Training in PVM instrument handling

The ambient cloud in situ measurement campaign is a cross-comparison of cloud in situ measurement instruments with respect to the variables liquid water content and droplet effective diameter. The campaigns focus on the measurement instruments recommended in ACTRIS, such as the PVM. The campaign is organized every two years, with a measurement phase of 3-5 days at Mt. Hohen Sonnblick. During this

The ambient cloud in situ measurement campaign is a cross-comparison of cloud in situ measurement instruments with respect to the variables liquid water content and droplet effective diameter. The campaigns focus on the measurement instruments recommended in ACTRIS, such as the PVM. The campaign is organized every two years, with a measurement phase of 3-5 days at Mt. Hohen Sonnblick. During this

The ambient cloud in situ measurement campaign is a cross-comparison of cloud in situ measurement instruments with respect to the variables liquid water content and droplet effective diameter. The campaigns focus on the measurement instruments recommended in ACTRIS, such as the PVM. The campaign is organized every two years, with a measurement phase of 3-5 days at Mt. Hohen Sonnblick. During this

The ambient cloud in situ measurement campaign is a cross-comparison of cloud in situ measurement instruments with respect to the variables liquid water content and droplet effective diameter. The campaigns focus on the measurement instruments recommended in ACTRIS, such as the PVM. The campaign is organized every two years, with a measurement phase of 3-5 days at Mt. Hohen Sonnblick. During this

The ambient cloud in situ measurement campaign is a cross-comparison of cloud in situ measurement instruments with respect to the variables liquid water content and droplet effective diameter. The campaigns focus on the measurement instruments recommended in ACTRIS, such as the PVM. The campaign is organized every two years, with a measurement phase of 3-5 days at Mt. Hohen Sonnblick. During this

Workshop for intercomparison and testing of INP instruments.

Workshop for intercomparison and testing of INP instruments.

Workshop for intercomparison and testing of INP instruments.

Calibration of INP instruments

Calibration of INP instruments

Calibration of INP instruments

Transfer of the necessary expertise to operators of an ACTRIS labeled NF and external users (businesses, researchers, monitoring agencies, etc.) to improve their competencies for conducting measurements, data acquisition, data evaluation, and QA/QC measures while covering up to date guidelines and SOPs for anthropogenic NMHCS, biogenic NMHCs, OVOCs, condensables, and NOx. The consultancy shall be

Transfer of the necessary expertise to operators of an ACTRIS labeled NF and external users (businesses, researchers, monitoring agencies, etc.) to improve their competencies for conducting measurements, data acquisition, data evaluation, and QA/QC measures while covering up to date guidelines and SOPs for anthropogenic NMHCS, biogenic NMHCs, OVOCs, condensables, and NOx. The consultancy shall be

Transfer of the necessary expertise to operators of an ACTRIS labeled NF and external users (businesses, researchers, monitoring agencies, etc.) to improve their competencies for conducting measurements, data acquisition, data evaluation, and QA/QC measures while covering up to date guidelines and SOPs for anthropogenic NMHCS, biogenic NMHCs, OVOCs, condensables, and NOx. The consultancy shall be

CiGas develops measurement Guidelines (MGs) and Standard Operating Procedures (SOPs) for biogenic NMHCs, OVOCs and condensable vapours and updates the existing ones for anthropogenic NMHCs and NOx), based on proven procedures and methodologies in close cooperation with international bodies (e.g. Global Atmosphere Watch (GAW), National Metrological Institutes (NMIs), AQUILA, EMEP, CEN, ISO), NFs, a

CiGas provides support to the NFs and users for achieving traceability of measurements, quality assurance and quality control of the measurements and the data before submission to public databases. Therefore, data quality and compatibility of ACTRIS trace gas measurements as defined in the MG are ensured by station performance tests as parallel offline measurements, side-by-side intercomparisons,

CiGas develops measurement Guidelines (MGs) and Standard Operating Procedures (SOPs) for biogenic NMHCs, OVOCs and condensable vapours and updates the existing ones for anthropogenic NMHCs and NOx), based on proven procedures and methodologies in close cooperation with international bodies (e.g. Global Atmosphere Watch (GAW), National Metrological Institutes (NMIs), AQUILA, EMEP, CEN, ISO), NFs, a

CiGas develops measurement Guidelines (MGs) and Standard Operating Procedures (SOPs) for biogenic NMHCs, OVOCs and condensable vapours and updates the existing ones for anthropogenic NMHCs and NOx), based on proven procedures and methodologies in close cooperation with international bodies (e.g. Global Atmosphere Watch (GAW), National Metrological Institutes (NMIs), AQUILA, EMEP, CEN, ISO), NFs, a

CiGas provides support to the NFs and users for achieving traceability of measurements, quality assurance and quality control of the measurements and the data before submission to public databases. Therefore, data quality and compatibility of ACTRIS trace gas measurements as defined in the MG are ensured by station performance tests as parallel offline measurements, side-by-side intercomparisons,

CiGas provides support to the NFs and users for achieving traceability of measurements, quality assurance and quality control of the measurements and the data before submission to public databases. Therefore, data quality and compatibility of ACTRIS trace gas measurements as defined in the MG are ensured by station performance tests as parallel offline measurements, side-by-side intercomparisons,