Content-Centric Networking (CCN) is a promising framework for the next generation Internet architecture, by exploiting ubiquitous in-network caching to minimize content delivery latency and reducing the network traffic. In this paper, we introduce a neighborhood aware mechanism for content caching, named Neighborhood Aware Caching and Interest Dissemination (NACID) that accounts for the popularity of contents and how close the content copies are there in the neighborhood. We have adopted a Bloom Filter based dissemination of caching information in the neighborhood so that its overhead remains small. Given the neighborhood cached contents the proposed scheme decides when and how to handle the additional caching of content and its eviction. Simulation results show that NACID provides an increase in up to ~3 times of cache hits, and decrease in up to ~30% the number of hops required to get the contents than existing CCN caching policies.