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1·In the present study we performed data-model comparison for LGM with an example of mean annual temperature.

在当前研究中我们在进行末次大冰期资料-模型比较时以年均温为例。

2·The calculation system of 3 temperature fields about batten-wall under the mean annual temperature, the cement hydration and the form-covering in winter is presented.

计算在年气温周期变化下，水泥水化热作用下及冬季模板覆盖下板墙的三种温度场。

3·Temperature is the most significant limitation factors on distribution of J. curcas. There is a remarkable negative correlation between altitude and mean annual temperature of the distribution areas.

温度是影响云南省小桐子地理分布的主要限制因子， 分布区的海拔高度和年均温有强负相关性。

4·The variation of air mean temperature and annual precipitation played a key role in the duration and intensity of cumulative impacts on desertification.

年降水量和年平均温度的波动特点是决定累加作用时间和影响强度的关键。

5·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。

6·Annual, autumn and winter mean minimum temperature increased sharply.

年平均、秋季和冬季平均最低气温升温显著。

7·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。

8·The closed ballast layer can raise permafrost table, decrease annual mean ground temperature below the ballast layer, and protect the permafrost effectively.

封闭碎石道碴层可以提升冻土上限，降低多年冻土温度，对下部多年冻土起到很好的保护作用。

9·Its natural geographical distribution existed in a distinct southern limit closely related with the eminent factor such as the annual mean temperature.

它的自然地理分布存在明显的南缘界限，而分布的南限因子主要与年平均温度有关。

10·Both the annual area-averaged precipitations have good correlations with global mean sea surface temperature.

这两个地区的平均降水量都与全球海表温度距平有很好的相关性。