The　thermal　conduction　of　suspended　few-layer　hexagonal　boron　nitride　(h-BN)　sheets　was　experimentally　investigated　using　a　noncontact　micro-Raman　spectroscopy　method.　The　first-order　temperature　coefficients　for　monolayer　(1L),　bilayer　(2L)　and　nine-layer　(9L)　h-BN　sheets　were　measured　to　be　-(3.41　+/-　0.12)　x　10(-2),　-(3.15　+/-　0.14)　x　10(-2)　and　-(3.78　+/-　0.16)　x　10(-2)　cm(-1)center　dot　K-1,　respectively.　The　room-temperature　thermal　conductivity　of　few-layer　h-BN　sheets　was　found　to　be　in　the　range　from　227　to　280　W　center　dot　m(-1)center　dot　K-1,　which　is　comparable　to　that　of　bulk　h-BN,　indicating　their　potential　use　as　important　components　to　solve　heat　dissipation　problems　in　thermal　management　configurations.