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In this paper, we present a merged dataset of ozone profiles from\udseveral satellite instruments: SAGE II on ERBS, GOMOS, SCIAMACHY and\udMIPAS on Envisat, OSIRIS on Odin, ACE-FTS on SCISAT, and OMPS on\udSuomi-NPP. The merged dataset is created in the framework of the\udEuropean Space Agency Climate Change Initiative (Ozone_cci) with\udthe aim of analyzing stratospheric ozone trends. For the merged\uddataset, we used the latest versions of the original ozone\uddatasets. The datasets from the individual instruments have been\udextensively validated and intercompared; only those datasets which\udare in good agreement, and do not exhibit significant drifts with\udrespect to collocated ground-based observations and with respect to\udeach other, are used for merging. The long-term SAGE–CCI–OMPS\uddataset is created by computation and merging of deseasonalized\udanomalies from individual instruments.\ud  \udThe merged SAGE–CCI–OMPS dataset consists of deseasonalized\udanomalies of ozone in 10° latitude bands from 90° S\udto 90° N and from 10 to 50 km in steps of\ud1 km covering the period from October 1984 to\udJuly 2016. This newly created dataset is used for evaluating ozone\udtrends in the stratosphere through multiple linear\udregression. Negative ozone trends in the upper stratosphere are\udobserved before 1997 and positive trends are found after 1997. The\udupper stratospheric trends are statistically significant at\udmidlatitudes and indicate ozone recovery, as expected from the\uddecrease of stratospheric halogens that started in the middle of the\ud1990s and stratospheric cooling

Merged SAGE II, Ozone_cci and OMPS ozone profile dataset and evaluation of ozone trends in the stratosphere