Research Interests

HF radar development; ionospheric plasma convection and physics; solar wind, magnetosphere, ionosphere coupling; space weather and climatology

Education

• BA, Physics, Middlebury College 1989
• MS, Mechanical Engineering, University of Washington 1991
• PhD, Physics, Dartmouth 1998

Research Projects

• Mid-latitude HF radar development

  Mid-latitude HF radar development

  A network of HF radars are being built at several mid-latitude locations to measure ionospheric electric fields. This project involves the construction, maintenance and operation of several HF SuperDARN radars that have recently been built or are in the planning stages.

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• Convection electric field climatology and variability

  Convection electric field climatology and variability

  Convection electric field climatology and variability focuses on the large-scale convection of plasma in the Earth's polar ionospheres. Measurements from the SuperDARN network of HF radars are used to look at statistical properties of convection associated with various drivers as well as the observed small-scale variability.

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• Sub-auroral convection electric fields

  Sub-auroral convection electric fields

  Sub-auroral convection electric fields focuses on the study of ionospheric plasma convection in the plasmasphere boundary layer region where complex coupling between the ionosphere and magnetotail occur during geomagnetically disturbed periods. Measurements from the mid-latitude SuperDARN radars are used in conjunction with other ground and space-based observations of sub-auroral phenomena.

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Courses

• ENGS 20: Introduction to Scientific Computing
• ENGS 91: Numerical Methods in Computation

Videos

News

SuperDARN in Iceland
Jan 27, 2023

Dartmouth Engineering Researcher Receives Early Career Award
Aug 09, 2019

Government touts importance of integrating the Azores in the project SuperDARN
Jan 25, 2012

Dartmouth researcher receives NSF grant to build radar systems for space science and engineering
Mar 06, 2011