Ozone Evolution in the Past and Future

The stratospheric ozone is important for the protection of the biosphere from the dangerous ultraviolet radiation of the sun, forms the temperature and dynamical structure of the stratosphere, and, therefore, has a direct influence on the general circulation and the surface climate. The tropospheric...

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Year of Publication:2020
Language:English
Physical Description:1 electronic resource (176 p.)
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spelling Rozanov, Eugene edt
Ozone Evolution in the Past and Future
Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute 2020
1 electronic resource (176 p.)
text txt rdacontent
computer c rdamedia
online resource cr rdacarrier
The stratospheric ozone is important for the protection of the biosphere from the dangerous ultraviolet radiation of the sun, forms the temperature and dynamical structure of the stratosphere, and, therefore, has a direct influence on the general circulation and the surface climate. The tropospheric ozone can damage the biosphere, impact human health, and plays a role as a powerful greenhouse gas. That is why the understanding of the past and future evolution of the ozone in different atmospheric layers, as well as its influence on surface UV radiation doses, and human health is important. The problems of preventing further destruction of the ozone layer, the restoration of the ozone shield in the future, and air quality remain important for society. The interest in these problems was recently enhanced by the unexpected discovery of a negative ozone trend in the lower stratosphere and the appearance of a large ozone hole over the Arctic in spring 2020. This book includes papers describing several aspects of the ozone layer’s state and evolution based on the recent experimental, statistical, and modeling works. The book will be useful for readers, scientists, and students interested in environmental science.
English
Research & information: general bicssc
ozone
PM2.5
PM10
nitrogen dioxide
respiratory disease
decision tree model
merra ozone data
discontinuities in reanalysis time series
trend analyses
total ozone content
cloudiness
erythemal radiation
trend
chemical–climate model
ERA-Interim reanalysis
Northern Eurasia
UV resources
stratospheric ozone
natural and anthropogenic factors
numerical modeling
satellite observations
trend estimations
tropospheric ozone
stratospheric intrusion
horizontal-trough
ozone layer evolution
modeling
climate change
solar forcing
ozone precursors
total column of ozone (TCO)
trend estimates
long short-term memory networks (LSTM)
empirical wavelet transform (EWT)
forecasting
Mann-Kendall
ozone exceedance
urban site
rural site
human health
ozone enhancement
Irene
ozone decline
potential vorticity
ozonesondes
ultraviolet radiation
forcing
3-03936-828-1
3-03936-829-X
Rozanov, Eugene oth
language English
format eBook
author2 Rozanov, Eugene
author_facet Rozanov, Eugene
author2_variant e r er
author2_role Sonstige
title Ozone Evolution in the Past and Future
spellingShingle Ozone Evolution in the Past and Future
title_full Ozone Evolution in the Past and Future
title_fullStr Ozone Evolution in the Past and Future
title_full_unstemmed Ozone Evolution in the Past and Future
title_auth Ozone Evolution in the Past and Future
title_new Ozone Evolution in the Past and Future
title_sort ozone evolution in the past and future
publisher MDPI - Multidisciplinary Digital Publishing Institute
publishDate 2020
physical 1 electronic resource (176 p.)
isbn 3-03936-828-1
3-03936-829-X
illustrated Not Illustrated
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