altitudinal

1. Altitudinal Gradient Pattern of the Distribution of Viola Plants in Nanling Nature Reserve, Guangdong
   广东南岭自然保护区堇菜属植物垂直分布格局的研究
2. Application of Image Processing on the Altitudinal Control System of the Platform
   图像处理在割台高度控制系统中的应用
3. Distribution pattern of tree species richness along an altitudinal gradient in Kanas of Xinjiang
   新疆喀纳斯树种丰富度垂直格局特征
4. Observation of Summer Precipitation Along an Altitudinal Transect in Southern Slopes of Tanggula Mountains
   念青唐古拉山南坡夏季降水梯度观测
5. Spatial Relationship between Altitudinal Vegetation Belts and Climatic Factors in the Qinghai-Tibetan Plateau
   青藏高原植被垂直带与气候因子的空间关系
6. Design and Development of Mountain Altitudinal Belt Information System of China
   中国山地垂直带信息系统的设计与开发
7. Status and distribution pattern of coarse woody debris along an altitudinal gradient in Askot Wildlife Sanctuary, Uttarakhand, West Himalaya
   喜马拉雅山西部Askot野生动物保护区内粗木质残体沿山高度分布格局与现状
8. The study of information transmission system for altitudinal public traffic system based on the Ad Hoc network
   基于adhoc网络的智能公交信息传输系统研究
9. The Application of Euler Equation in The Traction Force's Calculation About Traction Drive Elevator Observation of Summer Precipitation Along an Altitudinal Transect in Southern Slopes of Tanggula Mountains
   欧拉公式在电梯曳引力计算中的应用念青唐古拉山南坡夏季降水梯度观测
10. By using phytopopulological and dendroecological methods, this paper has studied the correlation between climate change and the age structure or tree-ring width from different altitudinal ecotones.
    本文应用种群生态学和树木年代学的方法并结合气象资料，研究了中部天山不同海拔高度上天山云杉种群的年龄结构以及树木年轮宽度与气候变化的关系。
11. Research Advances in Altitudinal Gradient Distribution Pattern of Plant Species Richness at a Broad Spatial Scale
    大尺度空间上植物物种丰富度沿海拔梯度分布格局的研究进展
12. Photosynthetic Characteristic and Biomass of Four Species Seedlings of Rain Forest at Different Altitudinal Gradients in Xishuangbanna, China
    西双版纳不同海拔4种雨林幼苗的光合特性和生物量
13. Variations in plant life-form spectra along an altitudinal gradient were investigated in Shikengkong, Guangdong province using gradient sampling method.
    在广东石坑崆对植物生活型谱的垂直分布进行了研究。
14. Eurasian continent is considered to be the best study area for mountain altitudinal belt spectra ( MAbs) researches thanks to its MAbs'magnitude and diversity.
    欧亚大陆是山地垂直带谱多样性和复杂性最集中的区域，在世界山地垂直带谱体系中具有十分重要的地位。
15. Altitudinal pattern of species richness of tree and effect of natural fire disturbance in Kanas Tourism District, Xinjiang
    新疆喀纳斯旅游区树种多样性垂直格局与自然火干扰
16. Pattern analysis of mountain altitudinal belts in the Upper Yangtze River
    长江上游山地垂直带谱及其空间分布模式
17. Using the MABsDIS software, the mountain altitudinal belts are identified from digital terrain models and digital vegetation data in the Helan Mountains, China.
    依据各自不同的识别算法，可以得到山地连续的带谱模式。
18. The altitudinal differences of the Yi areas directly affect their climate and precipitation.
    这个城市的区域差异易直接影响到他们的气候和降雨量。
19. Lastly, it uses the operation of profile optimization to adjust the altitudinal dimension.
    最后，通过剖面优化操作实现高度维上的调整。
20. Altitudinal Patterns of Plant Diversity of China Mountains
    中国山地植物多样性的垂直变化格局
21. Its successful development means that the study of mountain altitudinal belts has entered a digital era.
    标志着山地垂直带谱研究进入了数字时代。
22. The Volterra series expansion has altitudinal nonlinearly, most nonlinear system can be expressed by the Volterra series expansion.
    而Volterra级数展开式具有高度非线性，大量的非线性系统可以由Volterra级数表征。
23. And the altitudinal gradient of α diversity was not demonstrated.
    α多样性的海拔梯度格局在此未得到确证。
24. Water is the major actor to influence the longitudinal distribution and climate mainly influence the latitudinal and altitudinal distribution.
    荒漠植物群落有经向、纬向和海拔高度变化的分布格局，水分是影响植被径向分布的主要因素，气候则反映了植被纬向和海拔高度分布的变化。
25. Understanding altitudinal pattern of morphological and genetic variation at a species is important for the management and conservation of species diversity.
    理解物种形态和遗传变异的海拔格局对于物种多样性的管理和保护是非常重要的。
26. The relationship between species diversity and altitudinal gradient for evergreen broad-leaved forests in Simian mountain, Chongqing of China was studied by the combination of DCCA ordination and altitude ordination.
    采用DCCA排序和海拔高度排序相结合的方法，对四面山常绿阔叶林群落物种多样性和海拔高度的关系进行了研究。
27. According to the nonlinear feature of human capital system, using BP network altitudinal nonlinear map, we have efficiently predicted the human capital investment of various regions in China.
    针对人力资本系统的非线性特征，运用BP网络高度非线性映射能力，对我国各地区人力资本投资进行了预测。

adj

1. pertaining to altitude