Outflow of the intermediate water in the East/Japan Sea through the Tsugaru Strait is inferred from the fact that profiling floats deployed below the sill depth in the central East/Japan Sea moved out to the Northwest Pacific Ocean through the Strait. Careful analysis of the float trajectories reveals that profiling floats parked at 350m, 700m, and 800m could be uplifted from depths below the sill of the Tsugaru Strait and moved over the 140m deep sill with a probability close to 100%. Application of an analytical model for the Bernoulli suction shows that intermediate waters can be aspirated over the sill depth of the Tsugaru Strait in late winter.X1123sciescopu
The sectional structures of current in the western channel of the Tsushima/Korea Strait were repeate...
To better understand the behavior of water mass beneath the Tsushima Warm Current (TWC), we use the ...
Sediment traps were deployed at the mouth of Tokyo Bay in the winter of 1991 and the summer of 1993,...
[1] Outflow of the intermediate water in the East/Japan Sea through the Tsugaru Strait is inferred f...
Author Posting. © American Geophysical Union, 2008. This article is posted here by permission of Am...
Since the Intermediate Oyashio Water (IOW) gradually accumulates in Sagami Bay, it can reasonably be...
Six newly developed floats, which were set to drift on the 26.7σθ isopycnal surface and to profile t...
Oyashio water flowing into the Mixed Water Region (MWR) and the Kuroshio Ex-tension region that form...
An analytical model of the branching of an inertial current partly afloat incident upon a step fall ...
colder than the present value by five degrees and extremely freshened (~24 ppt) in the last glacial ...
Transport variations and characteristics of tidal currents in the Tsugaru Strait are investigated us...
The intermediate and deep water formation process are studied by reproducing the past and present ci...
More than 95% of the water flowing into the Sea of Japan comes from the Tsushima Strait, and 80% of ...
A simple analytical model is considered for the dynamics of volume transport of the Tsushima Current...
The Tsugaru Strait is one of four straits that connect the Sea of Japan to adjacent oceans. Flow dyn...
The sectional structures of current in the western channel of the Tsushima/Korea Strait were repeate...
To better understand the behavior of water mass beneath the Tsushima Warm Current (TWC), we use the ...
Sediment traps were deployed at the mouth of Tokyo Bay in the winter of 1991 and the summer of 1993,...
[1] Outflow of the intermediate water in the East/Japan Sea through the Tsugaru Strait is inferred f...
Author Posting. © American Geophysical Union, 2008. This article is posted here by permission of Am...
Since the Intermediate Oyashio Water (IOW) gradually accumulates in Sagami Bay, it can reasonably be...
Six newly developed floats, which were set to drift on the 26.7σθ isopycnal surface and to profile t...
Oyashio water flowing into the Mixed Water Region (MWR) and the Kuroshio Ex-tension region that form...
An analytical model of the branching of an inertial current partly afloat incident upon a step fall ...
colder than the present value by five degrees and extremely freshened (~24 ppt) in the last glacial ...
Transport variations and characteristics of tidal currents in the Tsugaru Strait are investigated us...
The intermediate and deep water formation process are studied by reproducing the past and present ci...
More than 95% of the water flowing into the Sea of Japan comes from the Tsushima Strait, and 80% of ...
A simple analytical model is considered for the dynamics of volume transport of the Tsushima Current...
The Tsugaru Strait is one of four straits that connect the Sea of Japan to adjacent oceans. Flow dyn...
The sectional structures of current in the western channel of the Tsushima/Korea Strait were repeate...
To better understand the behavior of water mass beneath the Tsushima Warm Current (TWC), we use the ...
Sediment traps were deployed at the mouth of Tokyo Bay in the winter of 1991 and the summer of 1993,...