1·The relative error of annual mean evaporation is less than 4%.
年平均蒸发量相对误差小于4％。
2·We find out the approach of calculating annual mean LST by employing appropriate templets.
通过模板分析，找到了求算多年LST气候平均图的途径。
3·The annual mean temperature was 23.4 degrees, making 1997 the fourth-warmest year on record.
而全年平均气温则达23.4度，是历年第四最高纪录。
4·According to 45 years (1956-2000) date of precipitation in the area, the annual mean precipitation is 666.1mm.
将1956 ~ 2000年平均降水量作为多年平均年降水量，全区多年平均年降水量为666.1毫米。
5·Air temperature catastrophe appeared in 1957 for annual mean, in 1955 for winter mean and no catastrophe for summer mean.
年平均气温突变点出现在1957年，冬季平均气温突变点出现在1955年，夏季平均气温未达到突变的标准。
6·Variation trends of temperature in different seasons were similar to that of annual mean temperature except that in winter.
不同季节平均气温的变化趋势与年平均气温变化趋势基本一致，仅冬季平均气温有差异。
7·The correlation coefficient of the annual mean temperature with the area index of the subtropical high in winter is largest.
且年平均气温与冬季副高面积指数相关最显著。
8·The annual mean negative net cloud radiative forcing in the eastern China is obviously larger than that in the Indian region.
年平均的负的短波云辐射强迫在中国东部地区明显要大于在印度季风区。
9·The further study shows that summer air temperature and precipitation have much correlation with annual mean of Manas runoff.
进一步分析表明玛纳斯河流量与夏季气温的变化和降水量有更密切的相关性。
10·The annual mean UHI was evolving through years: low-magnitude UHI had a trend to evolve into mid-magnitude and high-magnitude UHI.
随着年份的推移，年均热岛强度存在低强度等级热岛向中高强度等级热岛逐渐转化的趋势。