The three parallel rivers region in the north part of the longitudinal range-gorge region of south-west China is the typical area to form high mountains and deep valleys.
西南纵向岭谷地貌区北部的三江并流区是我国高山深谷发育的典型区域。
The results show that(1)the barrier and passage effects of longitudinal range-gorge break the law of zonal distribution of air temperature in Yunnan,the law of longitudinal distribution of air temperature is obvious and the spatial distribution is very zonally asymmetry;(2)under the effect .
结果表明:(1)纵向岭谷地形的“阻隔—通道”作用,使云南温度的纬向分布规律被破坏,经向分布规律比较明显,空间分布极不均匀;(2)纵向岭谷作用下云南热量地域分布差异显著,南部热量丰富,北部欠缺,西部比东部丰富,河谷地区热量最丰富,滇西北及山区热量最贫乏;(3)6、7月热量最丰沛,1月最为贫乏,春季热量好于秋季;(4)近30 a云南年平均气温有明显的上升趋势,存在明显的7 a、11 a、18 a周期振荡;(5)云南年平均气温具有大范围位相一致的变化趋势及东部冷(暖)与西部暖(冷)的变化类型。
The region of three parallel rivers in Northwest Yunnan is the unique landforms region which has longitudinal range-gorge,it s the natural heritage area in the world.
滇西北三江并流区是世界上独特的纵向岭谷地貌区、世界自然遗产地。
An improved discriminant method and its application in forecasting summer precipitation in Longitudinal Range-Gorge Region;
一种改进的判别方法及其在纵向岭谷夏季降水预测中应用
According to this standard,the area whose rainy season began first was located in the north part of longitudinal range-gorge region in southeast of Tibetan Plateau.
在定义相对降水指数大于147作为雨季开始的标志后发现,亚洲季风区中最早进入雨季的地区位于青藏高原东南侧的纵向岭谷北部地区。
Ecological security assessment and affecting factors analysis of longitudinal range-gorge region in Yunnan Province,China;
云南纵向岭谷区生态安全评价及影响因素分析
The Application of a Nonlinear Complex Assessment Model on Ecological Security Assessment in Longitudinal Range-Gorge Region of Yunnan Province;
非线性复合模型在云南纵向岭谷区生态安全评价中的应用
Effects of road networks on regional ecosystems in Southwest mountain area:A case study in Jinhong of Longitudinal Range-Gorge Region;
道路网络扩展对区域生态系统的影响——以景洪市纵向岭谷区为例
Based on the road network of LRGR,spatial discrepancy of regional road network distribution was investigated using Exploratory Spatial Data Analysis.
以纵向岭谷区云南核心区为研究区,利用空间分析方法,研究了区域道路网络的空间分布差异;进一步统计道路影响下各县市的土地利用面积,分析了道路网络影响下区域土地利用的分维数和稳定性指数的变化;利用回归分析,研究区域道路网络与土地利用的空间联系。
Taking road network in Longitudinal Range-Gorge Region(LRGR) as an case study,we got the bound of road-effect zone through overlay method of GIS considering its influencing factors.
以纵向岭谷区道路网络为研究对象,考虑地形等相关因子,利用GIS图形叠加分析得到区域道路影响域的范围,进一步统计道路影响域面积与区域面积的比例,探寻道路对区域影响的空间分异规律,并分析其与道路密度、人口密度、村庄数目、生态承载力、平均海拔高度等因素的相关性。
Not only is LRGR(Longitudinal Range-Gorge Region) the sole corridor for floraexchanging from China, even southeast of Eurasia to the Equator, but also is the flourishingregion where China carry out the development strategy for GMS and Sino-ASEAN economycooperation.
纵向岭谷区(Longitudinal Range-Gorge Region,LRGR)是连接我国以及欧亚大陆植物区系通过东南亚大陆与赤道热带相联系的唯一通道,同时是我国实施“澜沧江—湄公河次区域经济合作”以及“中国—东盟自由贸易区建设”等国家重大发展战略的热点地区。
The longitudinal tear accident of transportation belt happens occasionally in transportation coal system of the power plants, once the tear accident happened, the transportation belt which values hundreds of thousands even millions $ will destroy within several minutes, and causes enormous economic loss.
