| 期刊名称： |
Remote sensing |
| 全部作者： |
Wei TU*,Zhongwen HU,Lefei LI,Jinzhou CAO,Jincheng JIANG,Qiuping LI,Qingquan LI |
| 出版年份： |
2018 |
| 卷 号： |
10 |
| 期 号： |
1 |
| 页 码： |
141 |
| 查看全本： |
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Portrayingurbanfunctionalzonesprovidesusefulinsightsintounderstandingcomplexurbansystemsandestablishingrationalurbanplanning.Althoughseveralstudieshaveconfirmedtheefficacyofremotesensingimageryinurbanstudies,couplingremotesensingandnewhumansensingdatalikemobilephonepositioningdatatoidentifyurbanfunctionalzoneshasstillnotbeeninvestigated.Inthisstudy,anewframeworkintegratingremotesensingimageryandmobilephonepositioningdatawasdevelopedtoanalyzeurbanfunctionalzoneswithlandscapeandhumanactivitymetrics.Landscapesmetricswerecalculatedbasedonlandcoverfromremotesensingimages.Humanactivitieswereextractedfrommassivemobilephonepositioningdata.Byintegratingthem,urbanfunctionalzones(urbancenter,sub-center,suburbs,urbanbuffer,transitregionandecologicalarea)wereidentifiedbyahierarchicalclustering.Finally,gradientanalysisinthreetypicaltransectswasconductedtoinvestigatethepatternoflandscapesandhumanactivities.TakingShenzhen,China,asanexample,theconductedexperimentshowsthatthepatternoflandscapesandhumanactivitiesintheurbanfunctionalzonesinShenzhendoesnottotallyconformtotheclassicalurbantheories.ItdemonstratesthatthefusionofremotesensingimageryandhumansensingdatacancharacterizethecomplexurbanspatialstructureinShenzhenwell.Urbanfunctionalzoneshavethepotentialtoactasbridgesbetweentheurbanstructure,humanactivityandurbanplanningpolicy,providingscientificsupportforrationalurbanplanningandsustainableurbandevelopmentpolicymaking.
