The　surface　molecularly　imprinted　polymers　(SMIPs)　to　salicylic　acid　(SA)　were　synthesized　by　emulsion　polymerization　using　salicylic　acid　as　template,　acrylamide　as　functional　monomer　and　ethylene　glycol　dimethacrylate　as　crosslinker　in　aqueous　media.　The　static　equilibrium　adsorption　experiments　were　carried　out　to　investigate　the　selective　adsorption　of　salicylic　acid　to　the　SMIPs.　The　selective　binding　experiments　for　substrates　indicate　that　the　SA-SMIPs　exhibit　higher　affinity　and　selectivity　for　salicylic　acid　than　for　m-hydro　xybenzoic　acid　and　sulfo　salicylic　acid.　The　scatchard　analysis　shows　that　two　classes　of　binding　sites　are　produced　in　the　SA-SMIPs　and　the　equilibrium　dissociation　constants　are　calculated　to　be　2.03　mmol/L　and　9.97　mmol/L,　respectively.　Further,　the　adsorption　of　SA　onto　SA-SMIPs　surface　is　rather　fast　in　the　beginning.