Clouds play a crucial role in the radiative balance of the Earth’s surface, particularly in the Arctic where they participate in various feedback mechanisms with the underlying surface that consists of a complex mixture of snow, sea-ice, and open water. Our current understanding of clouds, and especially their representation in climate models, is limited. Longer ter
Airborne measurements in Arctic boundary-layer stratocumulus were carried out near Spitsbergen on 9 ...
The presence of clouds in the Arctic regulates the surface energy budget (SEB) over the sea-ice surf...
Quantifying the role of clouds in the earth's radiation budget is essential for improving our unders...
Clouds regulate the Earth’s radiation budget, both by reflecting part of the incoming sunlight leadi...
Clouds regulate the Earth’s radiation budget, both by reflecting part of the incoming sunlight leadi...
Cloud and radiation data from two distinctly different Arctic areas are analyzed to study the differ...
Clouds regulate the Earth's radiation budget, both by reflecting part of the incoming sunlight leadi...
Clouds regulate the Earth's radiation budget, both by reflecting part of the incoming sunlight leadi...
An annual cycle of cloud and radiation measurements made as part of the Surface Heat Budget of the A...
Abstract. Clouds regulate the Earth’s radiation budget, both by reflecting part of the incoming sunl...
The Arctic climate has changed significantly in the last decades, experiencing a dramatic loss of se...
The impact of Arctic sea ice concentrations, surface albedo, cloud fraction, and cloud ice and liqui...
Measurements of cloud radiative forcing in polar regions are less reliable than at lower latitudes b...
A novel new approach to retrieve cloud microphysical properties from mixed-phase clouds is presented...
A novel new approach to retrieve cloud microphysical properties from mixed-phase clouds is presented...
Airborne measurements in Arctic boundary-layer stratocumulus were carried out near Spitsbergen on 9 ...
The presence of clouds in the Arctic regulates the surface energy budget (SEB) over the sea-ice surf...
Quantifying the role of clouds in the earth's radiation budget is essential for improving our unders...
Clouds regulate the Earth’s radiation budget, both by reflecting part of the incoming sunlight leadi...
Clouds regulate the Earth’s radiation budget, both by reflecting part of the incoming sunlight leadi...
Cloud and radiation data from two distinctly different Arctic areas are analyzed to study the differ...
Clouds regulate the Earth's radiation budget, both by reflecting part of the incoming sunlight leadi...
Clouds regulate the Earth's radiation budget, both by reflecting part of the incoming sunlight leadi...
An annual cycle of cloud and radiation measurements made as part of the Surface Heat Budget of the A...
Abstract. Clouds regulate the Earth’s radiation budget, both by reflecting part of the incoming sunl...
The Arctic climate has changed significantly in the last decades, experiencing a dramatic loss of se...
The impact of Arctic sea ice concentrations, surface albedo, cloud fraction, and cloud ice and liqui...
Measurements of cloud radiative forcing in polar regions are less reliable than at lower latitudes b...
A novel new approach to retrieve cloud microphysical properties from mixed-phase clouds is presented...
A novel new approach to retrieve cloud microphysical properties from mixed-phase clouds is presented...
Airborne measurements in Arctic boundary-layer stratocumulus were carried out near Spitsbergen on 9 ...
The presence of clouds in the Arctic regulates the surface energy budget (SEB) over the sea-ice surf...
Quantifying the role of clouds in the earth's radiation budget is essential for improving our unders...