Home
  >  
Section 4
  >  
Chapter 3,028

A study on dynamic flood monitoring system by remote sensing based on geographic information system

Zhou HongMei; Yang XingWei; Fei Liang

Acta Agriculturae Shanghai 14(4): 1-6

1998

Accession: 003027701
Download citation:  
Text
  |  
BibTeX
  |  
RIS
Taking the data of NOAA meteorological satellite as main information and the data of ground altitude, land utilization condition, flood situation as auxiliary information, a dynamic flood monitoring system was developed for the Shanghai area, China. Remote sensing was combined with a geographical information system. Based on this system, spatial analysis and synthetic processing of flood information in Shanghai was carried out to obtain accurate flood locations and details of the flood area.

PDF emailed within 1 workday: $29.90




Related References

Zhou, Y; Guo, B; Wang, S; Tao, H; Liu, W; Yang, G; Zhu, J 2016: Dynamic monitoring of soil wind erosion in Inner Mongolia of China during 19852011 based on geographic information system and remote sensing Natural Hazards 83(1): 1-17
Choi, H.; Kang, I.J.; Chung, Y.H.; Yoon, H.J. 2007: Uncertainty analysis of flash-flood system using remote sensing and a geographic information system based on GcIUH in the Yeongdeok Basin, Korea International Journal of Remote Sensing 28(24): 5551-5565
L.J.anPing; Zhang Bai; Zhang ShuQing 2004: Studies on dynamic changes of grassland in Daan city of Jilin province - Remote sensing survey based on RS (remote sensing) and GIS (geographic information system) Grassland of China 26(6): 23-29
Guo, B.; Yang, G.; Zhang, F.; Han, F.; Liu, C. 2018: Dynamic monitoring of soil erosion in the upper Minjiang catchment using an improved soil loss equation based on remote sensing and geographic information system Land Degradation and Development 29(3): 521-533
Liu, L.C.; Dong, X.F.; Wang, J.H. 2007: Dynamic analysis of eco-environmental changes based on remote sensing and geographic information system: an example in Longdong region of the Chinese Loess Plateau Environmental geology 53(3): 589-598
Finkl Charles, W. 2000: Identification of unseen flood hazard impacts in Southeast Florida through integration of remote sensing and geographic information system techniques Environmental Geosciences 7(3): 119-136
Cihlar, J.; S.L.urent L.; D.I.rio Marc; Mullins, D. 1994: Remote sensing/ geographic information system database for monitoring Canadian landmass Open-File Report - Geological Survey of Canada: 43-47
Pan JianJun; Bergsma, E. 1998: Flood hazard prediction from soil properties by remote sensing and geographic information system: a case study of Mae Rim watershed, Chiang Mai Province, Thailand Pedosphere 8(1): 71-78
Young, J. A. T. 1986: Remote sensing and an experimental Geographic Information System for environmental monitoring, resource planning and management International Journal of Remote Sensing 7(6): 741-744
Keller, T.; Buchholz, O.; Kern, U.; Meetschen, D.; Simmer, C. 2007: HowisErft : a remote sensing based flood prediction and information system Iahs-Aish Publ: 372-376
Rush, A.C. 2009: Quantifying the Airshed for Fine Particles Using Geographic Information System GIS, Remote Sensing Data, and In Situ Monitoring Journal of Natural Resources Policy Research 1(2): 125-137
Tian, F.Q.; Hu, H.P.; Guo, J.Z. 2002: An urban flood dynamic simulation model based on Geographic Information System Integration and management of irrigation, drainage and flood control Volume 1B 18th International Congress on Irrigation and Drainage, Montreal, Canada 2002: 1-14
Wu Hua; Tao HePing; Lu Yuan 2007: Evaluation of eco-environmental frangibility based on remote sensing and geographic information system Wuhan University Journal of Natural Sciences 12(4): 715-720
Biswas, S.; Sudhakar, S.; Desai, V.R. 2002: Remote sensing and geographic information system based approach for watershed Conservation Journal of Surveying Engineering 128(3): 108-124
Kaur, R.; Jain, A.K.; Singh, H. 2018: Development of village information system for Faridkot district using remote sensing and geographic information system International Journal of Information Technology 11(4): 847-852
Zhou HongMei; Yang XingWei; Wu JianPing 2000: A study on dynamical monitoring of rice growth vigour and planting areas using geographic information system and remote sensing technology Acta Agriculturae Shanghai 16(1): 9-12
Li, W.-J.; Zhang, S.-H.; Wang, H.-M. 2011: Ecosystem services evaluation based on geographic information system and remote sensing technology: a review Ying Yong Sheng Tai Xue Bao 22(12): 3358-3364
Maik, Z.H.; Lieshout, I.A.M. van; Agha, S.K.; Channar, G.M. 2003: Irrigated agriculture monitoring by Geographic Information System (GIS) and Remote Sensing (RS) techniques for southern part of Indus Basin (Sindh Province, Pakistan) Pakistan Journal of Applied Sciences 3(8/9): 572-578
Olmstead, D.A. 1980: California Integrated Remote Sensing System (CIRSS) and geographic information system alternatives Western Regional Remote Sensing Conference proceedings 1979: proceedings of a conference sponsored by NASA Ames Research Center and held at the Naval Postgraduate School Monterey California October 17-19-1979
Xue, Y.; Cracknell, A.P.; Guo, H.D. 2002: Telegeoprocessing: The integration of remote sensing, Geographic Information System (Gis), Global Positioning System (Gps) and telecommunication International Journal of Remote Sensing 23(9): 1851-1893