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Variability of Up Welling in the Southern Java Based Index Up Welling and Sea Surface Temperature in 2006-2007

机译:2006 - 2007年基于南部Java的井下指数兴奋剂的变化

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Upwelling is an oceanographic phenomenon that involves strong and cold of wind-driven motion and usually brings a mass of nutrient-rich water toward the surface of the sea. Upwelling is phenomenon or events related to the movement of the rising masses of sea water. The vertical movement is part of the integration of the ocean circulation but thousands to millions of times smaller than the horizontal flow. The vertical movement is occurring due to the presence of sea-water density stratification because with the addition of depth resulting in decreased temperature and density increase that raises energy to move water masses vertically. The sea is also stratified by other factors, such as increasing nutrient content with added depth. Thus the presence of vertical water movement will cause a significant effect on the nutrient content of certain depth layer. Research made for monitoring and observation of upwelling phenomena that occur in Hindia's Ocean south Java precisely in Fisheries Management Area ( WPP ) -RI 573 using MODIS satellite images Aqua/Terra monthly from 2006 to 2007 and use wind's data and turned into a vertical transport and than became upwelling index. The results of this research are the distribution of Chlorophyll-a concentration of the highest occurred in September 2006 reached 37353 × 4km2 = 149412km2 with chlorophyll concentration of 0.05 mg/m3 in the WPP-RI 573 Sea surface temperature on January to March warmer compared to the month of September to December on WPP-RI 573, the location of upwelling found plenty happening in September to November on WPP-RI 573. Aqua/Terra MODIS satellite image can be used as a tool to detect the occurrence of Up Welling in the Indonesian waters.
机译:升值是一种海洋现象,涉及风力驱动运动的强烈和寒冷,并且通常将大量的营养素朝着大海的表面带来浓厚的水。升值是与海水上升的运动的现象或事件。垂直运动是海洋循环集成的一部分,但数千次比水平流量小到数百万。由于存在海水密度分层的存在,因此垂直运动是由于加入深度导致的温度和密度增加,从而提高能量以垂直移动水质量。海洋也被其他因素分层,例如增加营养含量增加深度。因此,垂直水运动的存在将对某些深度层的营养含量产生显着影响。在渔业管理区(WPP)-RI 573使用MODIS卫星图像从2006年到2007年使用MODIS卫星图像(WPP)-RI 573进行监测和观察Hindia海洋南爪哇植物的监测和观察,并使用Wind的数据并转变为垂直运输比成为上升的指数。该研究的结果是叶绿素的分布 - 2006年9月发生的最高浓度达到37353×4km2 = 149412km2,叶绿素浓度为0.05mg / m3的WPP-RI 573海面温度,与3月加热器相比9月至12月在WPP-ri 573上,升值的位置在9月至11月在WPP-RI 573上发现了充足的事情。Aqua / Terra Modis卫星图像可以用作检测良好兴奋的工具印度尼西亚水域。

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