With　the　acceleration　of　global　warming　and　urbanization,　the　problem　of　the　thermal　environment　in　urban　areas　has　become　increasingly　prominent.　In　this　paper,　Fuzhou　was　selected　to　quantify　the　impact　of　land　use　cover　change　(LUCC)　on　land　surface　temperature　(LST).　The　results　showed　that　from　1993　to　2016,　the　land　use/cover　types　of　the　study　area　changed　greatly,　especially　the　change　of　construction　land,　which　led　to　an　obvious　change　in　the　spatial　pattern　of　LST.　From　1993　to　2016,　the　spatial　and　temporal　distribution　of　LST　contributions　in　Fuzhou　was　uneven.　The　central　urban　area　had　a　positive　contribution　to　the　rise　of　LST,　while　Minqing　and　Yongtai　had　a　negative　contribution.　From　the　perspective　of　different　land　use/land　cover　types,　forest　or　grass　land,　cultivated　land,　and　water　all　made　a　negative　contribution　to　the　increase　of　surface　temperature,　while　construction　land　made　a　positive　contribution.　Outcomes　provided　by　the　multi-distance　spatial　cluster　analysis　(Ripley＇s　K　function)　showed　that　there　was　a　scale　effect　in　the　concentration　and　dispersion　of　LST;　from　1993　to　2016,　the　concentration　range　of　LST　in　the　study　area　gradually　expanded　and　the　degree　of　concentration　increased.