Landslides　induced　by　typhoon　and　associated　rainstorm　in　high　vegetation　coverage　area　have　remarkable　characteristics　of　mass,　sudden　and　high　hiddenness.　Given　the　increasing　demand　for　disaster　prevention　and　mitigation,　how　to　scientifically　reveal　their　failure　mechanisms　and　construct　intelligent　early　warning　models　is　becoming　a　hot　and　cutting-edge　problem　in　current　research.　Firstly,　the　paper　takes　the　frequent　occurrence　of　landslides　induced　by　typhoon　and　associated　rainstorm　in　Zhejiang　and　Fujian　provinces　as　an　example,　and　systematically　summarizes　their　geomorphological,　spatial　and　temporal　distribution　and　overlying　vegetation　and　other　developmental　characteristics.　Secondly,　the　current　status　and　shortcomings　of　the　research　on　the　mechanism　of　landslides　induced　by　typhoon　and　associated　rainstorm,　and　the　influence　of　vegetation　on　slope　stability　and　its　early　warning　were　highlighted　and　analyzed.　On　this　basis,　it　is　emphasized　that　there　are　still　three　problems　that　need　to　be　solved　in　the　current　research　on　landslides　induced　by　typhoon　and　associated　rainstorm　in　high　vegetation　coverage　area:　1)　the　hydrological　dynamic　response　of　vegetated　slopes　under　the　combined　effect　of　typhoon　and　rainstorm　is　not　sufficiently　described;　2)　the　mechanism　of　disaster　is　still　unclear　and　the　methodology　of　landslide　stability　evaluation　is　lack　of　relevance;　3)　there　are　few　dynamic　early　warning　models　that　take　into　account　the　coupling　of　multiple　parameters,　and　the　existing　early　warning　models　are　insufficient　to　provide　refined　and　accurate　warnings　for　landslides　induced　by　typhoon　and　associated　rainstorm　in　high　vegetation　coverage　area.　Finally,　it　is　suggested　that　future　research　should　focus　on　the　interaction　between　geology,　vegetation　and　meteorology,　and　identify　the　environment　and　developmental　patterns　of　landslides　induced　by　typhoon　and　associated　rainstorm　in　high　vegetation　coverage　area,　reveal　the　failure　process　and　disaster　mechanism,　and　establish　a　spatial　and　temporal　early　warning　model　for　the　whole　process　of　typhoon　and　associated　rainstorm.　The　paper　aims　to　explore　a　new　perspective　and　research　idea　for　the　study　of　landslide　induced　by　typhoon　and　associated　rainstorm,　and　to　provide　a　scientific　decision-making　and　technical　support　for　the　early　warning　and　prevention　and　control　of　landslides　induced　by　typhoon　and　associated　rainstorm　in　high　vegetation　coverage　area　worldwide.　©　2023　Science　Press.　All　rights　reserved.