Abstract: Improving the spatial correlation degree of Wuhan Metropolitan Area’s resources aggregating ability has great significance for realizing the coordinated development of the region.Based on this, this paper uses the modified gravity model and the social network analysis method to analyze the spatial correlation of the resources aggregating ability in Wuhan Metropolitan Area from 1995 to 2015, the study shows that: (1)The spatial correlation characteristics of resources aggregating ability in Wuhan Metropolitan Area are significant,with an inverted U-shape network density,a slow decreasing network gradation through the years and an U-shape network efficiency;(2)The resources aggregating ability in Wuhan Metropolitan Area presents the characteristics of “Center-Edge” in the Network,Wuhan has the highest degree of centrality, which belongs to the central city in the network, while the other cities belong to the edge city;(3)The first plate(Wuhan,Xiaogan,Tianmen) belongs to “bidirectional spillover” plate,the second plate(Qianjiang,Xianning) belongs to “net beneficial” plate,the third plate (Xiantao,Huanggang) belongs to “net spillover”,the fourth plate(Huangshi,Ezhou) belongs to “broker” plate. According to the above conclusions,we put forward three policy recommendations(multi-way constructs spatial correlation “channel” of resources aggregating ability,enhances radiant driving function of central city,promotes urban division of labor and cooperation) to improve the spatial correlation degree of the resources aggregating ability in Wuhan Metropolitan Area.