnetopause location in the LFM, empirical models, and Cluster observation
• Magnetospheric Oscillations and Their Relation to Periodic Multiple Discrete Solar Wind Number Density Variations
• Modelling the rate of recovery from geomagnetic storms at solar maximum and minimum
• Multi-fluid simulations of the magnetosphere-ionosphere interaciotn and convection
• Predicting Solar Wind Structures in the Inner Heliosphere
• Properties of Open Fields in Magnetic Clouds at 1 AU and Implications for Patterns of Interchange Reconnection at the Sun
• Radial Variation of the Average Ion Mass Inferred From the Frequency of Standing Alfven Waves Observed by CRRES
• Shock and discontinuity associated periodicities in the solar wind and magnetosphere
• The Dayside Plasma Sheet at High-Altitude, Mid-Latitudes: The View From Within the (Magnetic) Bottle?
• The Global Structure of the Heliospheric Magnetic Field over the Solar Cycle
• The HST UV Auroral Imaging Campaign of Jupiter and Saturn during the International Heliophysical Year
• The Mission of Opportunity Radbelt Experiment (MORE) for the RBSP Program
• The Radiation Belt Storm Probes (RBSP) Energetic Particle, Composition, and Thermal Plasma (ECT) Instrument Suite
• Transient IP Structures Associated with Short-Period Variations in the Solar Energetic Particle and Galactic Cosmic Ray Flux
• Transit Time and Normal Orientation of ICME-driven Shocks
• Using Solar and In Situ Observations to Improve and Constrain Corona &amp; Solar Wind Models
• Water on Saturn: Global effects on ionospheric densities
• Cluster Observations of the Magnetospheric Low-Latitude Boundary Layer and Cusp During Extreme Solar Wind and Interplanetary Magnetic Field Conditions: 10 November 2004 ICME and Statistical Survey.
• Diffusive Acceleration at the Blunt Termination Shock
• Energetic Particles Observed by ISEE-1 and ISEE-2 in a Cusp Diamagnetic Cavity on September 29, 1978
• Estimations of the convection electric field from plasmaspheric images and geostationary energetic particle measurements; direct comparison
• Evolution of suprathermal electron distributions with heliocentric distance
• GCR Modulation by Small-Scale Features in the Interplanetary Medium
• Hybrid Simulations of the Heliospheric Termination Shock
• Ionospheric O+ Outflows in the Multi-Fluid LFM
• Longitudinal Variability of the Low Latitude Ionosphere and Scintillation Activity
• Magnetospheric {ULF} Activity as a Function of Solar Wind Conditions: Toward a Quantitative Model of Radial Diffusion in the Magnetosphere
• Multiple Cusps under Northward IMF Conditions: Observations and MHD Simulations Compared
• New Theoretical Tools for Studying Ionospheric Electrodynamics
• On the difference between active and steady magnetospheric response to moderate solar wind IMF driving
• Quantifying ULF Waves in the Inner Magnetosphere and Their Effects on Radiation Belt Electrons
• Solar Wind Speed as a Driver of Magnetospheric Activity
• Sources and sinks of equatorially mirroring energetic charged particles in the earth's inner magnetosphere
• The Interstellar Boundary Explorer (IBEX) -- Half a Year to Launch!
