温盐环流

温室气体浓度增加（以CO2为主）引起的温盐环流演变在未来气候系统中扮演非常重要的角色。

Changes in the thermohaline circulation ( THC ) arising from the increase in the CO_2 concentration in the atmosphere will dominate the future climate regimes .

温盐环流（THC，ThermohalineCirculation）是海洋中一种具有全球尺度的深层环流系统，是地球气候系统经向热量输送的重要承担者，对气候的形成以及变化存在显著的影响。

As the oceanic deep circulation system with global scale , and one important factor of meridional heat transport in earth climate system , Thermohaline Circulation ( THC ) is critical to the formation and variation of the earth climate .

围绕大洋温盐环流的稳定性和变率，以三维原始方程大洋环流模式（OGCM）和海气耦合模式为重点，兼顾理想概念模式，总结了近年来模拟研究的主要成果。

In this paper , some recent contributions of both primitive equation ocean circulation models ( OGCM ) and idealized conceptual models to the understanding of the stability and variability properties of the ocean thermohaline circulation are reviewed .

二维海洋温盐环流碳循环模式

A Two Dimensional Ocean Thermohaline Circulation Carbon Cycle Model

温盐环流稳定性以及年代际变率的研究进展

Advances in the research of stability of thermohaline circulation and its decadal variability

格陵兰将停止对温盐环流熔化吗？

Will Greenland melting halt the thermohaline circulation ?

20世纪北大西洋温盐环流的年代际变化试评估

Preliminary Evaluation on the Decadal Scale Variability of the North Atlantic Thermohaline Circulation during 20th Century

温盐环流与全球增暖的数值模拟&（一）纬向平均温盐环流的模拟

Simulation of Thermohaline Circulation and Global Warming ──( I ) Simulation of Zonal Mean Thermohaline Circulation

从与温盐环流相联系的海表热通量来看，北大西洋北部是向大气提供热量的主要源地；

The meridional distribution of the air-sea heat exchange shows that the northern North Atlantic is the main source for heating atmosphere .

温室气体浓度增加情景下大西洋温盐环流的演变卑尔根气候模式中大西洋热盐环流年代际与年际变率的气候影响

Changes in Atlantic Thermohaline Circulation under Different Atmospheric CO_2 Scenarios Climate Impacts of the Decadal and Interannual Variability of the Atlantic Thermohaline Circulation in Bergen Climate Model

联合国科学家认为出现这种情形的可能性非常低&而即便温盐环流停止，在全球空气与海洋温度不断上升的影响下，欧洲气候也很可能保持温暖。

That had been rated very unlikely - and even if the " thermohaline circulation " did shut down , Europe would probably stay warm under the influence of the globally rising air and sea temperatures .

2000年8月南海中部与南部海洋温、盐与环流特征

Hydrographic and circulation characteristics in middle and southern South China Sea in summer , 2000