GIS在四川城市环境地质调查评价中的应用     

游丽君  宋云  马晓波  江煜 《四川地质学报》2008,28(3):239-242

将GIS应用于四川城市环境地质调查评价,建立一套完整的标准,指导全省21城市的数据库建设工作。在数据库的基础上利用MAPGIS二次开发平台,集成四川城市环境地质问题调查评价信息系统,供地方政府和各级管理机构使用。  相似文献   

The Application of RS and GIS to the the Updating Land Use Survey     

LU Yan  YANG Wu-nian 《四川地质学报》2008,28(3)

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湖北省农业资源数据库系统体系架构   总被引：1，自引：0，他引：1  

余瑞林  王新生  朱超平 《地理空间信息》2008,6(1):53-55

农业资源信息化建设力度日益加大,以湖北省农业区划成果资料为基础,结合3S技术,分析了用户需求和系统功能．提出了湖北省农业资源数据库建设的总体方案和技术路线,设计了数据库的基本结构,最后介绍了数据库系统运行的结果。  相似文献   

基于MapObjects的城市污水管网信息系统     

桑稳姣  阮戟 《地理空间信息》2008,6(2):22-24

以地理信息系统为技术支持,结合在线监测技术,在VB环境下利用MapObjects控件进行二次开发建立了污水管网信息系统。该系统能对污染源排污状况及污水管网运行状况进行实时监控,是城市污水管网运行管理强有力的工具。  相似文献   

临海市基本农田信息化建设及具体应用   总被引：2，自引：1，他引：1  

徐德军  钟美  杜清运 《地理空间信息》2008,6(3):35-37

分析了基本农田信息化建设的现状,提出了临海市基本农田信息化建设的总体框架。阐述了基本农田信息系统的建设,以及基本农田信息系统的具体作用。对于各地的基本农田信息化建设具有一定的借鉴意义和价值。  相似文献   

无锡市政地下管线信息系统部分功能的设计     

陆向珍  阮惠华 《地理空间信息》2008,6(3):59-61

阐述了无锡市政地下管线信息系统的设计原则、系统结构以及部分功能的设计与实现。  相似文献   

苍南县基础地理信息系统建设方案     

金立枢  张巧英 《地理空间信息》2008,6(3):65-68

从苍南县的实际出发,以SunwayGIS为平台,阐述了苍南县基础地理信息系统建设方案;介绍了系统必须解决的关键技术。它的建成将为苍南县城市信息化建设提供基础数据的支持。  相似文献   

基于组件GIS的核勘查数据处理的关键问题     

戴勤涛  马英杰 《地理空间信息》2008,6(3):91-93

摘要：在核地球物理勘查中,对获取的核地球物理数据进行处理很重要。介绍了采用组件GIS技术-MapObjects控件来对核地球物理数据进行处理。研究了核地球物理数据处理中的几个关键问题：数据网格化,shape文件的形成和点数据图层分级显示。  相似文献   

Regional conductance map of Andaman and Nicobar region     

P.B.V. Subba Rao   《Gondwana Research》2008,13(3):386-395

To image the electrical conductivity distribution, fluxgate magnetometers are operated at five sites in Andaman and Nicobar region. Transfer functions are estimated for the period range 8–128 min, from nighttime transient geomagnetic variations, using robust regression analysis. The observed induction arrows in Andaman Islands are found to point towards east despite deep sea located towards its west. This indicates that fore-arc basin (Andaman–Nicobar deep) is more conducting than the region of outer non-volcanic Island arc.Thin sheet model requires the conductance of 10,000–35,000 S (with increase conductivity towards the south) for explaining the observed induction pattern. The observed induction pattern at Andaman–Nicobar stations can be explained in terms of high conducting Cretaceous–Tertiary sediments filling the Andaman–Nicobar deep. High conductivity over Invisible bank has been attributed to the partial melts/volatile fluids derived from the subducting Indian plate that are intruding into the eastern margin of fore-arc basin through the West Andaman Fault (WAF).The induction pattern at Great Nicobar station (Campbell Bay) may be related to the highly conducting sediments filling the Mergui basin along with mafic intrusions. Also crustal transition occurs below the Mergui Terrace at the Malayan coast contributing to the enhanced conductivity anomaly.  相似文献   

High-resolution seismic analysis of the coastal Mecklenburg Bay (North German Basin): the pre-Alpine evolution     

H. Zöllner  K. Reicherter  P. Schikowsky 《International Journal of Earth Sciences》2008,97(5):1013-1027

The pre-Alpine structural and geological evolution in the northern part of the North German Basin have been revealed on the basis of a very dense reflection seismic profile grid. The study area is situated in the coastal Mecklenburg Bay (Germany), part of the southwestern Baltic Sea. From the central part of the North German Basin to the northern basin margin in the Grimmen High area a series of high-resolution maps show the evolution from the base Zechstein to the Lower Jurassic. We present a map of basement faults affecting the pre-Zechstein. The pre-Alpine structural evolution of the region has been determined from digital mapping of post-Permian key horizons traced on the processed seismic time sections. The geological evolution of the North German Basin can be separated into four distinct periods in the Rerik study area. During Late Permian and Early Triassic evaporites and clastics were deposited. Salt movement was initiated after the deposition of the Middle Triassic Muschelkalk. Salt pillows, which were previously unmapped in the study area, are responsible for the creation of smaller subsidence centers and angular unconformities in the Late Triassic Keuper, especially in the vicinity of the fault-bounded Grimmen High. In this area, partly Lower Jurassic sediments overlie the Keuper unconformably. The change from extension to compression in the regional stress field remobilized the salt, leading to a major unconformity marked at the base of the Late Cretaceous.  相似文献