• The Interstellar Boundary Explorer Instrument Models and Predicted ENA Count Rates
• The Structure of the Mars Ionosphere
• The rotation of Saturn's auroral oval
• Variations in the GCR Flux Associated with Heliospheric Transient Structures Near the August 20, 2006 Forbush Decrease
• Vertical transport in the ionosphere derived from near-infrared spectroscopy of the aurora
• Automatic Segmentation of Jupiter's Aurora on HST Images
• Bulk Acceleration of Outflowing Ionospheric Thermal Plasma in Multi-Fluid MHD
• Conservation of open solar magnetic flux and the floor in the heliospheric magnetic field
• Coordinated measurements of auroral processes at Saturn from the Cassini spacecraft and HST
• Dynamic Motion of the Bow Shock and the Magnetopause and the Magnetospheric Response - THEMIS Observations
• Effects Non-uniform Flux Transfer and Empirically Based Heliosheath Plasma Distributions on Global Maps of Heliospheric Energetic Neutral Atoms
• Energy partition of the heliospheric termination shock
• Examining EMIC Waves Observed at Geosynchronous Orbit During Storms, Directly and as Inferred From the Plasma Population
• High time resolution observations of the drivers of Forbush decreases
• Initial Validation of the Earth-Moon-Mars Radiation Environment Module
• Ion composition in the Plasma Trough and Plasma Plume Derived From a CRRES Magnetoseismic Study
• Ionospheric Storms: Average Patterns for Seasonal, Solar Cycle and Local Time of Storm Onset at Sub-Auroral Sites in Both Hemispheres.
• Location and correlation of Saturnian Kilometric Radiation (SKR) sources and UV aurorae
• Magnetospheric Configurations During Relativistic Electron Dropout Events
• Modeling Magnetic Field Topology at Jupiter with the Khurana Magnetic Field Model
• Modelling of the Saturnian Kilometric Radiation (SKR)
• Multipoint Analysis of Meso-scale Structures in the Ambient Solar Wind: STEREO-A, -B, and L1 Observations
• Multisensor observations of low latitude irregularity development
• No Two Ionospheric Storms Are the Same ..... Nonsense!
• Numerical Study of Interchange Reconnection Associated with CMEs
• Observed Properties of the Slow Solar Wind
• On the Source of Periodic Solar Wind Number Density Structures Using the Alpha to Proton Abundance Ratio
• On the estimation of particle energies and fluxes incident over Boston during a daytime auroral event
• RCM-VERB Coupled Simulations of the Dynamics of the Radiation Belts During Storms
• Radiation Belt Storm Probes Mission
• Radiation belt energy and pitch angle distributions resulting from shock-drift injections
• Recent results from HST and ground-based observations of Saturn's aurora
• Response of Saturn's Magnetosphere and Ionosphere to Solar Wind Driving
• Source Regions of Helium Variations in the Slow Solar Wind
• The Degree of Correlation of Jovian and Saturnian Auroral Emissions With Solar Wind Conditions
• The Energetic Particle, Composition, and Thermal Plasma Instrument Suite on the Radiation Belt Storm Probes Mission: Instrument Overview and Science Investigation Summary
• The Flux of Open and Torroidal Interplanetary Magnetic Field as a Function of Heliolatitude and Solar Cycle
• The Solar Wind Power from Magnetic Flux
• The WebCam vs. the Particle Beam: A CRaTER Visualization of the Effects of Radiation
• Using Particle Observations from Geosynchronous Orbit as a Proxy for Whistler and EMIC Mode Wave Growth During High Speed Stream Driven Storms
• A Model for Energetic Electron Transport due to Ultra-Low-Frequency Waves in the Radiation Belts
• A ROCKET EXHAUST DEPLETION (RED) OF IONOSPHERIC TOTAL ELECTRON CONTENT DETECTED BY MULTIPLE DIAGNOSTICS
• A comparison of magnetic field measurements and a plasma-based proxy to infer EMIC wave distributions at geosynchronous orbit
