"This decision completes a comprehensive three-year effort to ensure our ability to safely and effectively secure our nation's agriculture and food supply," Jay Cohen, Homeland Security Undersecretary for Science and Technology. "I accepted the NBAF DHS/Department of Agriculture Steering Committee's unanimous recommendation to build the NBAF in Manhattan because it represents the best overall proposal on how to meet mission needs. I greatly appreciate the well thought-out proposals from over a dozen states and their consortia, which reflected the impressive capabilities of many communities."
Facility design will begin in 2009 with plans for construction to begin in 2010. It is expected that the NBAF would be operational by 2015. The NBAF will be designed to replace the current facilities at the Plum Island Animal Disease Center (PIADC) in New York, which is currently the only facility in the U.S. that studies the live virus that causes Foot-and-Mouth disease. The facility has served the nation for over 50 years, but is not appropriate for zoonotic disease research that must be conducted at Biosafety Level 4 (BSL-4). There is currently no laboratory facility in the U.S. with capabilities for BSL-4 research on large livestock. PIADC will be closed once the NBAF is fully operational, and DHS will evaluate options in the coming months for transitioning the PIADC facility and its future use.
The ROD is based on the information and analysis in the NBAF Final EIS, including public comments, as well as other appropriate factors such as site evaluation criteria, a threat and risk assessment, costs, security, and other programmatic requirements. Additionally, DHS considered all comments received during the 30-day period following the publication of the NBAF Final EIS.
The NBAF will provide a secure, domestic, modern and integrated high-containment facility with laboratories for an estimated 250 to 350 scientists and support staff to safely and effectively address the accidental or intentional introduction into the United States of animal diseases of high consequence, including Foot-and-Mouth disease.