The anthropogenic CO_2 emission by combustion of fossil fuels is mainly responsible for the global warming. Post-combustion CO_2 capture is one promising approach to reduce the CO_2 emission from power plants. It is very important to find solid sorbents that are highly efficient,stable and cost-effective for post-combustion CO_2 capture. Recently,many researchers have paid attentions to the development of novel amine-based solid sorbents because of their high CO_2 adsorption capacity and selectivity and easy regeneration. Amine-based solid sorbents can be prepared by the incorporation of diverse organic amines into the pore structures of the support materials by physical impregnation, grafting or direct-synthesis. This paper reviews novel amine-based solid sorbents prepared with different supporting materials including zeolite,mesoporous silica,porous carbon materials,and metal organic frameworks(MOFs)in recent years. Finally,it is also proposed that the development of novel supporting materials with hierarchically porous structure and the selection of amines and accelerants will be hot spots in future studies.