Over a period of more than two years (March 1989 till June 1991) ozone and nitrogen dioxide have been monitored along twelve alpine hillsides in the Austrian alps. The profiles had a height-resolution of 100 m and cover a range between 400 m and 1800 m asl, that is 100 m to 1100 m above the bottom of the valleys. They were situated in remote rural areas as well as in the vicinity of polluted urban and industrial areas. Both trace gases were monitored by means of integral chemical (SAM-surface active monitor) methods with a measuring cycle of two weeks. The concentration of ozone exhibits a substantial annual variation over the entire height range. In summer, highest ozone levels are observed near the ground and at the top of the mountains, ...
We investigate the temporal trends of peak ozone in Switzerland for the 1990-2014 time period. The m...
Surface ozone concentrations are presented for four high-elevation sites along a north–south transec...
International audienceIn this study we present the seasonal variability of ozone production efficien...
International audienceThe PAES (French acronym for synoptic scale atmospheric pollution) network foc...
The PAES (French acronym for synoptic scale atmospheric pollution) network focuses on the chemical c...
International audienceThe PAES (French acronym for synoptic scale atmospheric pollution) network foc...
Ozone is the most harmful air pollutant for plant ecosystems in the Mediterranean and Alpine areas d...
Ozone is the most harmful air pollutant for plant ecosystems in the Mediterranean and Alpine areas d...
In this paper ozone measurements carried out at six alpine and prealpine sites, located in the Itali...
The results of the surface ozone observations at the Observatory 'Kislovodsk', situated in the North...
This paper presents studies of stratospheric intrusions in the Alps and northern Apennines, their se...
In this study we present the seasonal variability of ozone production efficiencies (EN), defined as ...
International audienceAn Analysis of Covariance (ANCOVA) was used to derive the influence of the met...
International audienceWe use ozone observations from sondes, regular aircraft, and alpine surface si...
In a series of ozone-sonde soundings at the Hohenpeißenberg observatory, starting in 1967, the most ...
We investigate the temporal trends of peak ozone in Switzerland for the 1990-2014 time period. The m...
Surface ozone concentrations are presented for four high-elevation sites along a north–south transec...
International audienceIn this study we present the seasonal variability of ozone production efficien...
International audienceThe PAES (French acronym for synoptic scale atmospheric pollution) network foc...
The PAES (French acronym for synoptic scale atmospheric pollution) network focuses on the chemical c...
International audienceThe PAES (French acronym for synoptic scale atmospheric pollution) network foc...
Ozone is the most harmful air pollutant for plant ecosystems in the Mediterranean and Alpine areas d...
Ozone is the most harmful air pollutant for plant ecosystems in the Mediterranean and Alpine areas d...
In this paper ozone measurements carried out at six alpine and prealpine sites, located in the Itali...
The results of the surface ozone observations at the Observatory 'Kislovodsk', situated in the North...
This paper presents studies of stratospheric intrusions in the Alps and northern Apennines, their se...
In this study we present the seasonal variability of ozone production efficiencies (EN), defined as ...
International audienceAn Analysis of Covariance (ANCOVA) was used to derive the influence of the met...
International audienceWe use ozone observations from sondes, regular aircraft, and alpine surface si...
In a series of ozone-sonde soundings at the Hohenpeißenberg observatory, starting in 1967, the most ...
We investigate the temporal trends of peak ozone in Switzerland for the 1990-2014 time period. The m...
Surface ozone concentrations are presented for four high-elevation sites along a north–south transec...
International audienceIn this study we present the seasonal variability of ozone production efficien...