Catalog Search Results
Author
Series
Atmospheric science paper volume no. 108
Pub. Date
1967.
Description
It is shown that a general class of nonlinear partial differential equations -- including those frequently used in predicting atmospheric motions -- can be converted to computational form by either the "finite difference" or "spectral" method to yield formally identical equations.
Author
Series
Atmospheric science paper volume no. 129
Pub. Date
1968.
Description
The present study is designed to provide both a method whereby the details of the nonlinear exchange process which occurs in the atmosphere may be considered in a simplified form, and also to indicate from some calculations the complexity of those exchanges.
Author
Series
Atmospheric science paper volume no. 131
Pub. Date
1968.
Description
A general numerical integration formula is presented which generates many of the commonly used one-dimensional finite-difference schemes.
Author
Series
Atmospheric science paper volume no. 526
Pub. Date
1993.
Description
Wind profiler data collected during FIRE-II, in November 1991, provided an opportunity for detailed observation of the passage of a warm front over Parsons, KS. Surface data, rawinsonde data and satellite observations were used to collaborate and understand the phenomena detected by the wind profiler.
Author
Series
Atmospheric science paper volume no. 741
Pub. Date
2003.
Description
In this study, the RAMS@CSU cloud-resolving mesoscale forecast model is run in a real-time configuration with a sophisticated microphysical package and multiple nested grids, in which the smallest grid has increased vertical resolution in the lower boundary layer. Using this configuration, two specific fog events are simulated in 3-D using initialization data with a horizontal resolution of 40 km.
Author
Series
Atmospheric science paper volume no. 127
Pub. Date
1968.
Description
A generalization of the two-dimensional spectral forecast equations is suggested, whereby the atmospheric flow field in horizontal and vertical directions is represented in terms of orthogonal functions, which are eigenfunctions of certain differential operators in the three-dimensional equations. The technique is applied to the quasi-geostrophic potential vorticity equation.
Author
Series
Atmospheric science paper volume no. 185
Pub. Date
1972.
Description
Qunatative [sic] radiance measurements from NASA's ATS-3 geosynchronous satellite have been used to develop and test a statistical forecast method to predict air terminal weather over the very short range (0-6 hours) time period.
Author
Pub. Date
[2019]
Description
In The Weather Machine, Andrew Blum takes readers on a journey to understand how the weather forecast works. He visits old weather stations and watches new satellites blast off. He follows the dogged efforts of scientists to create a supercomputer model of the atmosphere and traces the history of the algorithms that power their work. Our tools allow us to predict weather more accurately than ever, yet we haven't learned to trust them. Nor can we...
14) Weather
Author
Accelerated Reader
IL: MG - BL: 6.3 - AR Pts: 1
Description
Discusses such elements of weather as clouds, wet air, frost, ice, wind, and air pressure. Includes some projects.
18) Forecasts
Author
Pub. Date
2016.
Accelerated Reader
IL: LG - BL: 2.4 - AR Pts: 1
Description
"Relevant images match informative text in this introduction to forecasts. Intended for students in kindergarten through third grade"--Provided by publisher.
20) Forecasting
Author
Description
An exploration of weather forecasting, discussing how it has developed over the years, vital forecasting equipment such as radar, and possible developments.
"An exploration of weather forecasting, including how this science has developed in the past two centuries, vital forecasting equipment such as radar, and possible future developments"--Provided by publisher.
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