지구시스템 모형을 이용한 21세기 동중국해와 남해의 수온과 일차생산 변화 평가

Using results from an Earth System model, we investigated change in primary production in the East China Sea, under a global warming scenario. As global warming progresses, the vertical stratification of water becomes stronger, and nutrient supply from the lower part to the upper part is reduced. Co...

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Bibliographic Details
Published in:Ocean and polar research 2012, 34(2), , pp.229-237
Main Authors: 박영규, 최상화, 김선동, 김철호, Park, Young-Gyu, Choi, Sang-Hwa, Kim, Seon-Dong, Kim, Cheol-Ho
Format: Article
Language:Korean
Subjects:
해양학
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Summary:Using results from an Earth System model, we investigated change in primary production in the East China Sea, under a global warming scenario. As global warming progresses, the vertical stratification of water becomes stronger, and nutrient supply from the lower part to the upper part is reduced. Consequently, so is the primary production. In addition to the warming trend, there is strong decadal to interdecadal scale variability, and it takes a few decades before the warming trend surpasses natural variability. Thus, it would be very hard to investigate the global warming trend using data of several years' length.
ISSN:1598-141X
2234-7313
DOI:10.4217/OPR.2012.34.2.229