Eleveld, M.A.

Farifteh, J.

van Zuidam, R.A.

English

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VU Research PortalDevelopments in remote sensing, dynamic modelling and GIS applications lorintegrated coastal zone managementvan Zuidam, R.A.; Farifteh, J.; Eleveld, M.A.published inJournal of Coastal Conservation2006document versionPublisher's PDF, also known as Version of recordLink to publication in VU Research Portalcitation for published version (APA)van Zuidam, R. A., Farifteh, J., & Eleveld, M. A. (2006). Developments in remote sensing, dynamic modellingand GIS applications lor integrated coastal zone management. Journal of Coastal Conservation, 4, 191-202.General rightsCopyright and moral rights for the publications made accessible in the public portal are retained by the authors and/or other copyright ownersand it is a condition of accessing publications that users recognise and abide by the legal requirements associated with these rights.            • Users may download and print one copy of any publication from the public portal for the purpose of private study or research.            • You may not further distribute the material or use it for any profit-making activity or commercial gain            • You may freely distribute the URL identifying the publication in the public portal ?Take down policyIf you believe that this document breaches copyright please contact us providing details, and we will remove access to the work immediatelyand investigate your claim.E-mail address:vuresearchportal.ub@vu.nlDownload date: 22. May. 2021Joumal ofCoastal Conservation 4: 191-202, 1998@ EUCC; Opulus Press Uppsala. Printed in Sweden191Developments in remote sensing, dynamic modelling and GISapplications lor integrated coastal zone managementVan Zuidam, Robert A., Farifteh, Jamshid, Eleveld, Marieke A.* & Cheng TaoDivision of Applied Geomorphology, International Institute foT Aerospace Survey and Earth Sciences (/TC),P.O. Box 6, 7500 AA Enschede, The Netherlands,. 'Corresponding Author;Fax +31 534874336; E-mail zuidam@itc.nl,' eleveld@itc.nl; cheng@itc.nlAbstract. The International Institute for Aerospace Survey the hazard and risk vulnerability in the coastal zone inand Earth Sciences (ITC) bas a research programme that space and time, to defme the environmental indicators andshould result in an integrated environ~ental coastal zone indices on which the decision-making process cao bemanagement system through three subprojects. The programme based and to evaluate coastal zone management strategies.aims to develop methodologies and tools for assessing coastal 'zone changes, and for the evaluation of scenarios for coastalzone management, based on a spatio-temporal Geographical Remote sensing techniquesInformation System (GIS) working platform which integratesremote sensing data, physical-morphodynamic and eco-hydro- The growing concentration of population and socio-logic modelling, and a decision support system. economic activities in coastal zones increases the pres-The first subproject develops methodologies for the gen- sure on coastal systems, which at the same time areeration of optimum Remote Sensing (RS) data sets, leading to threatened by various natural hazards, including the gen-better interpretation and complementary use of conventional erally assumed sea-level rise. In order to support theand new remote sensing imagery. It also integrates RS, GIS, development process and to minirnize the loss from pos-and modelling through hypothesis generation, parameter esti- .bl di t . th .t . t .t. al . d al ' d . SI e sas eTs m ese areas, 1 IS necessary 0 mom ormauon, ev uauon an v 1 auon. .Th d b . t " .l ' t t l ' t u. d U' ta and to assess the ongomg coastal processes and develop-e secon su projec laCll a es qua la ve an quan - .tive analysis and prediction of the physicaJ: aspects of coastal ments and thelf consequences foT the systems throughlandscape development under the influence of natural proc- effective and efficient (environmental) management.esses and human impacts. This subproject is based on the Effective and efficient management depends on theapplication of remote sensing and dynamic modelling. availability of sufficient, proper and timely informationThe third subproject leads to a spatio-temporal working foT thorough analysis. Due to the rapid and large-scaleplatform which supports. ~ta integration. of. RS and i~-situ access to multi-platform, multi-spectral, multi-resolu-measurements, and qualltauve and quanutauve analysls for tion and multi-temporal information RS is used foT datathe prediction of coastallandscape development. Both support 11 .: . tal I ' thi t t th. . .. co ecuon m many coas areas. n s con ex, eredeClSlon making m Integrated Coastal Zone Management. hr . 1 ., h. h RS 1 1are t ee maln e ements lor w IC may p ay a ro e:. providing infomlation on marine and coastal properties;Keywords: Decision Support System; hnage Analysis; Morpho- . providing baseline information on the coastal environment;dynamic modelling; Remote Sensing. . detecting, mapping and measuring of e.g. sea state,pollution, sediment ransport, and coastline changes.Abbreviations: RS = Remote Sensing; MBIA = Model Based RS techniques generate different kinds of imageryImage Analysis; GIS = Geographic Information System(s); with specific characteristics and applications. AerialDSS = Decision Support System; photographs have a high spatial resolution and thus theyare suitable foT detection of phenomena in a farm simi-lar to the human eye's view. Landsat TM and SPOTIntroduction satellite sensors detect objects in the (visible) light andinfrared bands. They can produce natural- and false-The research programme described in this paper colour images, carrying additional spectral informationdemonstrates the interrelationships between physical with high reliability on e.g. the water surface and waterand ecological processes, using Remote Sensing (RS), quality differences, vegetation types and the differencesmodelling and GIS techniques. It integrates and im- ofbiomass and vitality of vegetation. An overall view ofproves the technologies that are available but have not the (tidal) sea surface changes is not feasible with aerialJet been fully exploited. The expected results include photographs. The time foT image acquisition is langerthe development of methodologies and tools to assess than the changes in the environment. Satellite imagery200 Van Zuidam, R.A. et al.I User Interface I,""." ""'.'.'.' '...'...' "."..'.'.""" '-.".' "..".' ""."...' ., ,~ ;. ... '1 :" . . . ... . . .. . . - . . . .: - . . . ; . . . . . . . . . . ~ 1: : : :- remote sensmg Images: :: ' '. ,. . .: : : :- eXIstIng maps ::: : Data Input : : . :: : : :- field surveys ::~ Data Integration Module ~ 1 1- other data sources i ;: : : :, .- Image pre-processing 1 ~(co-registration) j ~- Image .rusion. ~ ~ 1- Image mterpretatlon ~ Data Processing ~ 1- Detection of change: : :. . '. . '. '. ', '. .. .~ Decision Support ~~ - Definition ofproblems ~4-D Spatio-temporal DBMS : - Identification ofproblems ~- Data Model -:.. Database ~ - Genemting and opti-: - Data Structure ~ Management System mizing policy options: : - Evalution of policy: impactsEnvironmental modeling .(e.g. physical/morpho dynamic ~ Spatial Analysis and :models for roastal zone studies - Modeling: ~j ~. , '. . . ': :- reports; :. : :- tables: :. , . , ': Visualization ~ : ~- charts ~ ~~ (dynamic display ~ Output .~ ~~ images j ~~ of 3-D objects) ~ ~ ~- maps ~ ~. . . . . .. . . . . .. . . . . '. - . . . ': ~ ~ : : ~:.. ::::::::::::::::::::::::::::::::::::::::::~. Fig, 10. Structure of the spatio-temporal GIS shell for integrated coastal zone management.

Developments in remote sensing, dynamic modelling and GIS applications lor integrated coastal zone management

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Developments in remote sensing, dynamic modelling and GIS applications lor integrated coastal zone management

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