A field campaign was carried out during May 1994 at the Izaña station, Tenerife. This campaign was part of the program Environment and Climate sponsored by the European Commission to study the influence of European emissions on the oxidizing capacity of a clean tropospheric environment. Daytime and also nighttime measurements were made, covering the OH as well as the NO3 chemistry. This paper presents the OH measurements taken with a multipass optical absorption spectrometer (MOAS) and discusses the daytime chemistry in a statistical and therefore more preliminary way. All relevant parameters influencing the OH concentration were monitored. From the data the two main contributions to the OH production can clearly be discerned and are given ...
International audienceIn July-August 2002 the field measurement campaign Mineral Dust and Tropospher...
Since the start of industrialization and increasingly since the 1950s, anthropogenic activities have...
Measurements of the radical species OH and HO2 were made using the fluorescence assay by gas expansi...
A field campaign was carried out during May 1994 at the Izaña station, Tenerife. This campaign was p...
In August 1993 trace gas measurements were performed at the Global Atmospheric Watch station Izana a...
Using long path UV absorption spectroscopy we have measured OH concentrations close to the earth's s...
This paper reports direct measurements of the nitrate radical (NO3) in the lower free troposphere. T...
Hydroxyl radical (OH) is the main daytime oxidant in the troposphere and determines the atmospheric ...
Nitrogen oxides (NOx = NO + NO2) are an important constituent to the global atmosphere due to their ...
In August 1993 trace gas measurements were performed at the Global Atmospheric Watch station Izana o...
The photochemistry of the troposphere over the South Atlantic basin is examined by modeling of aircr...
The photochemistry of the troposphere over the South Atlantic basin is examined by modeling of aircr...
The Free Tropospheric Experiment (FREETEX'98) was conducted at the Jungfraujoch Observatory in the S...
Hydroxyl radicals (OH) are the main daytime oxidant, which determine the tropospheric oxidation capa...
Our current understanding of the gas phase chemistry of the lower troposphere is based on measuremen...
International audienceIn July-August 2002 the field measurement campaign Mineral Dust and Tropospher...
Since the start of industrialization and increasingly since the 1950s, anthropogenic activities have...
Measurements of the radical species OH and HO2 were made using the fluorescence assay by gas expansi...
A field campaign was carried out during May 1994 at the Izaña station, Tenerife. This campaign was p...
In August 1993 trace gas measurements were performed at the Global Atmospheric Watch station Izana a...
Using long path UV absorption spectroscopy we have measured OH concentrations close to the earth's s...
This paper reports direct measurements of the nitrate radical (NO3) in the lower free troposphere. T...
Hydroxyl radical (OH) is the main daytime oxidant in the troposphere and determines the atmospheric ...
Nitrogen oxides (NOx = NO + NO2) are an important constituent to the global atmosphere due to their ...
In August 1993 trace gas measurements were performed at the Global Atmospheric Watch station Izana o...
The photochemistry of the troposphere over the South Atlantic basin is examined by modeling of aircr...
The photochemistry of the troposphere over the South Atlantic basin is examined by modeling of aircr...
The Free Tropospheric Experiment (FREETEX'98) was conducted at the Jungfraujoch Observatory in the S...
Hydroxyl radicals (OH) are the main daytime oxidant, which determine the tropospheric oxidation capa...
Our current understanding of the gas phase chemistry of the lower troposphere is based on measuremen...
International audienceIn July-August 2002 the field measurement campaign Mineral Dust and Tropospher...
Since the start of industrialization and increasingly since the 1950s, anthropogenic activities have...
Measurements of the radical species OH and HO2 were made using the fluorescence assay by gas expansi...