Even though one or two degree Celsius rise in sea surface temperature for a relatively short amount of time can cause bleaching.
即使海面温度在短时间内升高一到两摄氏度，也可能会引起褪色。
The mass of a star affects surface temperature.
恒星的质量会影响其表面温度。
The color of a star depends on surface temperature.
恒星的颜色取决于它的表面温度。
What is the Berkeley Earth Surface Temperature study?
什么是伯克利地球表面温度研究所？
The brightness of a star depends on its surface temperature and size.
恒星的亮度取决于它的表面温度和大小。
Last month's global average land surface temperature was the fourth warmest on record.
上个月的全球平均地表气温，在有史以来的热榜上位居第四。
These come from surface temperature and pressure records as well as balloon and satellite surveys.
这些观测由地表温度和气压记录以及气球、卫星观测组成。
The surface temperature of a star depends in part on its mass and affects its brightness and color.
恒星的表面温度部分取决于它的质量，并影响它的亮度和颜色。
Massive eruptions can cool the global average surface temperature by several degrees for several years.
因此大规模的喷发能降低全球表面平均温度数度，时间持续数年。
A surface temperature databank like this, and the infrastructure around it, would be a big step forward.
像这样的地表温度数据库和其配套的基础设施也将是一大进步。
They estimated the surface temperature on the new planet at between 400 degrees and 750 degrees Fahrenheit.
据研究人员估计，这颗新发现的行星的表面温度介于400至750华氏度之间。
It orbits the star once every 1.6 days, meaning its surface temperature is upwards of 3500 degrees Fahrenheit.
它围着恒星1.6天旋转一周，就说明它的表面温度达到了华氏3500度。
But its surface temperature is estimated to be around 1, 000c, making it far too hot to host any life forms.
表面温度大约在1000摄氏度左右，这样滚烫的表面不能生存任何生命形式。
What that amounts to as a global goal is trying to avoid exceeding global average surface temperature increase of 2c.
这样一种全球目标意味着努力避免2摄氏度以上的全球平均地表温度的增长。
As for the calendar year, it is likely that the 2010 global surface temperature in the GISS analysis also will be a record.
从戈达德空间研究所历年记录来看，2010年全球表面温度同样会达到最高。
However, the paper - Current GISS Global Surface Temperature Analysis - says the overall warming trend has held through this decade.
然而，该文件-当前的GISS全球表面温度分析-报告说总体变暖的趋势在这10年依然如故。
Patterns of sea-surface temperature which come and go, rather than absolute levels that continue to rise, may be the important thing.
海洋表面温度的模型是时而升高时而下降，而非持续维持上升方向，这可能是重要的原因。
It's called WISE 1828+2650, and it has a positively comfortable surface temperature of 25 degrees Celsius (80F) -- that's room temperature.
它被命名为WISE 1828+2650，而且它的表面温度相当舒适——只有25摄氏度——就是室温的程度。
Dr Solomon suspects the former, because of the way the relationship between the stratosphere and the sea-surface temperature has changed.
Solomon博士倾向于前者，理由是平流层和海洋表面温度两者关系的改变方式。
Globally, a rise of 1c in sea surface temperature would increase the occurrence of strong storms by about one third, the researchers calculate.
研究者的统计表明，全球范围内海洋表面温度每升高1c，强风暴的发生就会增加大约三分之一。
But a new study of current data and analysis by Berkeley Earth Surface temperature offers strong support to the existing temperature compilations.
但是最近由Berkeley地表温度(Berkeley Earth Surface Temperature)用一些现有数据以及研究方法得出的新研究报告却强有力地支持了这些气温数据。
Because it lies in the Goldilocks Zone, Gilese 581c's surface temperature ranges from an estimated 32 degrees Fahrenheit to 102 degrees Fahrenheit.
由于处在“居住区”中，Gilese 581c的表面温度从32f到102f。
The global surface temperature is projected to be 0.54c above the long-term average of 14c, beating the current record of 0.52c, which was set in 1998.
2007年全球地表温度预计比长期平均值14摄氏度高出0.54摄氏度，将超过1998年创下的0.52摄氏度的纪录。
With a surface temperature of 66, 000 degrees Fahrenheit (six times hotter than our Sun), Menkhib is one of the hottest stars visible in the night sky.
Menkhib的表面温度达到华氏66000度(温度比太阳还要高6倍)，在夜晚可见的最热的恒星中，Menkhib可算上一个。
Marshalled by an astrophysicist, Richard Muller, this group, which calls itself the Berkeley Earth Surface Temperature, is notable in several ways.
这个研究小组叫伯克利地体表面温度研究小组，它是由一位叫RichardMuller的天体物理学家组织的，该小组在许多方面都很突出。
The key is to change the ocean's local surface temperature, say, by pumping up deep, cold water or using giant plastic tubes to help mix the ocean layers.
关键因素是改变大洋局部的表面温度，通过将底层的冷空气抽到上层或者使用巨大的塑料板，以混合大洋不同深度各层。
The key is to change the ocean's local surface temperature, say, by pumping up deep, cold water or using giant plastic tubes to help mix the ocean layers.
关键因素是改变大洋局部的表面温度，通过将底层的冷空气抽到上层或者使用巨大的塑料板，以混合大洋不同深度各层。
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