• Beyond Illustration: New Data Driven Techniques for Visualizing Magnetospheric Structure
• Caveats of the Tsyganenko-Sitnov magnetic field models at distances beyond 10 RE in the flanks
• Comparison of Model ENAs Produced from Heliospheric Multi-fluid MHD with the First All-Sky ENA Maps
• Conjugate Observations Of Low And Mid Latitude Ionospheric Processes In The American Sector
• Density Gradients at and Near the Plasmapause
• Development and application of advanced spectral analysis tools for Wind SWE
• Direct Observations of Interstellar H, He, and O by the Interstellar Boundary Explorer (Invited)
• Education Opportunities Using the CRaTER Instrument
• Effects of the moon on galactic cosmic rays as seen by the CRaTER instrument on LRO
• Energetic electrons in the exterior cusp and along the high latitude magnetopause
• Energetic electrons response to ULF waves induced by interplanetary shocks in the outer radiation belt
• Estimating the Mass of Meteoroids from Radar Head Echo Observations: A Comparison of Two Techniques
• Examining Solar Wind Number Density Structures Observed in SECCHI HI 1
• FIREBIRD: A Dual Satellite Mission to Examine the Spatial and Energy Coherence Scales of Radiation Belt Electron Microbursts
• Five Years of Questions About Space Physics from Participants of the CISM Space Weather Summer School
• Identifying Loss Mechanism of Radiation Belt Electrons During Flux Dropout Events
• Ionospheric Storms in the Sub-Auroral Ionosphere: Local Time Effects Driven by Electrodynamics
• Ionospheric conductivities at planets and planet-like bodies without internal magnetic field
• Jupiter’s Aurora: Outstanding Questions for Future Missions (Invited)
• LFM-helio MHD model and comparisons with Ulysses Fast Latitude Scan data
• Modeling the local interstellar flow: comparisons to first observations from IBEX
• Nanosatellite Potential for Unique Research and Education
• Nanosatellite standardization and modularization as an asset to space weather measurements
• Observation of Low-Frequency Waves due to Interstellar Pickup He+
• Positive Phase Ionospheric Storms at Geophysically-Equivalent Sites
• Probing the microburst source region using low energy electron measurements made in low-Earth orbit
• Proton intensity gradients and radiation dose equivalents in the inner heliosphere: Modeling and Prediction
• Secondary-Particle Production in Organic Material by Cosmic Rays: Simulations and CRaTER Observations
• Simultaneous entry of oxygen ions originating from the Sun and Earth into the inner magnetosphere during magnetic storms
• Synthetic study of heliospheric Ly-alpha data
• The First Massively Parallel Simulations of Meteor Plasma in 3D
• The Radiation Environment in Low Lunar Orbit
• The link between pick-up ions and energetic neutral atoms
• Variability in the GCR Count Rate as Measured by the CRaTER Instrument on LRO
• Variability of Pickup Ions and Possible Correlations with the Solar Wind from New Horizons/SWAP around 11 AU
• 1 1/2 Dimensional Model of the Martian Ionosphere
• 150 Student Questions on Solar Physics
• Arecibo's Thermospheric Gravity Waves and the Case for an Ocean Source (Invited)
• Coordinated investigations of daytime redline optical emissions and incoherent scatter radar measurements from Sondrestromfjord, Greenland
• Energetic protons accelerated by a model Coronal Mass Ejection and associated shock in the solar corona
• First Cosmic Ray Proton Albedo Map of the Moon
• Galactic Cosmic Ray Variations at the Moon, as Measured by the CRaTER Instrument
• HST Imaging Observations of Jupiter's Hydrogen Corona
• High Resolution Spectrum Analysis of Jupiter's Lyman-alpha Bulge
• Implementation of Inductive Magnetosphere-Ionosphere Coupling and its Effects on Global MHD Magnetospheric Simulations
