Achieving　the　coordinated　development　of　the　logistics　industry,　new　urbanization　and　the　ecological　environment　is　significant　for　improving　the　efficiency　of　the　logistics　industry,　urbanization　level　and　environmental　quality,　but　there　are　few　studies　that　consider　all　three　together.　Based　on　the　panel　data　of　11　provinces　and　municipalities　in　the　Yangtze　River　Economic　Belt　from　2009　to　2019,　this　paper　constructs　the　evaluation　index　system　of　the　logistics　industry,　new　urbanization　and　the　ecological　environment.　The　entropy　method,　coupled　coordination　degree　model　and　exploratory　spatial　data　analysis　method　are　used　to　empirically　analyze　the　spatial　and　temporal　evolution　patterns　of　the　coupled　coordination　of　the　three　systems　in　the　Yangtze　River　Economic　Belt.　The　results　show　that:　(1)　during　the　study　period,　the　comprehensive　development　level　of　each　subsystem　and　composite　system　in　the　Yangtze　River　Economic　Belt　has　been　improving,　but　there　are　some　differences　in　the　development　among　the　systems　in　each　region;　(2)　the　coupling　coordination　degree　of　the　three　shows　a　smooth　upward　trend　and　an　overall　transition　from　near　incoordination　or　basic　coordination　to　the　level　of　primary　coordination　or　intermediate　coordination,　showing　a　spatial　distribution　pattern　of　downstream　＞　midstream　＞　upstream;　(3)　the　spatial　agglomeration　characteristics　show　significant　positive　spatial　correlation　and　agglomeration　and　are　dominated　by　high-high　agglomeration　and　low-low　agglomeration.　These　reflect　the　enormous　spatial　and　temporal　differences　in　the　coupling　coordination　of　the　three　systems　in　the　Yangtze　River　Economic　Belt.　The　study　takes　the　perspective　of　the　coupled　and　coordinated　development　of　the　logistics　industry,　new　urbanization　and　the　ecological　environment,　which　can　provide　references　for　enterprises　and　governments　to　make　sustainable　industrial　and　urbanization　development　strategies.