The　linkage　of　urban　planning　and　the　dynamics　of　regional　ecosystem　services　value　(ESV)　allows　sustainable　aims　more　accessible,　which　is　increasingly　interested　by　researchers.　This　paper　combines　urban　expansion　and　eco-compensation　to　construct　the　urban-ecological　coordinated　development　model　(UECDM)　which　aims　to　find　a　new　urban　expansion　mode　basing　on　the　balance　of　regional　ESV.　UECDM　is　composed　of　three　modules:　prediction　of　urban　expansion,　eco-compensation　and　spatial　simulation.　With　this　model,　the　urban　expansion　and　eco-compensation　of　Fuzhou　areas　was　simulated.　The　result　shows:　urban　land　has　expanded　12,805　ha,　with　a　total　ESV　loss　of　688　million　yuan.　In　order　to　obtain　the　balance　of　regional　ESV,　1,142　ha　of　cultivated　land　and　3,316　ha　of　other　land　should　be　converted　into　forestland;　2,588　ha　of　cultivated　land　into　tidal　flats;　2,027　ha　of　other　land　into　water　areas.　This　model　could　produce　quantitative　results　for　decision　makers　during　the　rapid　urbanization　for　sustainable　development.　©　2016　Elsevier　Ltd