Global change: the solar influence

R. Roble
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Abstract

The variable outputs of the Sun that influence the Earth's atmosphere include electromagnetic radiation, the solar wind, and energetic particles emitted by flares and other disturbances. Irregularities in the solar wind can also modulate galactic cosmic rays that impact the Earth. In addition, there are variations in the solar energy at the top of the atmosphere caused by long-term changes in the Earth's orbital elements. All of these variations are currently being imposed on an atmosphere whose composition and thermal structure is changing as a result of trace-gas increases from man's activities. There is need for a next-generation climate model that extends from the ground to the thermosphere that can be used to study the effects of solar variability on a changing atmosphere. Such a model will probably require an increase in present-day computational power by a factor of 10 to 100.<>
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全球变化:太阳的影响
影响地球大气层的太阳的各种输出包括电磁辐射、太阳风、耀斑和其他扰动发出的高能粒子。太阳风的不规则性也可以调节影响地球的银河宇宙射线。此外,由于地球轨道元素的长期变化,大气层顶部的太阳能也会发生变化。所有这些变化目前都强加于大气层,由于人类活动造成的微量气体增加,大气层的成分和热结构正在发生变化。需要一种从地面延伸到热层的下一代气候模型,可以用来研究太阳变率对不断变化的大气的影响。这样一个模型可能需要将当今的计算能力提高10到100倍。
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