52 datasets found

Vertical column integrated liquid water, Liquid Water Path (LWP), is retrieved from the 89 GHz channel of MiRAC (Microwave Radar/radiometer for Arctic Clouds). MiRAC is flown...

During the ACLOUD aircraft campaign (23.5.2017 - 26.6.2017) the AMALi Lidar was installed mostly nadir pointing. This dataset contains the cloud top altitude from those...

During the MOSAiC-ACA aircraft campaign (31.8.2020 - 13.9.2020) the AMALi Lidar was installed nadir pointing. This dataset contains the cloud top altitudes below the aircraft...

During the AFLUX aircraft campaign (21.3.2019 - 11.4.2019) the AMALi Lidar was installed mostly nadir pointing. This dataset contains the cloud top altitudes below the aircraft...

This dataset contains hemispherical images of the sky taken every hour since 18/11/2018. The camera is part of GreEn-ER weather station installed on the roof of...

During the South Pole Atmospheric Radiation and Cloud Lidar Experiment (SPARCLE), in situ measurements were made in a supercooled liquid cloud at ~240 K. In situ measurements...

The Earth¿s climate is strongly influenced by atmospheric aerosols. Organic surfactant films on these aerosols influences their size, optical properties and ability to act as...

The Earth¿s climate is strongly influenced by clouds. The oxidative processing of pollutants in clouds affects cloud droplet size and optical properties, important climatic...

Atmospheric climate change is strongly influenced by clouds and the oxidative processing of pollutants in clouds affects droplet size and reflectivity of the planet. Clouds...

The 'non-magnetic' ground state of a Kondo ion is generally believed to consist of the localised spin surrounded by a compensating cloud of conduction electrons coupled...

Projected climate change is strongly influenced by clouds. The oxidative processing of pollutants in clouds affects droplet size and reflectivity, important climatic effects....

The Earth¿s climate is strongly influenced by clouds. The oxidative processing of pollutants in clouds affects cloud droplet size and optical properties, important climatic...

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).

Derived cloud base temperature from the infrared pyrometer located on the roof of the Princess Elisabeth station, East Antarctica (71°57'S - 23°21'E).