HelioWebGabriel G. Katul
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A[Gabriel G. Katul]
AC["Associated Concepts (25)"]
AW["Authored Works (13)"]
CA["Linked Co-Authors (17)"]
CI["Linked Collaborating Institutions (28)"]
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click AW "#authored-works"
click CA "#co-authors"
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- ORCiD
- https://orcid.org/0000-0001-9768-3693
- OpenAlex ID
- https://openalex.org/A5017040382 (API record)
Associated Concepts [?]
- Physics
- Geography
- Geology
- Environmental science
- Biology
- Meteorology
- Ecology
- Thermodynamics
- Engineering
- Mathematics
- Atmospheric sciences
- Mechanics
- Chemistry
- Quantum mechanics
- Turbulence
- Botany
- Materials science
- Organic chemistry
- Geometry
- Computer science
- Ecosystem
- History
- Archaeology
- Geotechnical engineering
- Oceanography
Authored Works
sorted by decreasing year, and then by display-name
- The Role of Geographical Spreaders in Infectious Pattern Formation and Front Propagation Speeds: A case study with epidemiological parameters derived for COVID-19
- Perturbed Roughness Sublayer Affecting the Law of the Wall Modeled by a "Co-Spectral Link"
- An optimality principle for plant acclimation in a drying and warming environment
- A turbulent flux budget for suspended sediments in turbulent open channel flows
- The shape of inertial subrange turbulence in the atmospheric boundary layer
- The effect of drag and dispersive stresses on mean momentum transport within an urban-like canopy
- Role of canopy density and structure on the applicability of Taylors frozen turbulence hypothesis
- Revisiting stomatal optimization: a new dynamic-feedback approach highlights the importance of memory effects
- Remotely-sensed reduced ecosystem resilience reveals large variations of drought-mortality relations driven by fine-scale ecosystem heterogeneity in tropical dry forests
- Experimental and Numerical Investigation of Flux Partitioning methods for water vapor and carbon dioxide
- Comparing Heuristic and Optimization-Based Models of Transpiration and Assimilation under Elevated Atmospheric CO2 Concentration
- Classification, implication, and parametrization of surface heterogeneity and its interaction with the dynamics of the lower atmosphere
- Bringing the energetics of eddies to water surface evaporation
Linked Co-Authors
- Christoph K. Thomas
- Craig S. Henriquez
- D. Medvigy
- Elie Bou‐Zeid
- Jennifer S. Powers
- K. Everard
- Keir Soderberg
- Khaled Ghannam
- M. G. Giometto
- Marcelo Chamecki
- Mazen Nakad
- Simone Fatichi
- Stanislaus J. Schymanski
- Stefano Manzoni
- Stephen P. Good
- W. P. Kustas
- Xue Feng
Linked Collaborating Institutions
- Albert Ludwigs University of Freiburg, Germany
- Columbia University, New York
- Cornell University, New York
- Duke University, North Carolina
- Federal University of Parana, Brazil
- Los Alamos National Laboratory, New Mexico
- Luxembourg Institute of Science and Technology
- Monash University, Australia
- National University of Singapore
- Oregon State University, Corvallis
- Pacific Northwest National Laboratory
- Pennsylvania State University
- Princeton University, New Jersey
- Stockholm University
- Swedish University of Agricultural Sciences
- The Ohio State University
- University of British Columbia, Canada
- University of California, Davis
- University of California, Irvine
- University of California, Los Angeles
- University of California, Santa Barbara
- University of Minnesota, Twin Cities
- University of New South Wales, Australia
- University of Notre Dame, Indiana
- University of Texas, Dallas
- University of Western Ontario, Canada
- University of Western Sydney, Australia
- Utah State University
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