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。
The increase was traced to nearly two decades of temperature, solar radiation and water availability conditions, influenced by climate change, that were favorable for plant growth.
这一增加源于近二十年的温度，太阳辐射和水的供给状况，并受到气候变化的影响，这些均有利于植物的生长。
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。
In other words, our understanding of global climate change could be skewed by not taking into account solar effects on European weather.
换句话说，如果不考虑太阳的作用影像，我们对于全球气候变化的理解将会由于太阳对欧洲气候的影响而扭曲。
Some models predict that global mean cloud cover will increase in a warmer climate and the increased reflection of solar radiation will limit the predicted global warming.
一些模型预测全球平均云覆盖量在较暖的气候下会增长，从而增加对太阳辐射的反射，将会使预期的全球变暖变得有限。
So when solar scientists said last week that sunspot cycles might be going into hibernation, the impact on our planet's climate became a hot topic.
所以当太阳研究科学家上周宣布太阳黑子周期可能进入冬眠期时，对于地球气候所受影响的话题便成为了热点。
Still another asserted that solar activity caused climate shifts.
还有演示声称，是太阳活动导致了气候转变。
Look at a map of leading solar markets and they show little relation to sunny climates and a tight one to the climate for subsidies.
看看几个世界领先的太阳能市场的分布图，你会发现，其地理分布与日照充足的气候条件关系甚微，与补贴的“气候”倒是关系紧密。
Still, the finding suggests that scientists' understanding of solar cycles and their impact on climate needs more work.
此外，该发现显示，科学家们之前对于太阳周期以及太阳周期对气候影响的了解仍待商榷。
Fears that these giant solar eruptions could create havoc on Earth, and disputes over the sun's role in climate change, are adding urgency to these studies.
对于这些庞大的太阳爆发有可能会在地球产生巨大毁坏的担心，同时对于地球气候变化中太阳所担当角色的争论，都大大提高了对太阳活动研究的紧迫性。
S "Solar," also published last year, tells the story of a Nobel Prize-winning scientist working on climate change.
伊恩·麦克·尤恩同样于去年发表《太阳》，它讲述了一位诺贝尔获奖科学家从事于气候变化的故事。
This allows more solar radiation to penetrate the earth's atmosphere, which promotes a climate forcing effect (more short wave radiation reaches the earth, warming land and sea-surface temps).
这使得更多的太阳辐射穿透地球的大气层，从而促进气候强迫作用(更短波辐射到达地球，升高陆地和海洋表面气温)。
At the Copenhagen climate summit in late 2009, Rogers spoke of a new partnership with two Chinese energy firms. Together, they'll develop solar and other clean energy technologies.
在09年哥本哈根气候峰会上，罗杰斯谈到将与中国两大能源公司建立合作关系，共同开发太阳能及其他清洁能源技术。
Specialists less optimistic that wind, solar and hydro power have 'high potential' to solve climate crisis, survey shows.
————调查显示：专家对风能、太阳能和氢能资源期望降低，认为它们在解决气候问题上可能没有“巨大的潜力”。
In our own solar system, Mars shows evidence of extreme climate change, the result, scientists believe, of a rotational tilt that flips between zero and 60 degrees over time.
在我们自己的太阳系，火星上极端变化的气候表明了是由于它的旋转倾角随时间在0到60度之间的变化而引起的。
In the right climate, both can be deployed at "utility scale," meaning that if it's breezy or sunny enough, a wind or solar farm can produce as much power as a coal-fired plant.
在气候适宜的时候，这两者都可以达到“实用水平”。也就是说，如果有风或者是太阳足够好的话，一个风能或者太阳能发电厂可以达到一个煤电厂的发电水平。
Black carbon particles are smaller than sulfate particles and can be lofted much higher by solar heating, where their influence on climate can last up to a decade.
黑炭颗粒比硫化物颗粒要小，在吸收太阳热量的情况下会升腾的更高。在高空，它们对于气候的影响会持续上十年。
The move suggests New Delhi could use its solar energy plan as a bargaining chip at the forthcoming climate change summit in Copenhagen.
这一变化显示，在即将召开的哥本哈根全球气候变化峰会上，印度会把太阳能计划作为一个讨价还价的筹码。
FAMED for its dismal climate, Britain is not an obvious pioneer of solar energy.
由于其闻名于世的阴雨天气，英国显然并非使用太阳能的先锋。
Unknown risks: The solar radiation management approach to climate change could adversely impact on out weather systems, and would do nothing to combat carbon build up, says Friends of the Earth
未知的危机：”地球之友“表示，对抗气候变化的”太阳辐射管理“方案可能起到反作用，影响我们的天气系统，无力阻止二氧化碳富集。
Informed by the local climate and solar conditions, the window openings and roof canopy are configured to maximize daylight within the classrooms.
在当地气候和太阳能的条件下，窗户开口和屋顶遮篷的安装都保证了白天进入教室的日光。
The intention is to separate the lived Spaces of intimate Spaces in relation to the climate, solar orientation, visual, topography and vegetation.
这个目的是为了将与气候、日光朝向、视野、地形和绿化相关的私人空间中的活动空间区分开来。
The tower's volumes are individually offset to respond to local climate and mitigate solar heat gain.
高楼的体量单独偏移，以应对当地气候，减少太阳辐射的热量。
Solar radiation data gained from routine meteorology observation are of extraordinary significance to the climate change research because of its long time scale and wide geography scope.
常规气象观测所获得的日射资料由于其时间尺度长，地理覆盖范围广，因此对气候变化的研究，具有特别的意义。
Surface solar radiation is one of the most essential variables that influence the climate and environment.
到达地面的太阳辐射量，是影响气候和环境最重要的物理量之一。
The energy shortage, global climate warming-up and the heavy demand on power and gas all have strengthened people's development and utilization of solar energy.
能源紧张，全球气候变暖以及对电能、燃气的大量需求加强了人们对太阳能的开发和利用。
In order to study the effect of Sun on climate change and earthquake eruption, it is necessary to know the parameters of solar variations.
为了研究太阳活动对气候变化、地震爆发中起到的作用，就必须先认识太阳长期活动的变化参量。
The changes of solar radiation have important affect on agriculture, climate change and daily life.
太阳辐射的变化对农业生产、气候变化以及日常生活都有重要影响。
The changes of solar radiation have important affect on agriculture, climate change and daily life.
太阳辐射的变化对农业生产、气候变化以及日常生活都有重要影响。
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