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1·Of wet alpine and subalpine meadows of Canada and Alaska.

产于加拿大和阿拉斯加潮湿的高山和亚高山的草地。

2·It has many types of ecosystems, but the subalpine forest is most abundant.

它有多种类型的生态系统，其中亚高山针叶林最丰富的。

3·Study on Species Diversity of Subalpine Meadow Communities in Wolong Nature Reserve;

本文在扎龙自然保护区内对鸻形目水鸟的种类、数量及生境进行了调查。

4·As you gain elevation, you leave the montane areas and enter the subalpine ecosystem.

继续攀登，你将离开山地生态系统而来到亚高山生态系统。

5·They need big grassy estuaries, subalpine habitat, and an enormous home range, which those islands don't offer.

它们需要找长满青草的大河口地区和半山坡作为栖息地，而且还要有比较大的活动区域才行，而这些条件是那些小岛都不具备的。

6·This situation is particularlydamaging to fragile subalpine and alpine ecosystems, which recover slowly fromdisturbance.

现在的情况对脆弱的亚高山带和高山带生态系统尤其损害，这种生态系统一旦被扰乱，恢复极为缓慢。

7·The results showed: 1 The physical property of soil in primeval forest and subalpine meadow have no obvious variety regulation.

暗针叶林和亚高山草甸下物理性质没有明显的变化规律。

8·The impact of tourism activities on subalpine meadow on the south top of Wutai Mountain was analyzed by TWINSPAN and DCA in the paper.

本文利用TWINSPAN和DCA对五台山南台旅游活动对山地草甸的影响进行了分析。

9·That heating effect will induce dramatic effects on these subalpine meadows, causing loss of plant seed we especially value here, the flowering plants.

热效应会对这些亚高山带的草原产生剧烈的影响，造成我们非常珍惜的开花类植物的减少。

10·The application of these two methods to the pattern analysis of subalpine meadow community shows that they are effective techniques in community pattern study.

在亚高山草甸群落格局研究中应用表明，两个方法均是有效的。

亚高山

1·Dajiuhu wetland is a sparse type of subalpine wetland in our country, especially famous for its peat-swamp wetland which has uniqueness, typicality and representativeness.

大九湖湿地是我国较为稀少的亚高山湿地，其泥炭沼泽湿地类型更具有独特性、典型性、代表性。

2·The results showed: 1 The physical property of soil in primeval forest and subalpine meadow have no obvious variety regulation.

暗针叶林和亚高山草甸下物理性质没有明显的变化规律。

3·The main results were as follows: (1) Soil respiration of the subalpine meadow showed that there were distinct seasonal variations over the season, but no significant change between years.

主要研究结果如下：(1)亚高山草甸土壤呼吸表现出明显的季节变化，但年际变化不显著。