• Kinetic Simulations of Miniature Spread-F Bubbles
• Magnetosphere-Ionosphere Coupling: Effects of E-Region Plasma Turbulence on Ionospheric Conductances
• OpenGGCM Simulation of Ballooning and Axial MHD Mode at Substorm Onset (Invited)
• Optical Signatures of Lightning-induced Electron Precipitation (Invited)
• Preparing K-8 Teachers to Conduct Inquiry Oriented Science Education
• Properties of energetic electrons in the high-altitude cusp and magnetosheath
• Radar and optical observations of irregular midlatitude sporadic E layers and MSTIDs (Invited)
• Separation of the IBEX Ribbon from the Globally Distributed Energetic Neutral Atom Flux
• Simulations and analysis of relativistic electron energization by ULF waves in the Radiation Belts
• Singly-ionized helium of solar origin in the solar wind
• Testing dayside ionospheric remote sensing methods using RAIDS measurements of the OII 83.4 and 61.7 nm dayglow
• The energy spectrum of heliospheric ENAs and properties of their parent protons
• Total Electron Content in the Mars Ionosphere: temporal studies and dependence on solar inputs and crustal magnetic fields
• 3D MHD modeling of non-stationary flow in the heliosheath
• A non-tearing mechanism for generating secondary magnetic islands during reconnection
• Active Exploration of the Space Enviornment
• Automated measurements of F-region Dynamics at the Millstone Hill Observatory and other Upper Atmospheric Facilities
• Dynamic effects of auroral currents on ionospheric conductivities, composition, and transport
• Effects of dust storms on the upper atmosphere of Mars
• Flow Transition Region in the Heliosheath
• HiT&amp;MIS: A General Purpose Imaging Spectrograph for Groundbased Observational Studies of Airglow and Aurora
• High Latitude Magnetometer Arrays: Multipoint and Conjugate Data for Studies of Currents, Transients, and Ultra-Low-Frequency Waves in Earth's Space Environment
• How Chapman-like is the ionosphere of Mars?
• Hydrogen Species in the Ionosphere of Mars
• Magnetospheric Response to Solar Wind Alfvenic Fluctuations using WSA-Enlil-LFM
• Mesoscale structure of the heliospheric current sheet from MHD simulations
• Metal atoms observed in the thermosphere over Arecibo
• NSF CAREER: What did we learn and advance in our knowledge on shocks in the lower corona and the magnetic field structure in the heliosheath
• Nighttime Ionosphere Tomographic Reconstruction Observatory
• Non-thermal ISR scatter and auroral forms associated with a substorm expansion
• Novel Modeling of Mars' Ionospheric Electrodynamics
• PREDICCS: Predictions of Radiation from REleASE, EMMREM, and Data Incorporating CRaTER, COSTEP (EPHIN), and other SEP measurements
• Radio Sounding of the Martian and Venusian Ionospheres
• Reconnection at the Heliopause and the Motion of Energetic Particles in the Outer Heliosphere
• Saturn's Magnetospheric Dynamics As Viewed from Auroral Observations
• Science Planning for the New Research Vessel R/V Sikuliaq
• Shocks in the Corona and Inner Heliosphere: Implications for Solar Probe and Solar Orbiter
• The Role of Coronal Holes in CME Deflection in the Lower Corona
• The evolution of stream interaction regions as modeled by the LFM-helio: Comparisons with ACE and MESSENGER data
• The heliospheric structure during the recent solar minimum: shocks in the lower corona and the magnetic field structure in the heliosheath
• Training Early Career Space Weather Researchers and other Space Weather Professionals at the CISM Space Weather Summer School
• Variability in the M1 Layer of the Martian Ionosphere
• Variation of Pick-up Ion Pressure throughout the Heliosheath: 3-Dimensional Multi-ion, Multi-fluid Magnetohydrodynamic Simulation of the Outer Heliosphere
