This　paper　investigated　the　vibration　control　problem　of　jacket　offshore　wind　turbines　(JOWTs)　caused　by　multi-hazards　including　winds,　waves,　and　earthquakes　through　amplifying　damping　transfer　system　(ADTS),　which　transfers　the　rotation　of　upper　turbine　tower　to　the　jacket　platform,　making　it　convenient　to　install　viscous　dampers　to　dissipate　external　energy.　Moreover,　ADTS　significantly　amplifies　the　rotation　deformation　to　fully　drive　the　viscous　damper.　Different　from　traditional　tuned　mass　damper　(TMD)　which　may　lose　its　effectiveness　for　higher　modes,　ADTS　provides　additional　damping　to　both　fundamental　and　higher　modes　of　JOWT,　resulting　in　better　performance　in　resisting　multiple　hazards.　For　example,　the　displacements　of　turbine　tower　in　JOWTs　subjected　to　winds,　waves,　and　earthquakes　are　mitigated　by　about　23.05%,　63.41%,　and　48.96%,　respectively;　in　the　meantime,　the　turbine　accelerations　subjected　to　those　hazards　are　also　reduced　by　about　34.28%,　62.72%,　and　35.27%.　Moreover,　ADTS　also　provides　considerably　response　reduction　effect　to　the　supporting　jacket　of　JOWTs.