As　one　of　most　common　used　antibiotics,　tetracyclines　(TCs)　have　been　widespread　used　in　many　fields.　However,　the　abuse　of　antibiotics　resulted　in　serious　environmental　pollutants.　Therefore,　it　is　of　great　significance　to　develop　new　materials　for　rapid　detection　and　effective　removal　of　tetracyclines.　In　this　study,　a　step-by-step　synthesis　strategy　was　adopted　to　prepare　a　fluorescent　LMOF　material　Znq(2)@ZIF-8,　and　it　was　well　characterized.　Znq(2)@ZIF-8　showed　strong　green　emission　and　has　large　specific　surface　area,　with　excellent　stability　and　good　recyclability.　The　fluorescence　of　Znq(2)@ZIF-8　can　be　quenched　with　the　addition　of　tetracycline　(TC)　in　the　aqueous　environment,　demonstrating　good　selectivity　and　strong　interference　resistance,　with　a　limit　of　detection　(LOD)　of　0.13　mu　mol　center　dot　L-1.　In　addition,　Znq(2)@ZIF-8　exhibits　excellent　adsorption　and　removal　abilities　for　TC.　As　a　result,　Znq(2)@ZIF-8　enables　the　simultaneous　detection　and　removal　of　TC　in　aqueous　environments,　providing　a　solution　for　future　TC　pollution　in　water.