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      https://www.riss.kr/link?id=A102475410

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      In this research were used observation meteorological data and meteorological model to understand an influence of rising ocean temperature on climate change in Korean Peninsula. In the case of meteorological data, were examined inland ocean temperatures as mean annual temperature change during 28 years period (1980-2006) on six shore sites and four inland sites. Also, it have been used MM5 meteorological model to study climate change due to rising ocean temperature and simulate increasing ocean temperature of Korean Peninsula by 2oC. Results shows that the temperature on the shore sites were increasing two times more than temperature on the inland sites. The meteorological model shows similar result and the highest temperature appears on the south shore sites.
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      In this research were used observation meteorological data and meteorological model to understand an influence of rising ocean temperature on climate change in Korean Peninsula. In the case of meteorological data, were examined inland ocean temperatur...

      In this research were used observation meteorological data and meteorological model to understand an influence of rising ocean temperature on climate change in Korean Peninsula. In the case of meteorological data, were examined inland ocean temperatures as mean annual temperature change during 28 years period (1980-2006) on six shore sites and four inland sites. Also, it have been used MM5 meteorological model to study climate change due to rising ocean temperature and simulate increasing ocean temperature of Korean Peninsula by 2oC. Results shows that the temperature on the shore sites were increasing two times more than temperature on the inland sites. The meteorological model shows similar result and the highest temperature appears on the south shore sites.

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