Efficient　antibiotics　removal　lowers　the　transmission　risk　of　antibiotic　resistance　genes　(ARGs).　However,　low　efficiency　limits　the　application　of　biological　methods　for　antibiotics　removal.　Herein,　a　mixed　culture　of　halotolerant　fungi-bacteria　was　used　for　treatment　of　saline　wastewater　containing　tetracycline　(TC).　Furthermore,　static　magnetic　field　(SMF)　was　used　to　increase　TC　removal.　The　study　examined　the　effectiveness　of　SMF　in　removing　antibiotics　from　saline　wastewater　and　the　associated　risk　of　ARGs　transmission.　The　results　demonstrated　that　the　application　of　a　40　mT　SMF　significantly　improved　the　TC　removal　efficiency　by　37.09　%,　compared　to　the　control　(SMF=0)　The　TC　was　mainly　removed　through　biodegradation　and　adsorption.　In　biodegradation,　SMF　enhanced　electron　transport　system　activity,　and　activities　of　lignin-degrading　enzymes　which　led　to　higher　TC　biodegradation.　The　activity　of　lactate　dehydrogenase　and　malondialdehyde　decreased,　lowering　the　damage　of　microbial　cell　membranes　by　TC.　During　the　adsorption　process,　higher　generation　of　extracellular　polymeric　substances　was　observed　under　SMF,　which　caused　an　increase　in　TC　removal　via　adsorption.　Microbial　community　analysis　revealed　that　SMF　facilitated　the　enrichment　of　TC-degrading　microorganisms.　Under　SMF,　vertical　gene　transfer　of　ARGs　increased,　while　horizontal　gene　transfer　risk　decreased