Twotypicalprovincialcapitals(NanjingandZhengzhou)andtwocounties(RugaoandYuanyang)ineast(JiangsuProvince)andcentral(HenanProvince)Chinawerechosenrespectivelyasthedevelopedandlessdevelopedcomparativecasesforpedopersityandlandusepersitycorrelativeanalysisbyborrowingtherecentlybetterdevelopedpedopersitymethodology.Landuseclassificationwasworkedoutusingremotesensingimagesinthreedifferentperiods(1986-1988,2000-2001and2004-2006)forthesestudiedcaseareasbeforethecalculationoftheconstituentpersityindexandspatialdistributionpersityindexmodifiedafterShannonentropyin2km×2kmgridscaleofthesoilandlandusepatternwereconductedandthenaconnectionindexwasproposedtoevaluatetherelationshipbetweensoilandlandusepersity.Resultsshowthatduringtheyearsfrom1986to2006,thecompositionandspatialdistributionofregionallandusepatternhadchangedgreatly.TheagriculturallandareaofallthestudiedcaseareasdecreasedobviouslyinwhichNanjinghasthehighestdecrementof895.98km2mainlyintourbanusewhiletheotherlandusetypeareachangesshowthesametrend.Theconnectionindexoffourtypicalsoilfamilytypesandtypicalurbanlandusetypes,i.e.,urbanconstructionland,transportationlandandindustrialandminingareaallincreasedinthisperiod.Inthestudiedcaseareas,thereisthehighestsoilconstituentpersityinZhengzhouat0.779whilethesimplestsoilconstituentpersityinRugaoat0.582.MeanwhilewehavehigherlandusepersityinthemoreurbanizedJiangsuProvincethanHenanProvince,Nanjingisrankingthefirstthathasbeengettinghigherandhigherinthethreeperiodsat0.366in1986-1988,0.483in2000-2001and0.545in2004-2006.Finally,theconnectionindexfigurestoevaluatetherelationshipbetweensoilandlandusepersityofthestudiedareaswerecomparedtoshowthesimilarphenomenonthatthisfiguregrowsfastestinNanjingfollowedb