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A Statistical Perspective on Wind Profiles and Vertical Wind Shear in Tropical Cyclone Environments of the Northern Hemisphere
Publisher: American Meteorological Society
Abstract: statistical analysis of tropical cyclone (TC) environmental wind profiles is conducted in order to better understand how vertical wind shear influences TC intensity change. The wind profiles are computed from global ...
On the Ability of Global Ensemble Prediction Systems to Predict Tropical Cyclone Track Probabilities
Publisher: American Meteorological Society
Abstract: The ability of ensemble prediction systems to predict the probability that a tropical cyclone will fall within a certain area is evaluated. Ensemble forecasts of up to 5 days issued by the European Centre for Medium-Range ...
The Intensity- and Size-Dependent Response of Tropical Cyclones to Increasing Vertical Wind Shear
Publisher: American Meteorological Society
Soil Moisture Influences on Summer Arctic Cyclones and Their Associated Poleward Moisture Transport
Publisher: American Meteorological Society
Blue Hill Observatory Sunshine: Assessment of Climate Signals in the Longest Continuous Meteorological Record in North America
Publisher: American Meteorological Society
Abstract: Hill Meteorological Observatory occupies a unique place in the history of the American Meteorological Society and the development of atmospheric science. Through its 129-yr history, the observatory has been operated by ...
Idealized Tropical Cyclone Responses to the Height and Depth of Environmental Vertical Wind Shear
Publisher: American Meteorological Society
Abstract: hree sets of idealized, cloud-resolving simulations are performed to investigate the sensitivity of tropical cyclone (TC) structure and intensity to the height and depth of environmental vertical wind shear. In the first ...
A Review of the Interactions between Tropical Cyclones and Environmental Vertical Wind Shear
Publisher: American Meteorological Society
Preconditioning and Intensification of Upstream Extratropical Cyclones through Surface Fluxes
Publisher: American Meteorological Society