Traditional Chinese Watercolor by Xiang Li Exhibit (Main)
The Cambridge Public Library is honored to host the breathtaking art of Xiang Li, featuring over a dozen selected canvas portraits of Chinese empresses, for Asian American and Pacific Islander Heritage Month. The artwork is located on L2.
Click here to explore the artist's webpage.
Live at the Library: Concert with Rolie Polie Guacamole (O'Neill)
Join us for a rock concert with the band Rolie Polie Guacamole. This program is for families with children of all ages! No registration is required.
Funding for Vacation Week Programming: Live at the Library has been generously provided by the Cambridge Public Library Foundation.
Learn about Truck Restrictions
While trucks and tour buses are allowed to operate within the City of Cambridge, they are still restricted from certain streets, as defined below, unless delivering to addresses on those specific streets.
All restrictions are for 24 hours a day, seven days a week unless otherwise noted
State Mass Vaccination Site Accessibility Information
The following information related to the accessibility of the State's Mass Vaccination Sites at Fenway Park, Gillette Stadium, Eastfield Mall in Springfield, and the Doubletree Hotel in Danvers was pulled together by the Cambridge Commission for Persons with Disabilities on February 1, 2021.
Universal Design Playground Project
The Louis A. DePasquale Universal Design Playground, located at Danehy Park between Field Street and the Briston Arms residential complex, is the first in Cambridge to fully incorporate Universal Design (UD) - the concept that all parts should be as usable as possible, without changes, by everyone.
CHC Books
Several publications on local history and neighborhood development are available for research or purchase. No purchase is necessary to view the books; office copies of all the books are available for reference at the Commission library. Many of these books are also available at the Cambridge Public Library.
Low Carbon Energy Supply Strategy 2018
The purpose of this study was to determine current and future energy demand, assess the potential for renewable energy generation in Cambridge, develop technical scenarios for renewable energy delivery systems, and evaluate the risks, benefits, and feasibility of each scenario along with discussion of potential implementation pathways.