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Can we control El Ni?o?

机译:我们可以控制德尔尼诺吗?

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摘要

The question of whether it is possible to intentionally modify the El Ni?o/Southern oscillation?(ENSO) cycle is explored as a case study in the dynamics of climate intervention beyond simple temperature adjustment. A plausible control strategy is described, including an estimate of the energy it would require to implement. The intent here is not to suggest that we should do so, but rather that the scale of the required intervention is such that we could intentionally influence ENSO. Simulations use the Cane–Zebiak intermediate complexity model, and demonstrate that depending on the parameter regime, a feedback strategy that dynamically deflects less than 1% of the sunlight over the Ni?o-3 region of the eastern tropical Pacific could be used to reduce the probability of extreme ENSO events (T2?°C) to near zero, or conversely to enhance the cycle.
机译:除了简单的温度调节之外,作为气候干预动力学的案例研究,探讨了是否有可能故意改变厄尔尼诺/南振荡(ENSO)周期的问题。描述了一种可行的控制策略,包括对其实施所需能量的估计。这里的意图不是建议我们这样做,而是建议的干预规模应使我们可以有意地影响ENSO。模拟使用Cane–Zebiak中间复杂度模型,并证明根据参数范围,可以使用一种将热带东太平洋Ni?o-3区域的太阳光动态偏转小于1%的反馈策略来减少极端ENSO事件(T> 2?°C)接近零的概率,或者反过来会增强周期。

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