Title :
Design of ecological monitoring platform based on aerospace-aviation-ground from the Lake Qinghai basin, Northeast Tibetan Plateau, China
Author :
Wang, Ping ; Cao, JunJi
Author_Institution :
State Key Lab. of Loess & Quaternary Geol., CAS, Xi´´an, China
Abstract :
In order to improve ecological environment monitoring system for Lake Qinghai basin due to heterogeneous monitoring data, multi-department management and difficultly quantitative remote sensing monitoring. Eco-environment information system integrating platform, which mainly divides into the construction of environmentally sensitive parameters of remote sensing inversion and synthetically environmental remote sensing monitoring ground verification, and GIS integrity platform, is designed. According to integrated system data contents and types, metadata is divided into as follows 5 databases: Satellite data, UAV data, ground data, basic geographic information and applying database, based on aerospace aviation ground remote sensing monitoring. GIS integrity platform is based on metadata, relational database management system and client/server system.
Keywords :
client-server systems; environmental monitoring (geophysics); environmental science computing; geographic information systems; geophysics computing; inverse problems; meta data; relational databases; remote sensing; remotely operated vehicles; China; GIS integrity platform; Lake Qinghai basin; UAV data; aerospace-aviation-ground based monitoring platform; basic geographic information; client-server system; ecoenvironment information system integrating platform; ecological environment monitoring system; environmental remote sensing monitoring ground verification; environmentally sensitive parameters; ground data; heterogeneous monitoring data; meta data; multidepartment management; northeast Tibetan plateau; quantitative remote sensing monitoring; relational database management system; remote sensing inversion; satellite data; Biological system modeling; Clouds; Geographic Information Systems; Lakes; Monitoring; Remote sensing; Water resources; Lake Qinghai basin; geographical information; integration platform; remote sensing inversion;
Conference_Titel :
Multimedia Technology (ICMT), 2011 International Conference on
Conference_Location :
Hangzhou
Print_ISBN :
978-1-61284-771-9
DOI :
10.1109/ICMT.2011.6002714
