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Graphene oxide nanoribbons (GONRs) nanohybrids were prepared by combining GONRs and other nanoparticles together <i>via</i> 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.