Novel　single-phased　white-light-emitting　and　color　tunable　BaSr2Gd(PO4)(3):Dy3+,　Tm3+,　Eu3+　phosphors　were　synthesized　by　solid-state　reaction　method　and　characterized　with　power　X-ray　diffraction　(XRD),　photo-luminescence　excitation　(PLE),　photoluminescence　(PL)　and　PL　delay　spectral　measurement.　Under　the　excitation　of　ultraviolet,　dual　energy　transfer,　namely,　Dy3+　to　Tm3+　and　Dy3+　to　Eu3+,　exists　in　the　system　of　BaSr2Gd(PO4)(3):Dy3+,Tm3+,Eu3+.　The　emission　color　of　these　phosphors　can　be　accurately　changed　from　greenish　blue　to　blue　via　ET　of　Dy3+　to　Tm3+　and　from　yellowish　green　to　yellow　via　ET　of　Dy3+　to　Eu3+.　Under　the　excitation　at　388　nm,　BaSr2Gd0.91(PO4)(3):0.04Dy(3+),0.03Eu(3+),0.02　Tm3+　phosphor　showed　bright　a　white　light　with　chromatic　coordinate　of　(0.329,0.349).　The　as-prepared　phosphors　have　a　great　potential　as　a　credible　candidate　for　near　ultra-violet　excited　white　light　emitting　phosphor.