In the near-coastal regions of Antarctica, a significant fraction of the snow precipitating onto the surface, is removed again through sublimation – the direct conversion of solid snow particles into water vapour– either directly from the surface or of the drifting snow particles. Meteorological observations from an Automatic Weather Station (AWS) near the Belgian research station Princess Elisabeth (PE) in Dronning Maud Land, East Antarctica, are used to study surface and snowdrift sublimation and to assess their impacts on both the surface mass balance and the surface energy balance. The results for PE are each time compared to three other AWSs in Dronning Maud Land for which longer datasets are available.status: publishe
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential in...
The Antarctic mass balance and the hydrological cycle of the entire planet are tightly linked togeth...
In order to understand the evolution of the climate of Antarctica, dominant processes that control s...
In the near-coastal regions of Antarctica, a significant fraction of the snow precipitating onto the...
In the near-coastal regions of Antarctica, a significant fraction of the snow precipitating onto the...
Abstract. In the near-coastal regions of Antarctica, a signifi-cant fraction of the snow precipitati...
The need for climate change prediction has focused attention on the Surface Mass Balance (SMB) of th...
The need for climate change prediction has focused attention on the Surface Mass Balance (SMB) of th...
Abstract. In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface...
In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface mass bala...
In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface mass bala...
A total of 3 years of blowing-snow observations and associated meteorology along a 7 m mast at site ...
Abstract. In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface...
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential inp...
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential inp...
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential in...
The Antarctic mass balance and the hydrological cycle of the entire planet are tightly linked togeth...
In order to understand the evolution of the climate of Antarctica, dominant processes that control s...
In the near-coastal regions of Antarctica, a significant fraction of the snow precipitating onto the...
In the near-coastal regions of Antarctica, a significant fraction of the snow precipitating onto the...
Abstract. In the near-coastal regions of Antarctica, a signifi-cant fraction of the snow precipitati...
The need for climate change prediction has focused attention on the Surface Mass Balance (SMB) of th...
The need for climate change prediction has focused attention on the Surface Mass Balance (SMB) of th...
Abstract. In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface...
In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface mass bala...
In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface mass bala...
A total of 3 years of blowing-snow observations and associated meteorology along a 7 m mast at site ...
Abstract. In this paper, we estimate the contribution of snowdrift sublimation (SUds) to the surface...
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential inp...
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential inp...
Surface mass balance (SMB) distribution and its temporal and spatial variability is an essential in...
The Antarctic mass balance and the hydrological cycle of the entire planet are tightly linked togeth...
In order to understand the evolution of the climate of Antarctica, dominant processes that control s...