Through analysis of a hindcast integration of an eddy-resolving quasi-global ocean general
circulation model, decadal variability in the Kuroshio–Oyashio Extension region is …

The present study documents the relationship between the surface heat flux and sea surface
temperature (SST) and estimates the contribution of different processes to SST changes in …

The present study aims to examine the role of air–sea interactions and upper ocean
processes in determining the tropical Indian Ocean (TIO) seasonal sea surface temperature …

The present study employs six surface heat flux datasets and three ocean assimilation
products to assess the relative contributions of surface heat fluxes and oceanic processes to …

Homogeneous temperature regions are necessary for use in hydrometeorological studies.
The regions are often delineated by analysing statistics derived from time series of …

Observational data are used to investigate summer heat penetration into the subsurface
ocean in order to quantify the heat capacity of the upper ocean with respect to surface heat …

The contribution of various forcing sources to the mixed layer depth (MLD) growth during
winter in the North Pacific was investigated by analyzing the Simple Ocean Data …

In the Kuroshio region (KR), the early summer surface heat flux (SHF) exhibits a rapid
increase around 1990 as a climate shift, which is rooted in the oceanic interdecadal …

It is investigated how the Pacific Decadal Oscillation (PDO) is simulated differently among
various coupled general circulation models (CGCMs), and how it is related to the heat …

The Baiu front, a quasi‐stationary front that appears in early boreal summer near the
northwestern rim of the subtropical Pacific high, shows interannual variability characterised …