• Versatile Satellite Architecture and Technology: A New Architecture for Low Cost Satellite Missions for Solar-Terrestrial Studies
• A Dual Wavelength Echidna® Lidar (DWEL) for Forest Structure Retrieval
• Anomalous OI-989 Å intensity profile: solving an old mystery
• Anomalous ionospheric conductances caused by plasma turbulence in high-latitude E-region electrojets
• CME Deflection Predictions Using ForeCAT (Forecasting a CME's Altered Trajectory)
• Comparisons between the ionospheres of Venus and Mars
• Compositional dependence of solar wind fluctuations
• Fluid-Kinetic simulation study of the evolution of a penetrating electron beam measured at the top of the ionosphere and its effect on the ISR
• Global Numerical Modeling of SEP Acceleration by a CME Shock in the Solar Corona and Subsequent Transport to 1 AU
• Gravity Wave Coupling Between the Mesosphere and Thermosphere Over New Zealand
• Hemispheric Asymmetries in Mercury's Exosphere Due to the Offset Magnetic Dipole
• High Resolution Winds Detected by Non-Specular Meteor Trails between 95 and 110 km Altitude
• Hydrogen at Mars: Effects on Ion Composition
• Intensities and spectral properties of 0.03-6 keV Energetic Neutral Atoms Measured by the Interstellar Boundary Explorer (IBEX) Along the Lines-of-Sight of Voyager
• Ionospheric Observations with Raids, AN Extensive Comparison of O<SUP>+</SUP> 83.4 NM Emission to Ground Based Observations
• Ionospheric sources for molecular ion outflow
• Likely Detection of UV Auroral Emission from the Magnetic Footprint of Callisto
• Modeling of Mars' ionospheric electrodynamics under various local magnetic field topologies
• New measurement of the upwind interplanetary hydrogen velocity as observed by the Hubble Space Telescope
• Oblique ionospheric reflections in the MARSIS data set
• Observations of the nightside ionosphere of Mars by the Mars Express Radio Science Experiment MaRS
• Probing the Nature of the Heliosheath with the Heliospheric Neutral Atom Spectra Measured by IBEX in the Voyager 1 Direction
• Propagation of Stream Interfaces: An LFM-helio Study
• Reconnection at the Heliopause and Its Effects on the Transport of Energetic Particles
• Reconnection in ICMEs by Relaxation into the Taylor State
• Recovery of Mars Ionospheric Electron Density Profiles Acquired by the Mariner 9 Radio Occultation Instrument
• Response of the M1 Layer of the Mars Ionosphere to Solar Variability
• Sigmoidal Active Regions on the Sun: Statistical and Detailed Studies
• The Plasma Environment around 100 km
• The magnetosphere as system
• Thermal Pressure of the Proton Plasma in the Inner Heliosheath
• Web of Pseudostreamer and Streamer Belts and their Interplanetary Signatures
• A Porous, Layered Heliopause
• An Equatorial Spread F Plume Observed Over a Mid Latitude Site
• Can We Predict CME Deflections Based on Solar Magnetic Field Configuration Alone?
• Degradation of the magnetic structure of elongated ICMEs by interior reconnection
• Electrodynamics of the Martian dynamo region near magnetic cusps and loops using the Martian Multifluid Magnetohydrodynamic Model (M<SUP>4</SUP>)
• Field Deployments of DWEL, A Dual-Wavelength Echidna Lidar
• Saturn's northern auroras as observed using the Hubble Space Telescope
• Separating Leaves from Trunks and Branches with Dual-Wavelength Terrestrial Lidar Scanning: Improving Canopy Structure Characterization in 3-D Space
• Termination Shock Transition in Multi-ion Multi-fluid MHD Models of the Heliosphere
• Tracking the Plasmapause by Its Optical and Thermal Signatures in the Ionosphere
• Argus: An Io observer mission concept study from the 2014 NASA/JPL Planetary Science Summer School
• Jupiter's Dynamic Magnetosphere
• The upper ionosphere of Mars: A comparison of Mariner 9 radio occultation and MARSIS measurements
