M. Burleigh

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    A[M. Burleigh]
    AC["Associated Concepts (22)"]
    AW["Authored Works (13)"]
    CA["Linked Co-Authors (29)"]
    CI["Linked Collaborating Institutions (18)"]
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    click CA "#co-authors"
    click CI "#collaborating-institutions"

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ORCiD

https://orcid.org/0000-0002-3932-1456

OpenAlex ID

https://openalex.org/A5029157327 (API record)

Associated Concepts [?]

• Physics
• Geology
• Geography
• Geophysics
• Astronomy
• Ionosphere
• Meteorology
• Quantum mechanics
• Atmospheric sciences
• Engineering
• Computer science
• Environmental science
• Remote sensing
• Oceanography
• Plasma
• Nuclear physics
• Magnetic field
• Aerospace engineering
• Thermosphere
• Optics
• Mathematics
• Cartography

Authored Works

sorted by decreasing year, and then by display-name

• Summation of Sources of Total Ionospheric Conductivity
• Global Prediction of Auroral Electrodynamics - Source Balance and Hemispheric Asymmetries
• Comparative Modeling Analysis of the Role of Temperature Anisotropies in the Evolution of Ionospheric Dynamics During the MICA Sounding Rocket Campaign
• An ionospheric conductance gradient driver for subauroral picket fence visible signatures near STEVE events
• The use of Observing System Simulation Experiments (OSSEs) to analyze reconstructions of auroral parameters from distributed measurements
• The need for distributed multi-point observations for understanding auroral dynamics and their impact.
• The Ring Current as a Critical Element in the Geospace System
• The Effect of Hall Conductance Gradients in Non-Sheet-Like Auroral Arcs on Field-Aligned Currents
• Sources of Auroral Conductance - Balance and Impacts
• On the application of dense radio network tomography and optimal experiment design techniques in studying the auroral ionosphere
• Ionospheric electron temperature and density during geomagnetic storms: Comparison of DE 2 and GITM
• Global Impacts of Asymmetric Neutral Wind Dynamo-Driven Field-Aligned Currents
• Examining the auroral ionosphere in three dimensions using reconstructed 2D maps of auroral data to drive the 3D GEMINI model

Linked Co-Authors

• A. Glocer
• A. J. Ridley
• A. M. Keesee
• A. S. Reimer
• Agnit Mukhopadhyay
• B. J. Anderson
• Cheng Sheng
• D. L. Hysell
• D. T. Welling
• Donald Hampton
• E. Zesta
• G. A. Grubbs
• H. K. Connor
• J. Jahn
• J. W. Gjerloev
• Katherine Garcia‐Sage
• M. Lessard
• M. Samara
• Michael W. Liemohn
• Natalia Ganushkina
• Qusai Al Shidi
• R. H. Varney
• R. Ilie
• R. Michell
• Romina Nikoukar
• S. R. Kaeppler
• Shasha Zou
• Thomas M. Roberts
• Yue Deng

Linked Collaborating Institutions

• Cornell University, New York
• Dartmouth College, New Hampshire
• Helmholtz Center for Geosciences, Potsdam
• Jet Propulsion Laboratory
• Johns Hopkins University, Applied Physics Laboratory
• NASA Goddard Space Flight Center, Maryland
• National Center for Atmospheric Research, Colorado
• Southwest Research Institute, Texas
• Stanford Research Institute, California
• U.S. Department of the Navy, Naval Research Laboratory, Washington DC
• UMass Lowell
• University of Alaska, Fairbanks
• University of Dayton, Ohio
• University of Illinois, Urbana-Champaign
• University of Michigan
• University of New Hampshire
• University of Saskatchewan, Canada
• University of Texas, Arlington

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