The climatic models simulated by proxy indices reflecting solar activity point out that solar variability can interpret most of temperature change before 1850.
根据多种反映太阳活动的代用指标拟合的气候模型指出，太阳活动可以解释1850年以前气温变化的大部分情况。
Many of them occur on thousand-year cycles, indicating that solar variability and interactions between the ocean and atmosphere are especially important factors influencing these climate changes.
它们大多以一千年为一循环周期。这表明太阳的多变性和海洋与大气之间的相互作用是影响这些气候变化的尤为重要的因素。
In addition to the internal variability of the global climate system itself, there is the added factor of external influences, such as volcanoes and solar activity.
除了全球气候系统本身的内部变化之外，还有外部影响的附加因素，如火山和太阳活动。
Of course, solar activity is just one natural source of climate variability. Volcanic eruptions are another, spewing gas and dust into the atmosphere.
当然，太阳活动仅仅是气候变化的一个自然因素，火山喷发出气体和尘埃进入大气层也会带来这个结果。
The cosmic ray flux has some changes due to the solar modulation and other factors, and maybe induce some variability of the Earth's climate.
宇宙线受太阳调制和其它因素影响，流强存在着变化，这种变化可能会引起地球气候的某些变化。
The most fundamental modes of variability of the global climate system are the diurnal and seasonal cycles, Which are associated with large and well-defined variations in the solar forcing.
在全球气候系统中，由于太阳的强迫作用，最基本的变化模式是日变化和季节变化。
The most fundamental modes of variability of the global climate system are the diurnal and seasonal cycles, Which are associated with large and well-defined variations in the solar forcing.
在全球气候系统中，由于太阳的强迫作用，最基本的变化模式是日变化和季节变化。
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