In　this　paper,　we　investigate　the　dynamics　evolution　of　three-level　atoms　in　two　cavities　coupled　to　a　non-Markovian　environment.　By　adjusting　the　system　parameters,　we　find　that　the　noise　has　almost　no　influence　on　population　transfer　between　atomic　states.　The　strong　noise　will　be　helpful　in　achieving　quantum　state　control,　even　when　the　coupling　between　cavities　is　equal　to　zero.　Furthermore,　we　may　drive　the　system　into　the　desired　steady　state　within　a　short　time　in　the　noisy　environment.