Investigating chaos in ozone layer depletion at Pakistan air space

M.Ayub Khan, Yousuf Zai, M. Hussain, M. Ansari
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Abstract

Phenomena like, atmospheric pollution, temperature variability, global warming, or ozone layer depletion (OLD) may be analyzed for forecasts etc. by solving the primitive dynamic equations along with the continuity and energy ones. The environmental variables actually observed are the consequences of thousand of events, some of which may be poorly defined or imperfectly understood. However, such atmospheric models of meteorological phenomena are simplistic in their nature, in the sense of largely hiding the character of nature as it ‘really’ is. This failure of reaching an exact solution and the fact that environmental phenomena nearly always include random components prompt us to leave the purely deterministic approach and invoke instead pseudo-randomness or randomness (stochasticity).
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调查巴基斯坦领空臭氧层消耗的混乱
通过求解原始动力学方程以及连续性方程和能量方程,可以对大气污染、温度变率、全球变暖或臭氧层损耗(OLD)等现象进行分析和预报。实际观察到的环境变量是成千上万个事件的结果,其中一些可能定义不清或不完全理解。然而,这种气象现象的大气模型在本质上是简单的,因为它在很大程度上隐藏了自然的“真实”特征。这种无法获得精确解决方案的情况以及环境现象几乎总是包含随机成分的事实促使我们放弃纯粹的确定性方法,转而求助于伪随机性或随机性(随机性)。
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