thermocline

Therefore, the disappearance of the thermocline induce the strong vertical mixing, and then high level nutrients are bringing from bottom to the surface, enhancing the nutrient concentrations in the whole NYS, and also improving the nutrient structures in NYS.

因此，在跃层消失之后，强烈地垂直混合将底层高浓度的营养盐带至表层，从而提高了海区营养盐浓度的总体水平，进而改善其营养盐结构。

shallow epipelagic upper epipelagic layer; above the thermocline .

浅的上浮游层上浮游层的上面；在变温层之上。

The maximum thermal gradient depth is consistent with the first peak backscatter strength depth, so the thermocline position can be deduced by the backscatter strength.

温度梯度最大值的深度与后向散射强度第一个峰值的深度一致，故根据后向散射强度能推断出温跃层的位置。

The thickness of the chlorophyll A maximum layer was contrarily closely related to thermocline strength.

潮汐作用使得叶绿素最大值的深度存在周期性垂直移动.叶绿素A最大值层厚度与温跃层强度具有密切的反相关关系。

Analysis of Thermocline Feature in the East China Sea

东海温跃层特征分析

Thermocline is important for submarine in underwater navigation and action.

温跃层对于潜艇的水下航行和战斗具有十分重要的意义.

With the vertical distribution data of temperature of some observation points in the south sea area of the Taiwan Island, the factors of the thermocline of the samples were computed, and then a particular analysis was made.

利用台湾岛南部海域若干观测点的水温垂直分布资料，计算了各研究个例的温跃层要素，并进行了较为详细的分析。

deep epipelagic lower epipelagic layer; below the thermocline.

深层带跃温层以下的深海。

Interdecadal variability of the thermocline along the west coast of South America.

沿南美洲西海岸温跃层的十年间变化.

Characteristic analysis of thermocline samples in south sea area of the Taiwan Island

台湾岛南部海域温跃层个例特征分析

timescales and dynamics of the formation of a thermocline

温跃层形成的时间尺度和动力学

Based on the data of the bathythermograph ( BT) observe'd from 1976 through 1988, the thermocline characteristics of the Bohai Sea and Yellow Sea are analysed.

依据1976～1988年渤、黄海BT观测资料，分析了渤、黄海的温跃层特性。

Effect of sea surface wind field on the thermocline in sea area around Taiwan Island

海面风场对环台湾岛海域温跃层的影响

The distribution of thermocline and middle cold water in the Bering Sea in summer

日常和夏季用水令状夏季白令海温跃层和中层冷水的分布特征

Therefore, in the development process of domestic and international ocean science, thermocline, particularly the seasonal thermocline, is always one of the main subjects.

因此，在国内外海洋科学的发展过程中，海洋温度跃层，尤其是季节性温度跃层的调查和研究一直是海洋调查研究的主要内容之一。