This　study　investigates　the　dynamics　of　a　twospecies　competition　model　incorporating　wind-dependent　refuge.　Unlike　traditional　models　where　refuge　are　treated　as　fixed　parameters,　we　propose　a　wind-speed-dependent　refuge　parameter　u(w)　=　umaxe−kw,　which　decays　exponentially　with　increasing　wind　velocity,　better　reflecting　natural　ecological　dynamics.　Through　equilibrium　analysis　and　stability　evaluation,　we　demonstrate　that　heightened　wind　speeds　reduce　refuge　effectiveness,　critically　influencing　species　coexistence.　Theoretical　results　reveal　that　when　r1K1　＞　α12(1　−　u(w))K2　and　r2K2　＞　α21(1　−　u(w))K1,　the　system　admits　a　unique　stable　positive　equilibrium　enabling　species　coexistence;　otherwise,　extinction　of　one　species　becomes　probable.　Numerical　simulations　corroborate　that　increased　wind　intensity　alters　competitive　outcomes　by　impairing　refuge　functionality.　The　work　provides　theoretical　support　for　wind-disturbed　ecosystem　conservation　(e.g.,　establishing　windbreaks)　and　elucidates　complex　interactions　between　environmental　factors　and　species　competition,　extending　classical　Lotka-Volterra　framework　to　wind-affected　scenarios.　©　2025,　International　Association　of　Engineers.　All　rights　reserved.