Land surface models (LSMs) are widely used to study the continental part of the water cycle.
However, even though their accuracy is increasing, inherent model uncertainties can not be …

An original data assimilation (DA) scheme with a general dynamics model is considered. It is
shown that this scheme can be approximated by the stochastic diffusion process. The …

The sensitivity of the sea surface height anomaly (SSHA) forecasting on the accuracy of
mesoscale eddies over the Kuroshio Extension region, which was determined by the …

This work presents simulations of ocean circulation in the southwestern South Atlantic
Ocean with emphasis on the São Paulo Plateau region, a unique physiographic feature at …

Two different data assimilation methods are compared: the author's method of the
generalized Kalman filter (GKF) proposed earlier and the standard ensemble objective …

For paired mesoscale eddies, the most sensitive initial errors in relation to sea surface
height anomaly (SSHA) forecasts are investigated by utilizing the conditional nonlinear …

A parallel realization of the Ensemble Optimal Interpolation (EnOI) data assimilation (DA)
method in conjunction with the eddy-resolving global circulation model is implemented. The …

Sea level predictions, typically derived from 3D hydrodynamic models, are computationally
intensive and subject to uncertainties stemming from physical representation and …

Estimates of the meridional mass transport of Antarctic Bottom Water, calculated using the
coupled ocean-atmosphere Earth System Model on the basis of the original data …

Observed along-track data of sea surface height anomalies (SSHAs) over the Atlantic Ocean
from the Jason-1 and Jason-2 satellites were assimilated into the Hybrid-Coordinate Ocean …