Record Display for the EPA National Library Catalog
RECORD NUMBER: 4 OF 9
|OLS Field Name||OLS Field Data|
|Main Title||Empirical techniques for analyzing air quality and meteorological data /|
|Author||Meisel, William S.|
|Publisher||Technology Service Corp. ; Prepared for Office of Research and Development, U.S. Environmental Protection Agency : Distributed by National Technical Services,|
|Report Number||EPA/600-4-76-029a; EPA/600-4-76-029b; EPA/600-4-76-029c; TSC-PD-132-2; EPA-68-02-1704; TSC-PD-132-1; TSC-PD-132-3|
|Stock Number||PB-261 446|
|Subjects||Air--Pollution--Analysis. ; Air--Pollution--Measurement. ; Meteorology--Observations.|
|Additional Subjects||Air pollution ; Meteorological data ; Statistical analysis ; Atmospheric circulation ; Mathematical models ; Empirical equations ; Diffusion ; Hydrocarbons ; Ozone ; Atmospheric composition ; Solar radiation ; Nitrogen dioxide ; Nitrogen oxide(N2O) ; Temperature ; Regression analysis ; Standard deviation ; Concentration(Composition) ; Los Angeles(California) ; Contaminants ; Dispersions ; Meterological data|
|Collation||3 volumes : illustrations ; 28 cm|
Empirical methods have found limited application in air quality and meteorological analyses, largely because of a lack of good data and the large number of variables in most applications. More and better data, along with advances in methodology, have broadened the applicability of empirical approaches. This report illustrates the types of problems for which creative empirical approaches have the potential for significant contributions. The results of two pilot projects are reported in some detail.
PB-261 446-448. "1976." "EPA/600-4-76-029a." "EPA/600-4-76-029b." "EPA/600-4-76-029c."
pt. 1. The role of empirical methods in air quality and meteorological analyses -- pt. 2. Feasibility study of a source-oriented empirical air quality simulation model -- pt. 3. Short-term changes in ground-level ozone concentrations : an empirical analysis.