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Extra-terrestrial Geophysics to Understand Climate Change and Open Access Journal: Journal of Geophysics and Remote Sensing

机译:认识气候变化和开放获取的地外地球物理学杂志:地球物理学与遥感杂志

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Climate change has been addressed by scientific studies based on the influence of human activities like production of industrial effluents, land use changes and other activities due to development of the society. It has been suggested that suggests that the carbon in atmosphere was reduced in geological past 470 million years ago by the advent of plant species on the earth. All these variables might have influenced the environment of the earth leading to the climate change but the process is slow in comparison to the extra terrestrial influence. An attempt can be made to understand the influence of extraterrestrial geophysical activities as one of the important factors of climate change. The influence of Sun and distant stars on the environment can be studied during the cyclic changes in the Sun as well as episodic changes in the environment due to the effect of other celestial objects in between Sun- Earth environment. It is evident that if a short term changes in the sun- earth weather due to eclipse can influence the environment of the earth temporarily it can be a possible key of climate change due to abnormal solar behaviour. Recent researches has projected the change in earths ecosystem due to climate change which needs to be reconsidered based on the parameters of changing extra terrestrial activities of Sun-Earth system.
机译:科学研究已根据人类活动的影响对气候变化进行了研究,例如工业废水的生产,土地用途的变化以及社会发展带来的其他活动。有人提出,这表明在地球上大约4.7亿年前,地球上植物物种的出现减少了大气中的碳。所有这些变量可能已经影响了导致气候变化的地球环境,但是与额外的地面影响相比,该过程很慢。可以尝试了解地球外地球物理活动的影响是气候变化的重要因素之一。在太阳的周期性变化以及由于太阳-地球环境之间其他天体的影响而引起的环境的周期性变化中,可以研究太阳和遥远恒星对环境的影响。显然,如果因日食引起的短期太阳天气变化会暂时影响地球环境,则可能是由于太阳行为异常而导致气候变化的关键。最近的研究已经预测了由于气候变化导致的地球生态系统的变化,需要根据改变太阳地球系统的额外地球活动的参数来重新考虑。

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