Ozone Evolution in the Past and Future (MDPI - Multidisciplinary Digital Publishing Institute, 2020)
Keywords: chemical–climate model; climate change; cloudiness; decision tree model; discontinuities in reanalysis time series; empirical wavelet transform (EWT); ERA-Interim reanalysis; erythemal radiation; forcing; forecasting; horizontal-trough; human health; Irene; long short-term memory networks (LSTM); Mann-Kendall; merra ozone data; modeling; natural and anthropogenic factors; nitrogen dioxide; Northern Eurasia; numerical modeling; ozone; ozone decline; ozone enhancement; ozone exceedance; ozone layer evolution; ozone precursors; ozonesondes; PM10; PM2.5; potential vorticity; Reference, Information and Interdisciplinary subjects; Research and information: general; respiratory disease; rural site; satellite observations; solar forcing; stratospheric intrusion; stratospheric ozone; total column of ozone (TCO); total ozone content; trend; trend analyses; trend estimates; trend estimations; tropospheric ozone; ultraviolet radiation; urban site; UV resources