• MAVEN Observations of Ionopause-like Density Gradients in the Martian Ionosphere
• Observations of Small-scale IRIS Bombs (Reconnection Events) in an Evolving Active Region
• Characterizing Electric Fields that Trigger the Farley-Buneman Instability in the Chromosphere
• Characterizing the Accuracy of Higher Order Particle-in-Cell (PIC) Methods
• Dispersive Magnetosonic Waves and Turbulence in the Heliosheath: Multi-Fluid MHD Reconstruction of Voyager 2 Observations
• Effects of including electrojet turbulence in LFM-RCM simulations of geospace storms
• Farley-Buneman Instability Effects on the Ionosphere and Thermosphere
• Formation of Dense Plasma around a Small Meteoroid: Kinetic Theory and its Implications
• High temporal resolution observations of auroral electron density using superthermal electron enhancement of plasma lines
• How Numerical Magnetic Dissipation at the Heliospheric Current Sheet Affects Model Predictions at Voyager 1 and Results from a Kinetic-MHD Model of the Heliosphere within SWMF
• Investigating the Effect of the Heliosphere with Jets on ENAs as a Function of Solar Cycle
• MAVEN Observations of Dayside Peak Electron Densities in the Ionosphere of Mars
• Multi-scale effects of magnetic reconnection in the polar ionosphere
• Nonlinear Interaction of Langmuir and Whistler Waves Observed with Incoherent Scatter Radar
• Probing the nature of pick-up ions (and kappa distribution) in the heliosheath through global ENA measurements and in-situ measurements
• Spectra of Full 3-D PIC Simulations of Finite Meteor Trails
• The ForeCAT In Situ Data Observer and the Effects of Deflection and Rotation on CME Geoeffectiveness
• The Heliosphere with Jets and its implications for the global Energetic Neutral Atoms Maps throughout the Solar Cycle and its impact on the large-scale draping of the interstellar magnetic field
• Turbulence in the Heliospheric Jets
• Two Dimensional Energy Flux Measurements of Precipitation using Incoherent Scatter Radars
• Wave Turning and Flow Angle in the E-Region Ionosphere
• Chorus waves modulate Langmuir waves: Van Allen Probe observations
• Comparisons of Spectra from 3D Kinetic Meteor PIC Simulations with Theory and Observations
• Coupled storm-time magnetosphere-ionosphere-thermosphere simulations including microscopic ionospheric turbulence
• Do we understand what creates 150-km echoes and gives them their distinct structure?
• EMIC wave events during the four QARBM challenge intervals
• Enhanced Exoplanet Biosignature from an Interferometer Addition to Low Resolution Spectrographs
• From the Outside Looking In - Looking Back at Our Heliosphere in Energetic Neutral Atoms
• Gradient Drift Turbulence from Electron Bite-Outs: Dependence on Atmospheric Parameters.
• Jupiter's Magnetodisc in the Juno Era and Implications for the Aurora
• MAVEN Observations of the Effects of Crustal Magnetic Fields on the Mars Ionosphere
• Martian thermal tides from the surface to the atmosphere
• Particle-in-cell simulations of collisional ISR spectra.
• Quantifying the contribution of microburst precipitation to global electron loss
• Relativistic electron flux dropout due to field line curvature during the storm on 1 June 2013
• Results from the OH-PT model: a Kinetic-MHD Model of the Outer Heliosphere within SWMF
• SWARM-THEMIS ASI observation of flow shears at the poleward boundary of Omega bands
• Spreading speed of magnetopause reconnection X-lines using ground-satellite coordination
• The Energetic Neutral Atoms of the "Croissant" Heliosphere with Jets
• Understanding the Driver of Energetic Electron Precipitation Using Coordinated Multi-Satellite Measurements
• Using Wave and Energetic Particle Observation on Juno to Investigate Low Altitude Magnetospheric Process on Jupiter.
