Results 161 to 170 of about 1,084 (207)
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Squall line sensitivity in LES simulations

2022
<p>Upper tropospheric (UT) divergence is potentially an important mediator between convective scale error growth and advective/non-linear large scale error growth at jet stream scales (Baumgart et al. 2019). To investigate possible mechanistic links of error growth from small convective scales to the synoptic scales, but also to gain ...
Edward Groot, Holger Tost
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Hurricane Squall Lines

Bulletin of the American Meteorological Society, 1955
Are the outer precipitation bands of hurricanes and typhoons important phenomena? In suggesting that the answer to this question is “yes” several features of these bands are described or postulated. Methods of estimating the severity of attendant weather conditions by radar observation are offered.
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Squall lines observed in GATE

Quarterly Journal of the Royal Meteorological Society, 1977
AbstractA study of convection as portrayed by Oceanographer radar during phase III of GATE reveals four occasions on which an organized line of convection moved with a speed close to or greater than the wind speed at any level. They are shown to resemble closely the analytical model and numerical simulation of tropical line squalls developed by ...
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A simplified squall-line model revisited

Quarterly Journal of the Royal Meteorological Society, 2000
AbstractWe revisit the parametrized moisture model of Garner and Thorpe and show it does indeed support realistic multicellular behaviour when an adequate (and commonly available) amount of instability is present in the initial environment. We also consider the dramatic impact that the simplified model's storms have on their upstream environments, and ...
ROBERT G FOVELL, PEI-HUA TAN
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Extratropical Squall Lines and Rainbands

1986
Squall lines and rainbands occur over both tropical and extratropical areas of the Earth in both oceanic and land areas. They affect society in major ways because of their wide geographical range and frequency of occurrence and because they typically contain high rainfall rates.
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THE MERIDIONAL GROWTH OF SQUALL LINES

Journal of Meteorology, 1954
Abstract Squall lines that form ahead of an accelerating cold front are sometimes observed to grow in length. In this paper an attempt is made to explain this interesting property of squall lines, and to deduce a mathematical formula by which this growth may be forecasted.
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Balanced Atmospheric Response to Squall Lines

Journal of the Atmospheric Sciences, 1989
Abstract When a Squall line propagates through the atmosphere, it not only excite transient gravity–inertia wave motion but also produces more permanent modifications to the large-scale balanced flow. Here we calculate this balanced response using the is isentropic/geostrophic coordinate version of semigeostrophic theory.
Wayne H. Schubert   +2 more
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A NUMERICAL EXPERIMENT OF SQUALL-LINE FORMATION

Journal of Meteorology, 1959
Abstract The formation of a prefrontal squall line is studied, based on a numerical method of solving the modified equation of motion, continuity (mass and moisture content), and thermodynamics simultaneously. Due to the limited capacity of the electronic computer used (IBM 650), computations in this experiment are necessarily simplified, and this ...
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Tropical Squall Lines of the Arizona Monsoon

Monthly Weather Review, 1989
Three cases of squall lines composed of strong to severe thunderstorms that formed over Arizona, and Sonora (Mexico) on July, 16-17 and 17-18, 1984, and August 2-3, 1986, are examined. Data, which included satellite imagery, VISSR-derived fields, surface data, and records or cloud-to-ground lightning strikes, indicate that the initiation, growth, and ...
Walter P. Smith, Robert L. Gall
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Mesoscale Observations of a Prefrontal Squall Line

Monthly Weather Review, 1985
Abstract Phase I of the Cold Fronts Research Programme was carried out during November/December 1980 in south-eastern Australia. Data from a frontal event on 27 November are analyzed, with particular emphasis on a squall line that formed over the Southern Ocean and moved across the predominantly land-based network. Potential instability between 750 and
W. L. Physick   +4 more
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