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A simple thermodynamic model for seasonal variation of monsoon rainfall

机译:季风降水季节变化的简单热力学模型

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Monsoons occur in the tropics on account of complex interaction between the continents, the ocean and the atmosphere and hence no simple model of the monsoon has been proposed so far. In this paper, a simple diagnostic model of the monsoon has been proposed based on the constraints imposed by energy and the moisture balance in a vertical column of the tropical atmosphere. The model demonstrates that the monthly mean rainfall depends upon evaporation, the net energy available in the atmosphere and the vertical stability of the atmosphere. The model simulates the seasonal variation of rainfall in India, Africa and South America remarkably well without explicitly invoking the concept of land-sea contrast in temperature. The model is useful to understand the impact of deforestation, greenhouse gases and aerosols on monsoon rainfall.
机译:由于大陆,海洋和大气之间复杂的相互作用,季风发生在热带地区,因此到目前为止,尚未提出过简单的季风模型。在本文中,基于能量和热带大气垂直列中的水分平衡所施加的约束,提出了一种季风的简单诊断模型。该模型表明,月平均降水量取决于蒸发,大气中可用的净能量和大气的垂直稳定性。该模型可以很好地模拟印度,非洲和南美的降雨的季节性变化,而无需明确引用温度上的陆海对比概念。该模型有助于了解森林砍伐,温室气体和气溶胶对季风降雨的影响。

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