Successful　construction　of　heterojunction　can　improve　the　utilization　efficiency　of　solar　light　by　broadening　the　absorption　range,　facilitating　charge-carrier　separation,　promoting　carrier　transportation　and　influencing　surface-interface　reaction.　Herein,　visible-light-driven　AgBr　was　deposited　on　the　surface　of　lamellar　BiVO4　which　was　prepared　by　a　facile　hydrothermal　process　to　improve　charge　carrier　separation,　and　subsequent　photocatalytic　effectiveness.　The　catalyst　with　an　optimal　AgBr/BiVO4　ratio　exhibited　a　superbly　enhanced　photocatalytic　decolorization　ability　(about　6.85　times　higher　than　that　of　pure　BiVO4)　and　high　stability　after　four　cycles.　The　unique　photocatalytic　mechanism　of　S-scheme　carrier　migration　was　investigated　on　the　bases　of　radical　trapping　tests　and　photo/electrochemical　characterizations.　Results　showed　that　the　enhanced　migration　strategy　and　intimately　interfacial　collaboration　guaranteed　the　effective　charge　carriers　separation/transfer,　leading　to　magnificent　photocatalytic　performance　as　well　as　excellent　stability.