• VirtualSpace: A vision of a machine-learned virtual space environment
• Are There 150 km Echoes at Mid-Latitudes? An Arecibo Survey
• Boston University All-sky Imager Network to Study the Ionosphere at Low and Midlatitudes
• Concurrent Lucky Imaging and Spectroscopy of the Mercury Exosphere with the Rapid Imaging Planetary Spectrograph
• Electron-electron collision effects on ISR temperature measurements
• Energetic Neutral Atom Maps from the "Croissant-like" Heliosphere
• Examining the link between MSTIDs and ionospheric plasma density enhancements with petitSat, an upcoming 6U CubeSat mission
• Formation of Dense Plasma around a Small Meteoroid in the Earth's Atmosphere: Analytic Theory and Simulations
• Global-scale Observations of the Limb and Disk (GOLD): Early Orbit Observations
• Global-scale Observations of the Limb and Disk (GOLD): First Light Observations
• Investigating the Conjugate Nature of MSTIDs in the Europe/Africa Sector Using 630.0nm All-Sky Imaging Data
• Latest results from the MAVEN Radio Occultation Science Experiment (ROSE)
• Leveraging Commercial Cubesat Constellations for Science: A Case Study
• Magnetotail Reconnection at Jupiter: A survey of magnetic field and plasma flow signatures observed by Juno
• Multi-instrument observations of low-latitude ionospheric variability
• Simulating Meteor Ablation using Molecular Dynamics
• Simulations Reveal a New Thermally-Driven Plasma Instability in the Solar Chromosphere
• The Impact of Kinetic Neutrals on the Shape of the Heliosphere and Structure of the Heliotail
• Theory, Simulation, and Observation of Magnetosonic Turbulence in the Heliosheath
• A Keogram Analysis of Local Time Variations of Jupiter's Ultraviolet Aurora using Juno UVS Observations
• An improved method of determining meteor plasma density from head echo data: A critical step toward determining meteoroid masses
• Comparison of gravity waves from multi-instrument measurements in the African and American midlatitude sectors during quiet geomagnetic conditions
• Critical analysis of STEVE fine structure: New constraints derived from high-resolution photogrammetry
• Early Morning Equatorial Thermosphere-Ionosphere Anomaly
• Energetic Neutral Atom Maps from a Kinetic-MHD Description of the "Croissant-like" Heliosphere
• First Measurement From the Geostationary Orbit of the Equatorial Plasma Bubble (EPB) Characteristics Using GOLD Data
• Global View of the Night-Ionosphere: Seasonal Changes
• Global-scale Observations of the Twilight Airglow
• Impact of Nighttime Thermosphere Dynamics at Mid- and Low-latitude Ionosphere
• Kinetic Simulations of Photoelectron Driven Instabilities Applied to 150 Km Echoes with Improved Collision Models
• Kinetic theory for photoelectron driven instabilities: Applications to 150 km echoes
• Nighttime observations of the low latitude ionosphere using GOLD and ground-based optical and radio data.
• Observations at sub-auroral latitudes of airglow structures associated with STEVEs and SAR arcs
• Optical signatures of the outer radiation belt boundary
• Preferential Ion Heating and Particle Acceleration Downstream of Dispersive Shock Waves in Collisionless Multi-Ion Plasma
• Recent Results from the MAVEN Radio Occultation Science Experiment (ROSE)
• Seasonal variation and solar activity dependence of two distinct types of 150-km echoes from JULIA observations
• Simultaneous Observations of a SAR arc by Multiple Instruments at Sub-auroral Conjugate Points and Its Ionospheric Response during the St. Patrick's Day Storm in 2015
• Solar Flare Effects on 150-km Echoes Observed Over Jicamarca: WACCM-X Simulations
• Sub-Auroral Plasma Turbulence in the E-Region Ionosphere: Microprocesses that Have Large Consequences on the Entire Geospace Environment
• The Two-Lobe Structure of the Heliosphere Persists in the SHIELD Model, a K-MHD Model of the Outer Heliosphere
• The altitude patterns of photo-chemical-equilibrium conditions in the Martian ionosphere
• Unexpected field-aligned PADs of energetic ions in the dayside ring current region
• petitSat - A 6U CubeSat to examine the link between MSTIDS and ionospheric plasma density enhancements
• A Multi-Fluid Multi-Species (MFMS) numerical code for simulating the solar atmosphere
• A New Long-Term Study of the Moon's Extended Tail of Sodium Atoms with Implications for Sputtering Source Rates from the Lunar Regolith
• A Novel Physics-Based Functional Form for the Magnetopause Shape
• A new approach to calculating meteoroid heating using atomic-scale simulations
• Aurora to Magnetodisk Mapping: Connecting UV Emissions to Events in Jupiter's Magnetosphere
• Characteristics of Jupiter's X-ray auroral hot spot emissions using Chandra
• Comparing plasma irregularities across scale sizes with GOLD and COSMIC
• Comparisons of MAVEN/ROSE Results to an Empirical Ionospheric Model
• Constraining the 3D Distribution of the Martian Hot Oxygen Corona using MAVEN Observations
• D and H in the Lower and Upper Atmosphere of Mars
• Effect of Electron Precipitation on E-Region Instabilities in Auroral Regions and Magnetosphere-Ionosphere Coupling
• Effects of Re-connection in the Structuring of Plasma and Aurora in the Polar Cap
• Evidence of Heat Transport from Jupiter's Polar Ionosphere to Lower Latitudes Found in Ground-based Keck-telescope Maps of Jupiter's Ionospheric H<SUB>3</SUB><SUP>+</SUP>
• Expansion of equatorial irregularities to mid-latitudes during the solar cycle 24.
