Graphene　oxide　nanoribbons　(GONRs)　nanohybrids　were　prepared　by　combining　GONRs　and　other　nanoparticles　together　via　the　forms　of　π-π　bond　or　hydrogen　bond.　This　specific　combination　form　can　effectively　prevent　GONRs　accumulation,　on　the　other　hand,　the　introduction　of　new　nanoparticles　can　bring　some　special　properties　to　the　nanohybrids,　which　is　beneficial　to　give　full　play　to　the　comprehensive　performance　of　GONRs　nanohybrids　in　polymer　modification　and　other　application　areas.　In　this　paper,　the　preparation　methods,　properties,　and　application　status　of　GONRs　nanohybrids　were　reviewed　in　details.　Moreover,　the　structure　characteristics,　properties,　preparation　methods　and　applications　of　GNRs　(as　the　GONRs　reduction　product)　were　also　discussed.　The　related　studies　have　shown　that,　design　and　preparation　of　GONRs　nanohybrids　is　an　effective　way　to　the　practical　application　of　GONRs,　and　GNRs　as　a　special　two-dimensional　variant　of　graphene,　which　inherits　excellent　electrical　properties　and　thermal　conductivity　from　graphene,　meanwhile,　the　special　edge　effect　shows　a　broader　application　prospect.　©　2017,　Journal　of　Materials　Engineering.　All　right　reserved.