Please use this identifier to cite or link to this item:
|Title:||Primary Production in the Yellow Sea Determined by Ocean Color Remote Sensing|
|Authors:||SON Seunghyun; CAMPBELL Janet; DOWELL MARK; YOO Sinjae; NOH Jaehoon|
|Citation:||MARINE ECOLOGY-PROGRESS SERIES vol. 303 p. 91-103|
|Type:||Articles in periodicals and books|
|Abstract:||The Yellow Sea is a shelf sea surrounded by the Korean peninsula and the eastern coast of China. The bordering countries derive a substantial share of their food from fishing in these coastal waters. Synoptic maps of water-column integrated primary production in May and September were derived using a primary production algorithm applied to ocean color satellite data from the Yellow Sea from 1998 to 2003. The middle of the Yellow Sea (MYS) had higher levels of primary production in May and September than the shallower (<50 m) areas off the coasts of Korea and China. Although the coastal areas had high phytoplankton biomass, lower levels of primary production were caused by high turbidity arising from strong tides and shallow depths. Lower turbidity in the central part of the Yellow Sea allows light necessary for primary production to penetrate deeper into the water column. The mean daily integrated primary production in the MYS was 947 mg C m2 d 1 in May and723 mg C m-2d-1 in September. The mean values in Chinese and Korean coastal waters were 590and 589 mg C-m-2 d 1 in May, and 734 and 553 mg C-m-2d 1 in September, respectively. Our computation of daily total primary production for the entire Yellow Sea was 19.7 ×104t C d - 1 in May, and 15.8 ×104t C d-1 in September.|
|JRC Institute:||Sustainable Resources|
Files in This Item:
There are no files associated with this item.
Items in repository are protected by copyright, with all rights reserved, unless otherwise indicated.