• Extracting thermosphere/ionosphere parameters from simultaneous GOLD and Ground-Based All-sky Imagers Observations
• Geospace Plume and Its Impact on Dayside Magnetopause Reconnection
• Heliospheric Ly α Absorption in a Split Tail Heliosphere
• How Pickup Ions Generate Turbulence in the Inner Heliosheath: A Multi-Fluid Approach
• Hydrogen Loss Retrievals from MAVEN/IUVS via Temperature-Dependent Radiative Transfer Modeling
• Improving Conductance Modeling in Global Magnetosphere-Ionosphere-Thermosphere Simulations during Geomagnetic Storms: An Important Element of Space Weather Modeling
• Investigating the simultaneous occurrence of STEVEs and SAR arcs using all-sky imagers, satellites, and citizen scientist data
• Latitudinal Variation of Equatorial Plasma Bubbles Drift Velocities Derived From GOLD Data
• Mesospheric Gravity Wave Momentum Flux Associated With a Thunderstorm Complex
• Multi-Fluid Simulations of Collisional Plasma Instabilities in the Solar Chromosphere
• On the Ionospheres of Strongly- to Weakly-Oxygenated Terrestrial Exoplanets
• Quantitative Remote Sensing of Nighttime Ionospheric Electron DensityUsing GOLD 135.6 nm Airglow Observations
• SIHLA , a Mission of Opportunity to L1 to Map H Lyman Alpha Emissions from the Heliopause, the Interplanetary Medium, the Earth's Geocorona and Comets
• Semi-Empirical Modeling of the Venus Ionosphere
• Single Spacecraft Tomography to Determine the Spatial Structure of the Magnetosheath Using Soft X-rays
• Soft x-ray imaging telescopes for remote observation of the magnetosphere
• Structure of the Heliosphere and Heliotail from different MHD models as Probed by ENA maps
• The Effect of Changing Solar Magnetic Field Intensity on ENA Maps
• The Effects of Small Scale Plasma Turbulence on Conductance Modeling in Global Magnetosphere-Ionosphere-Thermosphere Simulations during Geomagnetic Storms
• The Green Emissions of STEVE: Optical Evidence of an Energy Cascade
• The Highly Variable Ratio of D/H in Atoms Escaping from Mars
• What Can We Learn from the Equatorial ionization Anomaly (EIA) Locations in GOLD Observations?

Linked Collaborating Authors [?]

• A. J. Coster
• Baptiste Cecconi
• Dale Weigt
• Dimitra Koutroumpa
• E. Hanson
• Ewan S. Douglas
• G. B. Crew
• Jinxing Li
• K. E. Korreck
• L. Capannolo
• L. R. Cashman
• Laurent Lamy
• M. Bzowski
• M. M. Klida
• Marissa F. Vogt
• Michael L. Stevens
• Michael W. Davis
• Nithin Sivadas
• Philip S. Muirhead
• Supriya Chakrabarti
• Teresa Nieves‐Chinchilla
• Y. Nishimura