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This paper reports on the first application of a multispectral textural Bayesian cloud classification algorithm (““SRTex””) to the general problem of the determination of high––spatial resolution cloud-amount and cloud-type climatological distributions. One year of NOAA-14 daylight passes over a...
The influence of Geostationary Operational Environmental Satellite (GOES) brightness temperature data on the numerical simulations of Hurricane Felix is investigated. Satellite data are included as an augmentation to a bogus data assimilation (BDA) procedure using a mesoscale adjoint modeling...
The prediction of the dispersal of volcanic ash from events such as the Ruapehu eruptions of 1995 and 1996 is important, not only for civil-defense authorities who need to warn people in downwind areas, but for airline companies that have to reroute aircraft to avoid the encounters with volcanic...
The insurance industry, insurance regulatory bodies, and scientists investigating climate change all desire long records of hail losses. Existing loss records for some states cover the 1948––present period; this span is helpful but is not long enough to define trends, possible fluctuations, and...
A three-dimensional second-order closure meteorological and pollutant dispersion model is developed, and the computed results are evaluated. A finite-element method is used to solve the governing equations because of its versatility in handling variable-resolution meshes and complex geometries....
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