Ground　vibration　induced　by　shield　construction　has　become　a　major　environmental　vibration　problem　in　urban　areas.　Based　on　a　sandy　pebble　formation　of　a　shield　construction　in　Lanzhou,　by　synchronizing　the　test　tunnel　and　three-direction　vibration　acceleration　on　the　surface　of　the　earth,　this　paper　studies　the　shield　construction-induced　vibration　in　the　time　domain,　and　frequency　domain　propagation　law　within　the　surface　of　the　50　m×50　m　area.　The　findings　of　this　study　are　as　follows:　1)　the　spread　of　the　surface　free　field　acceleration　with　the　distance　firstly　increases　and　then　sharply　attenuates.　In　X　direction,　the　amplification　phenomenon　repeatedly　appears;　2)　the　transverse　maximum　peak　of　0.33　m/s2　is　harmful　to　sensitive　ancient　buildings;　3)　within　the　scope　of　50　meters,　the　surface　frequency　mainly　ranges　from　4　to　80　Hz,　the　vibration　spectrum　magnitude　does　not　monotonously　decrease　with　the　increase　of　the　vibration　source　distance,　but　has　rebounding　phenomenon,　which　is　associated　with　excellent　frequency　field　soil;　4)　the　influence　of　three　directions　of　vibration　should　be　considered　in　the　evaluation　of　shield　induced　environmental　vibration.　©　2018,　Science　Press.　All　right　reserved.