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Might dimming the sun change atmospheric ENSO teleconnections as we know them?

机译:如我们所知,可能会使太阳变暗会改变大气ENSO远程连接吗?

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We use a troposphere–stratosphere chemistry‐climate model to investigate the impact of a 10% reduction in solar irradiance. Starting from the changes in global mean surface temperature modelled, we study changes of forced atmospheric variability. Large increases in ozone interacting with the meteorology are modelled, exemplified by changes in El Ni?o/Southern Oscillation (ENSO)‐related teleconnection patterns. The observed Northern Hemisphere centre of action at 50 hPa, modelled in our base integration, disappears in the run with reduced solar irradiance. This change in forced stratospheric variability highlights the point that the assessment of geoengineering schemes need to consider many possible feedbacks. Copyright ? 2010 Royal Meteorological Society.
机译:我们使用对流层-平流层化学-气候模型研究太阳辐照度降低10%的影响。从模拟的全球平均表面温度变化开始,我们研究强迫大气变化的变化。臭氧与气象相互作用的大幅增加已被模拟,以厄尔尼诺/南方涛动(ENSO)相关的遥相关模式的变化为例。以我们的基础积分为模型,在50 hPa观测到的北半球活动中心在运行中消失,太阳辐射减少。平流层强迫变化的这种变化凸显了这一点,即地球工程方案的评估需要考虑许多可能的反馈。版权? 2010年皇家气象学会。

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