查询词典 physical geography

This paper adopted DRASTIC Method to analyze and assess the antipollution of the groundwater systems of 11 cities in Jiangxi Province based on their physical geography and geohydrologic condition.

本文简单介绍了江西省主要城市自然和水文地质概况，采用DRASTIC方法对11个城市的地下水系统防污性能进行了分析评价。

In the "Canton construction" Tenth Five-Year "plan", the urban construction is expected to invest 80 billion yuan to inner ring, outer ring as the basic line, adjusting the function of the layout of urban areas, in urban centers delegation to Baiyun Mountain and Pearl River started at the core of urban design and landscape construction, and give full play to the Canton of Physical Geography and historical and cultural advantages, Castle Peak, clear water and the history and culture of Guangzhou organically integrated into the overall urban environment, the formation of Baiyun Mountain as the center, the old and new cities north-south axis, the Pearl River with the east-west tourism landscape of the urban landscape architecture.

在"广东建设"十五"计划"，城市建设，预计投资八百点〇〇〇亿元以内环，外环的基本路线，调整功能布局，城市地区，在城市中心代表团以白云山和珠江开始为核心的城市设计和景观建设，并充分发挥广东自然地理和历史文化优势，青山，清澈的海水和纯净的历史和文化有机地融入广州的整体城市环境，形成白云山为中心，新老城市的南北轴，珠江三角洲与东西旅游景观的城市景观设计。

In the "Canton construction" Tenth Five-Year "plan", the urban construction is expected to invest 80 billion yuan to inner ring, outer ring as the basic line, adjusting the function of urban layout, in the city center group, to Baiyun Mountain and Pearl River started at the core of urban design and landscape construction, and give full play to the Canton of Physical Geography and historical and cultural advantages, Castle Peak, clear water and the history and culture of Guangzhou organically integrated into the overall urban environment, the formation Baiyunshan as the center, the new , the old north-south axis of the city, the Pearl River with the east-west tourism landscape of the urban landscape architecture.

在"广东建设"十五"计划"，城市建设，预计投资八百点零零零亿元以内环，外环的基本路线，调整城市功能布局，城市中心组，以白云山和珠江开始为核心的城市设计和景观建设，并充分发挥广东自然地理和历史文化优势，青山，清澈的海水和纯净的历史和文化有机地结合到广州城市总体环境，形成白云山为中心，新的，旧的南北轴线的城市，珠江三角洲与东西方的旅游景观的城市景观设计。

The physical geography environment, the forming and distributing of the water resource in Ali area of Tibet are analyzed, basing on the difference of the groundwater resource forming environment, the water circulation system can be divided into alluvium and diluvium groundwater of rivervale in south and flows-in lake basin groundwater in north.

成都理工大学环境与土木工程学院，成都610059中文摘要：分析了西藏阿里地区自然地理环境、水资源形成和分布及其利用状况，基于区内地下水资源形成环境条件的差异，本区地下水资源体系可分为南部河谷冲洪积层地下水系统和北部内流湖盆地下水系统。

The study of dynamic interaction of foundations and grounds on half space is of great value to the development of the elastodynamics and is helpful on physical geography, seismography, and rock and soil mechanics, owning practical.This dissertation is based on the practical saturated governing equations of elastic waves in saturated soils established by Longzhu Chen,ect.

半空间上地基与基础的相互作用问题不仅对于弹性动力学理论的发展有重要的学术价值，而且在地球物理学、地震工程及岩土力学等工程问题中均具有重要的现实意义，有着广泛的应用前景。

Above all this promotes the development of the problem of dynamic soil-structure interaction. The study of dynamic interaction of foundations and soils is of great value to the development of the elastodynamics and is helpful to physical geography, seismography, and rock and soil mechanics, owning practical.

