Wuyi　Mountain　Reserve　area　is　the　one　of　the　few　reserve　Areas　for　both　world　biosphere,　cultural　and　natural　heritage　in　China.　This　paper　addresses　the　scale　dependency　problem　of　vegetation-topography　relations　of　Wuyi　Mountain　Reserve　area.　The　wavelet　transform　was　applied　to　analyze　the　multi-scale　correlations　between　Normalized　Difference　Vegetation　Index　(NDVI)　and　several　topographic　factors　(DEM,　slope　and　aspect).　The　results　of　wavelet　coefficient　variograms　show　that　spatial　patterns　of　NDVI　and　Topographical　indicator　both　exhibit　two　dominant　scales.　The　fact　of　nearly　synchronous　scale　domain,　especially　in　small　scale　domain,　suggests　that　tightly-coupled　relationship　exists　between　NDVI　and　DEM.　Results　of　multi-scale　correlation　relationships　among　NDVI　and　geographical　factors　suggest　that　the　correlation　is　scale-dependent,　i.e.　different　scales　have　different　coefficients　among　the　factors.　The　coefficient　values　between　NDVI　and　topographical　factors　are　larger　in　coarser　scales　than　those　in　finer　scales,　which　suggest　that　topographical　factors　have　important　roles　on　controlling　NDVI　patterns　in　larger　scale.　The　relationship　between　NDVI　and　slope,　aspect　exhibit　complicated　variation　with　spatial　scales.　This　study　may　improve　the　understanding　of　the　multi-scale　role　that　topography　plays　in　the　formation　of　vegetation　patterns　in　mountainous　areas　and　also　suggest　that　wavelet　transform　is　useful　in　exploring　the　multi-scale　pattern　of　natural　resources.