Physical and Optical Structures in the Upper Ocean of the East (Japan) Sea (WHOI Component)
Abstract
We seek to understand the processes that control physical and bio-optical variability in the upper ocean of the East/Japan Sea. Specifically we are interested in: (1) the upper ocean response to strong wintertime forcing (Siberian cold air outbreaks) at the subpolar front; (2) the resulting formation subduction, and spreading of intermediate waters; (3) the dynamics of the subpolar front; and (4) contrasting seasonal and coastal/central basin bio-optical variability. Highly resolved, three-dimensional upper ocean measurements provide a unique picture of the integrated effects of wintertime water mass formation in response to strong atmospheric forcing and of frontal eddy properties. Simultaneous measurements of bio-optical properties contrasts conditions on either side of the front and permit us to study the role of dynamics in controlling bio-optical variability. Both at the subpolar front and off the Korean coast, SeaSoar surveys provide bio-optical measurements of unprecedented synopticity and horizontal resolution
Document Details
- Document Type
- Technical Report
- Publication Date
- Apr 08, 2003
- Accession Number
- ADA412655
Entities
People
- Burton H. Jones
- Craig M. Lee
- Kenneth H. Brink
Organizations
- Woods Hole Oceanographic Institution