土体与结构的相互作用是当代力学领域的前沿性研究课题，并涉及到土动力学、结构动力学、非线性振动理论、地震工程学、岩土及结构抗震工程学、计算力学及计算机技术等众多学科。

By that decade,"geology" and "geognosy" were coming into use, along with such older terms as "mineralogy" and "physical geography," the latter now being redefined as fields subordinate to geology.

到18世纪90年代，"地质学"和"地质构造学"开始使用，与更早的术语如"矿物学"、"自然地理"等一起使用，后者现在重新定义成了地质学的分支领域。

Research activities at the Physical Geography department in Utrecht before then had mainly focused on geomorphology.

在乌得勒支自然地理部门在此之前的研究主要地貌有重点的活动。

Based on the eco- environment function, confirmed the constitution of eco- environment water demand(including the inside of the watercourse.and the ecological water demand of the outside of the watercourse such as ecological water demand of economical crop, of lake or reservoir and of cities.).③Analyzing the physical geography, hydrography, economy characteristic and water resource status, getting the proper calculation method. The Tennant applied to the eco- environment water demand of inside of the watercourse, woodland minmum eco- environment water demand calculation method applied to the eco- environment water demand of woodland, water ration method applied to farmland the eco- environment water demand, water evaporation method applied to the reservoir eco- environment water demand.

本文以流域生态环境需水为主要研究对象，因此重点阐述了流域生态环境需水量的分类和计算方法；②通过分析流域生态系统构成与流域生态环境功能，并分时段和河段考虑，确定了桃花江流域生态环境需水量的组成，即包括维持现状河道生态环境功能现状的现状生态环境需水量与流域生态环境改善的生态环境需水量，前者包括河道内生态环境需水量(维持河道基本生态功能需水量、维持河道自净稀释功能需水量、补充地下水水量及美化流域景观娱乐需水)与河道外生态环境需水量(流域内植被、森林、农田的需水量和与河道相连的池塘、水库等的需水量)；后者还包括为治理改善流域生态环境而拟规划林业生态建设所需水量；③对桃花江流域的自然地理、水文地质和社会经济特征以及水资源现状及其主要生态环境问题进行了综合分析，提出了适合桃花江流域的生态环境需水量计算方法，即采用Tennant法计算河道内生态环境需水量，采用林地最小生态环境需水量法计算林地生态环境需水量，采用需水定额法计算农田生态环境需水量，采用水面蒸发法计算水库、池塘生态环境需水量。

Modern approach methods of geography, ecology, quantitative analysis, expert integration, remote sensing image analysis and geographical information system were combined to reveal the matters in this paper. The eco-geographical background of the research area and the research work studied by other scholars were comprehensively expatiated. The temporal and spatial variation of precipitation and soil moisture, vegetation and soil distribution, and land use/land cover were compared as well. On the basis of foregoing analysis, the eco-geographical differentiation was discussed. According to principles and indicators, with extension engineering method and integrated analysis, the physical geography boundary between subhumid and semiarid areas were demarcated. By using remote sensing image analysis, wavelet analysis of the perennial precipitation and temperature, and the comparison of temporal and spatial variation of the desertification, this paper accounted for the regional response to global environmental change and suggested the dominant environmental problems.

本文采用了地理学与生态学相结合、定量分析与专家集成相结合、遥感图像解译和地理信息系统相结合的方法，对研究区的生态地理背景和已有研究工作进展情况给予了全面的分析和阐述；通过对区域水分条件（大气降水、土壤水分条件）、植被、土壤、土地利用／土地覆被状况等环境要素的时间与空间特征的对比分析，探讨了研究区内部生态地理特征的差异；在一定的原则指导下，通过建立指标体系，以可拓工程方法和模型为支撑，经过综合分析确定了研究区内半湿润、半干旱区界线划分方案；通过遥感图像解译、典型站点多年降水与温度的小波分析、土地沙漠化时空变化的对比分析等，说明了研究区域对全球变化的响应；表明了该区域所面临的主要环境问题。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。