英语人>网络例句>xerophytes 相关的网络例句
xerophytes相关的网络例句

查询词典 xerophytes

与 xerophytes 相关的网络例句 [注:此内容来源于网络,仅供参考]

In the difference stage of its live cycle,he habitat of the xerophilous plant exist dissimilarities in water factor, Studing the phenomenon of the dissimilar habitat in its live cycle, the diversity of the relation of xerophytes and its environment will be understanded.

我国干旱区一些耐旱乔灌树种,其成株适应干旱能力极强,但其种子萌发及幼体阶段即需地表湿润或短期积水才能完成定居和建群过程,在其生活周期的不同阶段,以水条件为特征的生境呈现明显的异质性。

Xerophytes tend to have thick cuticles, and dry conditions often induce cuticular thickening.

角质层的厚薄因植物的种类和生活环境而异,生长在干燥和阳光充足环境下的植物有较厚的角质层,而生长在水中或阴湿环境下的则较薄。

With the deflected succession of aquatic ecotype plant functional group,the dominance of mesophytes and xerophytes increased,while the dominance of aquatic and hygric plants decreased. However,there are only planting crops in the reclaimed wetland. In the composition of plant biotype functional group,the hydrophytes reduced quickly with the deflected succession and the dominance of perennial herbs is mostly marked,and there are only annual herbs in reclaimed wetland. Compared with primary swamp,the species diversity index of meadow is the highest,the swampy meadow follows,and the reclaimed wetland is the lowest.

植物的水分生态型功能群组成随湿地的逆行演替,水生、湿生类植物功能群的优势度不断减少,中生、旱生类植物功能群的优势度逐步增加,而在垦后湿地只有农作物;植物生活型功能群组成随湿地的逆行演替,水生草本迅速减少,陆生多年生草本增加占据优势,而在垦后湿地均为一年生草本;湿地植物物种丰富度、多样性指数由原生沼泽、沼泽化草甸到草甸依次增加,草甸为最大值,而垦后湿地则最低。

Having long lived in rigor habitats,two extreme xerophytes Reaumuria soongorica and Salsola passerina formed special biological features and physio-ecological adaptations.

超旱生植物红砂与珍珠长期生活在严酷的生境中,形成了独特的生物学特性和生理生态适应性。

Among three water ecological types, mesophytes occupied 59.37% of the total, and mesoxerophytes and xerophytes occupied 25% and 15.63%, respectively.

在3个水分生态类型中,中生植物最多,占59.37%,中旱生类型和旱生类型分别占25%和15.63%。

Based on their water ecological groups, plant species were grouped into six PFGs: xerophytes, mesoxerophytes, xeromesophytes, mesophytes, hygromesophytes and hygrophytes.

以上结果进一步证明了,在典型草原区以生活型为基础划分的植物功能群可以用来进行较大尺度植物-水分关系的研究。

H and M c are wetter than middle soil water content, belongs to mesophytes; The optimal water niche of Mosla scabra, on photosynthesis is more wetter than that of M.h and Me, the optimal water niche between mesophytes and hygrophytes, and leaning to hygrophytes; The photosynthetic water condition of M.d is arid environments, and its ecotype exits between mesophytes and xerophytes, and leaning to xerophytes.5 M.h and M.s are locating between shade plants and sun plants, while M.c and M.d obviously belong to sun plants.

杭州石荠苧与华荠苧光合的最适水分条件是中等偏湿,其水分生态类型应属于中生植物;石荠苧光合的最适水分条件比杭州石荠苧与华荠苧光合的最适水分条件要求更湿,其水分生态类型介于中生和湿生植物之间,更偏向湿生;小鱼仙草光合作用的水分生态条件是干旱条件,其水分生态类型介于中生与旱生植物之间,更偏向旱生。

However, the spatial variability of diversity of annual and biennial herbaceous plants, shrubs, intermediate xerophytes and xerophytes is low.

沙质草场群落中一、二年生草本、灌木、中旱生植物和旱生植物功能群多样性空间变异性较弱,由随机因素引起的异质性所占的比重较大,且主要表现在5 m以下的尺度范围内。

The results indicate that (1) with the increase of grazing intensities from light, middle, heavy to overgrazing, plant coverage and aboveground/belowground biomass decreases, the structure of plant community changes from simple to complexity and to simple, the type of plant community changes from mesophytes+xerophytes to xerophytes and to halophytes.

结果表明,随著放牧强度的增加,羊草草原的植被盖度和生物量随之降低,优势羊草群落将逐渐被盐生植物所替代,群落结构趋於简化,物种向旱生化和盐生化演替。

In wetter habitats, hygromeso-and hygrophytes were more abundant and accounted for the majority of aboveground biomass, whereas xero-and mesoxerophytes became more important in dryer habitats; the mean δ〓C values of xerophytes was the highest, and those of meso-, hygromeso-and hygrophytes the lowest; From xerophytes to hygrophytes, their proline content markedly increased.

3依照植物的水分生态类群,将锡林河流域主要植物种划分为六个植物功能群:旱生植物、中旱生植物、旱中生植物、中生植物、湿中生植物和湿生植物。

第1/3页 1 2 3 > 尾页
推荐网络例句

Means the parent directory, so this command means to execute "toolchain.sh," which is in the current directory.

代表父目录,所以这个命令就是执行当前目录下的"toolchain.sh"。

Yes,In fact,I'm on our city ream.

是的。事实上我是我们市队的。

The strong ionospheric disturbances caused by the significant magnetic storm appeared on the whole world.

用欧亚大陆地面电离层垂测站资料考察1989年3月12~16日磁暴期间的电离层暴形态及其发展变化。