在火电厂输煤系统中,输煤皮带纵向撕裂事故时有发生,价值数十万元甚至上百万元的输煤皮带,一旦发生撕裂事故,在几分钟内就会全部毁坏,造成巨大的经济损失。
Through advance prevention principle of longitudinal tear,and two torn situation at loading point compression of materials,and foreign body penetrating tearing,it designs sensor devices to prevent loading and tearing pressure penetrating with irregular body.
通过对超前预防输送带纵向撕裂原理进行分析,对于在装载点处易发的物料卡压撕裂和异物穿透撕裂2种撕裂情况,设计出可预防装载点卡压撕裂和异物穿透撕裂的传感装置,该装置利用装载漏斗或溜槽上添加的活页板配合行程开关和压力传感器,判断装载点是否有物料卡压,利用整体缓冲托辊架配合压力传感器,判断装载点是否有异物穿透输送带。
Variation in Climatic Characteristics and Ecological Implications in the Longitudinal Range-gorge Region of Yunnan, Southwest China;
纵向岭谷区气候变化特征及其生态影响研究
The Change of Land Use and It's Ecological Effect in Longitudinal Range-Gorge Region;
云南纵向岭谷区土地利用变化及其生态影响
Lucc in Longitudinal Range-Gorge Region, Southwest of China;
西南纵向岭谷区土地利用/覆盖变化研究
Analysis on Ecology Security Assessment and Spatial Pattern of Lrgr in the Southwest of China;
西南纵向岭谷区生态安全评价与空间格局分析
Spatiotemporal variation characteristics of air temperature in Longitudinal Ridge-gorge Region of Yunnan in recent century
近百年云南纵向岭谷区气温的时空变化特征
Adaptation Assessment of Eco-environment in the Longitudinal Range-Gorge Region (LRGR) under the Changing Climate
纵向岭谷区生态环境对气候变化的适应性评价
The Landform Development and Environment Effects of Three Parallel Rivers in the North of Longitudinal Range-Gorge Region (LRGR);
纵向岭谷北部三江并流区河谷地貌发育及其环境效应研究
Rule of Temporal-spatial Changes of Ecosystem Service in Longitudinal Range-Gorge Region, Southwest of China;
西南纵向岭谷区生态服务功能时空变化规律研究
Study on the River Ecological Integrity under the Threat of Hydropower Development in LRGR
纵向岭谷区水电工程胁迫对河流生态完整性影响的研究
The influential threshold of road netowrk impacts on the ecosystem in londitudinal range-gorge region of Yunnan Provice,China
云南纵向岭谷区道路网络对生态系统影响的阈值分析
The multi-scale effect of road network on the ecosystem in Longitudinal Range-Gorge region of Yunnan Province
云南纵向岭谷区道路网络对生态系统影响的尺度效应
Cumulative effect of highway networks on ecological functions of wetlands in the Longitudinal Range-Gorge region
公路网对湿地生态功能的累积效应研究——以云南纵向岭谷区为例
Erosion-environmental Effect of Land-use in Alpine Gorges in West Yunnan:Taking Three Drainage Areas as Example
云南纵向岭谷区土地利用的侵蚀环境效应——以黑惠江、龙川江、盘龙河流域为例
Influence of Land-Use in Longitudinal Range-Gorge Region in Yunnan on Soil Erosion--Taking Three Drainage Areas of Heihuijiang,Longchuanjiang and Panlonghe as Examples
云南纵向岭谷区土地利用对土壤侵蚀的影响——以黑惠江、龙川江、盘龙河流域为例
Spatial Differentiation Analysis of Disturbance Effect of Road Network Based on RV Index:A Case Study in Longitudinal Range-Gorge Region
基于RV指数的道路网络干扰效应空间分异研究——以云南省纵向岭谷区为例
Geographical Patterns of Floristic Transition of Seed Plant in North-south Range-gorge Region in Western Yunnan and the Biogeographical Significance
云南西部纵向岭谷区种子植物区系过渡性的地理分布格局及其生物地理意义
He had been making north by east, away from the Dease Divide and into the Coppermine Valley.
他一直在向北偏东走,他已经离开狄斯分水岭,走到了铜矿谷。
the fore-and-aft rig of a schooner
纵帆船的纵向帆装.
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号