A comparison of total precipitation values estimated from measurements and a 1D cloud model

The purpose of this study is to establish a relation between observed total precipitation values and estimations from a one-dimensional diagnostic cloud model. Total precipitation values estimated from maximum liquid water content, maximum vertical velocity, cloud top height, and temperature excess...

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Main Authors: Z. Aslan, M. Kad{i}ou{g}lu, I. Gültepe
Format: Article
Language:English
Published: Copernicus Publications
Series:Annales Geophysicae
Online Access:http://www.ann-geophys.net/13/567/1995/angeo-13-567-1995.html
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author Z. Aslan
M. Kad{i}ou{g}lu
I. Gültepe
author_facet Z. Aslan
M. Kad{i}ou{g}lu
I. Gültepe
author_sort Z. Aslan
collection DOAJ
description The purpose of this study is to establish a relation between observed total precipitation values and estimations from a one-dimensional diagnostic cloud model. Total precipitation values estimated from maximum liquid water content, maximum vertical velocity, cloud top height, and temperature excess are also used to provide an equation for the total precipitation prediction. Data for this study were collected in Istanbul during the autumns of 1987 and 1988. The statistical models are developed with multiple regression technique and then comparatively verified with independent data for 1990. The multiple regression coefficients are in the range of 75% to 80% in the statistical models. Results of the test showed that total precipitation values estimated from the above techniques are in good agreement, with correlation coefficient between 40% and 46% based on test data for 1990.
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spelling doaj.art-0ee0a2f11e424227b55325311ca9519c2022-12-22T03:26:55ZengCopernicus PublicationsAnnales Geophysicae0992-76891432-0576135567571A comparison of total precipitation values estimated from measurements and a 1D cloud modelZ. AslanM. Kad{i}ou{g}luI. GültepeThe purpose of this study is to establish a relation between observed total precipitation values and estimations from a one-dimensional diagnostic cloud model. Total precipitation values estimated from maximum liquid water content, maximum vertical velocity, cloud top height, and temperature excess are also used to provide an equation for the total precipitation prediction. Data for this study were collected in Istanbul during the autumns of 1987 and 1988. The statistical models are developed with multiple regression technique and then comparatively verified with independent data for 1990. The multiple regression coefficients are in the range of 75% to 80% in the statistical models. Results of the test showed that total precipitation values estimated from the above techniques are in good agreement, with correlation coefficient between 40% and 46% based on test data for 1990.http://www.ann-geophys.net/13/567/1995/angeo-13-567-1995.html
spellingShingle Z. Aslan
M. Kad{i}ou{g}lu
I. Gültepe
A comparison of total precipitation values estimated from measurements and a 1D cloud model
Annales Geophysicae
title A comparison of total precipitation values estimated from measurements and a 1D cloud model
title_full A comparison of total precipitation values estimated from measurements and a 1D cloud model
title_fullStr A comparison of total precipitation values estimated from measurements and a 1D cloud model
title_full_unstemmed A comparison of total precipitation values estimated from measurements and a 1D cloud model
title_short A comparison of total precipitation values estimated from measurements and a 1D cloud model
title_sort comparison of total precipitation values estimated from measurements and a 1d cloud model
url http://www.ann-geophys.net/13/567/1995/angeo-13-567-1995.html
work_keys_str_mv AT zaslan acomparisonoftotalprecipitationvaluesestimatedfrommeasurementsanda1dcloudmodel
AT mkadiouglu acomparisonoftotalprecipitationvaluesestimatedfrommeasurementsanda1dcloudmodel
AT igultepe acomparisonoftotalprecipitationvaluesestimatedfrommeasurementsanda1dcloudmodel
AT zaslan comparisonoftotalprecipitationvaluesestimatedfrommeasurementsanda1dcloudmodel
AT mkadiouglu comparisonoftotalprecipitationvaluesestimatedfrommeasurementsanda1dcloudmodel
AT igultepe comparisonoftotalprecipitationvaluesestimatedfrommeasurementsanda1dcloudmodel