Accurate latent and sensible heat flux prediction in response to land surface soil moisture at mid-latitudes has been shown to be as important as sea surface temperature in making accurate precipitation prediction at mid-latitudes over land (Koster et al., 2000). Unfortunately, land surface models typically give a poor prediction of soil moisture and atmospheric feedback, with larg
The ability to accurately determine soil water content (soil moisture) over large areas of the Earth...
Soil moisture plays an essential role in the land surface energy balance, ap- portioning the availab...
This paper examines the utilization of surface temperature as a variable which can be assimilated in...
Prediction (NWP) models and climate models depends on accurate initialisation. Therefore variables s...
© 2014 Dr. Robert Carl PipunicThis thesis focuses on Land Surface Model (LSM) data assimilation for ...
Data assimilation methods have been used to improve the performances of land surface models by integ...
Root-zone soil moisture can control the partition of incoming radiation into latent and sensible hea...
The correction of Soil Moisture (SM) estimates in Land Surface Models (LSMs) is considered essential...
International audienceLDAS-Monde is a global land data assimilation system (LDAS) developed by Centr...
A realistic simulation of the atmospheric boundary layer (ABL) depends on an accurate representation...
Land surface models (LSMs) are integral components of general circulation models (GCMs), consisting ...
Biases in land-atmosphere coupling in climate models can contribute to climate prediction biases, bu...
Subsurface moisture and temperature and snow/ice stores exhibit persistence on various time scales t...
Advances in satellite monitoring of the terrestrial water cycle have led to a concerted effort to as...
Surface heat fluxes (latent and sensible heat over the land surface) play a key role in the land-atm...
The ability to accurately determine soil water content (soil moisture) over large areas of the Earth...
Soil moisture plays an essential role in the land surface energy balance, ap- portioning the availab...
This paper examines the utilization of surface temperature as a variable which can be assimilated in...
Prediction (NWP) models and climate models depends on accurate initialisation. Therefore variables s...
© 2014 Dr. Robert Carl PipunicThis thesis focuses on Land Surface Model (LSM) data assimilation for ...
Data assimilation methods have been used to improve the performances of land surface models by integ...
Root-zone soil moisture can control the partition of incoming radiation into latent and sensible hea...
The correction of Soil Moisture (SM) estimates in Land Surface Models (LSMs) is considered essential...
International audienceLDAS-Monde is a global land data assimilation system (LDAS) developed by Centr...
A realistic simulation of the atmospheric boundary layer (ABL) depends on an accurate representation...
Land surface models (LSMs) are integral components of general circulation models (GCMs), consisting ...
Biases in land-atmosphere coupling in climate models can contribute to climate prediction biases, bu...
Subsurface moisture and temperature and snow/ice stores exhibit persistence on various time scales t...
Advances in satellite monitoring of the terrestrial water cycle have led to a concerted effort to as...
Surface heat fluxes (latent and sensible heat over the land surface) play a key role in the land-atm...
The ability to accurately determine soil water content (soil moisture) over large areas of the Earth...
Soil moisture plays an essential role in the land surface energy balance, ap- portioning the availab...
This paper examines the utilization of surface temperature as a variable which can be assimilated in...