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Environmental Sciences

D-Index
60
Citations
12231
World Ranking
2949
National Ranking
1158

Overview

G. L. Tyler is a researcher affiliated with Stanford University in the United States with a focus on engineering and physical sciences, particularly within civil and structural engineering as well as astronomy and astrophysics.

Their recent scholarly output spans topics related to astro and planetary science, structural health monitoring techniques, and infrastructure maintenance. The main topics of their work include:

  • Astro and Planetary Science
  • Planetary Science and Exploration
  • Geology and Paleoclimatology Research
  • Structural Health Monitoring Techniques
  • Infrastructure Maintenance and Monitoring
  • Concrete Corrosion and Durability

Tyler has authored publications appearing primarily in the journals Icarus and Mechanical Systems and Signal Processing, where they have addressed diverse technical challenges. Their notable papers include:

  • "High-resolution radiometry of Pluto at 4.2 cm with New Horizons," published in 2021 in Icarus
  • "Semi-supervised bridge indirect structural health monitoring using Isolation Distributional Kernels," published in 2025 in Mechanical Systems and Signal Processing

Their research collaboration network includes frequent co-authorship with:

  • I. R. Linscott
  • M. K. Bird
  • D. P. Hinson
  • S. A. Stern
  • Michael A. Vincent

The combination of research topics and frequent coauthors indicates a multidisciplinary scope, engaging with both planetary science domains and engineering systems focused on monitoring and maintaining large infrastructure, such as bridges.

Tyler's research contributions reflect an integration between applied engineering methods and scientific exploration of planetary atmospheres and geological phenomena. This is illustrated by their work that ranges from radiometric studies of Pluto to advanced machine learning techniques applied to structural health monitoring.

Their work in structural health employs semi-supervised learning strategies to enhance the indirect monitoring of bridges, addressing challenges in infrastructure durability and concrete corrosion. Tyler's engagement with planetary science research includes observational and instrumental studies that expand knowledge in astronomy and astrophysics.

Best Publications

  • The atmosphere of Titan: An analysis of the Voyager 1 radio occultation measurements

    G.F. Lindal;G.E. Wood;H.B. Hotz;D.N. Sweetnam

  • Internal Structure and Early Thermal Evolution of Mars from Mars Global Surveyor Topography and Gravity

    Maria T. Zuber;Maria T. Zuber;Sean C. Solomon;Roger J. Phillips;David E. Smith

  • The atmosphere of Uranus: Results of radio occultation measurements with Voyager 2

    G. F. Lindal;J. R. Lyons;D. N. Sweetnam;V. R. Eshleman

  • The Pluto system: Initial results from its exploration by New Horizons.

    S. A. Stern;F. Bagenal;K. Ennico;G. R. Gladstone

  • The atmosphere of Jupiter: An analysis of the Voyager radio occultation measurements

    G. F. Lindal;G. E. Wood;G. S. Levy;J. D. Anderson

  • Initial results from radio occultation measurements with Mars Global Surveyor

    D. P. Hinson;R. A. Simpson;J. D. Twicken;G. L. Tyler

  • Radio science investigations of the saturn system with voyager 1: preliminary results.

    G. L. Tyler;V. R. Eshleman;J. D. Anderson;G. S. Levy

  • Voyager Radio Science Observations of Neptune and Triton

    G. L. Tyler;D. N. Sweetnam;J. D. Anderson;S. E. Borutzki

  • Saturn's rings: Particle size distributions for thin layer models

    H. A. Zebker;E. A. Marouf;G. L. Tyler

  • Structure of the Venus neutral atmosphere as observed by the Radio Science experiment VeRa on Venus Express

    Unknown

  • A sporadic third layer in the ionosphere of Mars.

    M. Pätzold;S. Tellmann;B. Häusler;D. Hinson

  • The atmosphere of Pluto as observed by New Horizons

    G. R. Gladstone;S. A. Stern;K. Ennico;C. B. Olkin

  • The vertical profile of winds on Titan

    M. K. Bird;M. Allison;S. W. Asmar;D. H. Atkinson

  • Saturn's rings - Properties and processes

    J. N. Cuzzi;J. J. Lissauer;L. W. Esposito;J. B. Holberg

  • Particle size distributions in Saturn's rings from voyager 1 radio occultation

    Essam A. Marouf;G. Leonard Tyler;Howard A. Zebker;Richard A. Simpson

  • The Gravity Field of Mars: Results from Mars Global Surveyor

    D. E. Smith;W. L. Sjogren;G. L. Tyler;G. Balmino

  • Crab Nebula Pulsar NP 0532

    J. M. Comella;H. D. Craft;R. V. E. Lovelace;J. M. Sutton

  • Voyager 2 Radio Science Observations of the Uranian System: Atmosphere, Rings, and Satellites

    G. L. Tyler;D. N. Sweetnam;J. D. Anderson;J. K. Campbell

  • Venus: mass, gravity field, atmosphere, and ionosphere as measured by the mariner 10 dual-frequency radio system.

    H. T. Howard;G. L. Tyler;G. Fjeldbo;A. J. Kliore

  • The structure of Venus’ middle atmosphere and ionosphere

    M. Pätzold;B. Häusler;M. K. Bird;S. Tellmann

  • Radio science observations with Mars Global Surveyor: Orbit insertion through one Mars year in mapping orbit

    G. Leonard Tyler;Georges Balmino;David P. Hinson;William L. Sjogren

  • Radio Occultation Studies of the Venus Atmosphere with the Magellan Spacecraft: 2. Results from the October 1991 Experiments

    Jon M. Jenkins;Paul G. Steffes;David P. Hinson;Joseph D. Twicken

  • Radio science with voyager 2 at saturn: atmosphere and ionosphere and the masses of mimas, tethys, and iapetus.

    G. L. Tyler;V. R. Eshleman;J. D. Anderson;G. S. Levy

  • Radio science with Voyager 1 at Jupiter - Preliminary profiles of the atmosphere and ionosphere

    V. R. Eshleman;G. L. Tyler;G. E. Wood;G. F. Lindal

  • Precise mass determination and the nature of Phobos

    T. P. Andert;P. Rosenblatt;M. Pätzold;B. Häusler

  • Wave directional spectra from synthetic aperture observations of radio scatter

    G.L Tyler;C.C Teague;R.H Stewart;A.M Peterson

Frequent Co-Authors

David P. Hinson
David P. Hinson Stanford University
Harold A. Weaver
Harold A. Weaver Johns Hopkins University Applied Physics Laboratory
Darrell F. Strobel
Darrell F. Strobel Johns Hopkins University
Michael E. Summers
Michael E. Summers George Mason University
Paul Withers
Paul Withers Boston University
Howard A. Zebker
Howard A. Zebker Stanford University
Sami W. Asmar
Sami W. Asmar California Institute of Technology
Paul A. Rosen
Paul A. Rosen Jet Propulsion Lab
Andrew F. Cheng
Andrew F. Cheng Johns Hopkins University Applied Physics Laboratory
G. R. Gladstone
G. R. Gladstone Southwest Research Institute

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