In　order　to　study　the　emission　and　temporal　and　spatial　distribution　characteristics　of　volatile　organic　compounds　(BVOCs)　from　natural　sources　in　Beijing,　Tianjin　and　Hebei　regions　in　recent　20　years,　based　on　five　periods　of　China＇s　land　use　data　obtained　from　satellite　remote　sensing　interpretation　in　2000,　2005,　2010,　2015　and　2020,　this　paper　calculates　and　obtains　the　emission　and　emission　composition　of　BVOCs　from　cities　and　counties　in　Beijing,　Tianjin　and　Hebei,　At　the　same　time,　the　temporal　and　spatial　distribution　of　BVOCs　emission　in　Beijing　Tianjin　Hebei　region　in　recent　20　years　is　analyzed　The　results　show　that　the　average　total　emission　of　BVOCs　in　Beijing　Tianjin　Hebei　region　in　recent　20　years　is　764000　T/A,　of　which　the　average　total　emission　of　Hebei　Province,　Beijing　and　Tianjin　are　591100T/A,　152900T/A　and　20000t/a　respectively;　According　to　the　analysis　of　emission　composition,　the　average　total　emission　of　ISOP　is　168000T/A,　accounting　for　21.99%　of　the　total　emission,　the　average　total　emission　of　TMT　is　296200T/A,　accounting　for　38.77%　of　the　total　emission,　and　the　average　total　emission　of　OVOCs　is　299700T/　A,　accounting　for　39.23%　of　the　total　emission　According　to　the　analysis　of　emission　time　characteristics,　the　BVOCs　emission　in　Beijing　Tianjin　Hebei　region　is　the　lowest　in　winter　and　the　highest　in　summer　The　spatial　distribution　of　BVOCs　emissions　is　closely　related　to　land　use　types　and　vegetation　distribution.　There　are　significant　differences　in　the　contribution　of　BVOCs　emissions　from　different　land　use　types.　The　average　BVOCs　emissions　from　forest　land,　cultivated　land　and　grassland　in　Beijing　Tianjin　Hebei　region　in　recent　20　years　are　603300T/A,　127800T/A　and　23100T/a　respectively,　accounting　for　78.90%,　16.79%　and　3.04%　of　the　total　emissions　respectively　The　spatial　emission　distribution　of　BVOCs　in　Beijing　Tianjin　Hebei　region　is　obviously　different,　and　the　overall　emission　in　the　north　and　northeast　is　significantly　higher　than　that　in　the　South　and　Southeast　This　study　can　provide　research　ideas　for　the　calculation　of　BVOCs,　and　provide　relevant　basic　data　for　air　pollution　control　in　Beijing,　Tianjin　and　Hebei.　©　2022,　Editorial　Board　of　China　Environmental　Science.　All　right　reserved.