George Mason University Police’s Vital Role in Hurricane Helene Response
George Mason University Police assisted the Virginia Department of Emergency Management by deploying drones to inspect dams and power lines affected by Hurricane Helene. They subsequently provided a Starlink system to restore communications for the Asheville Police Department. This response underscores the effectiveness of drone technology in emergency management and community support.
George Mason University Police, utilizing their Unmanned Aircraft System (UAS) teams, played a pivotal role in assisting the Virginia Department of Emergency Management (VDEM) during the aftermath of Hurricane Helene. This operation took place in Ivanhoe, Virginia, over the weekend, with the primary objective being the inspection of two historically significant dams established in 1912 and 1913, alongside the associated power distribution lines. The unprecedented precipitation stemming from Hurricane Helene resulted in the New River reaching its second highest recorded water level and flow rate since 1940, surpassing the dams’ design capacity. Due to the challenging terrain surrounding the power lines, ground access proved problematic; hence, the Mason Police drones were deployed to survey the area from the air. This aerial assessment enabled engineers to monitor the situation through a live video feed and evaluate any potential damage. The successful deployment of drones by Mason Police enhanced the safety and efficiency of Appalachian Power in guaranteeing the integrity of essential infrastructure. Following this mission, the George Mason Police responded to a further request for assistance. With communication networks rendered inoperable in Asheville, North Carolina, due to severe flooding, the Asheville Police Department sought a Starlink system to restore vital cell and internet services at their headquarters. Possessing Starlink systems equipped for high-speed satellite internet access, Mason Police Corporal Blaine Ries promptly mobilized to assist. He navigated through Tennessee, circumventing areas affected most severely by the storm, and arrived just after midnight on October 1. Rapidly establishing the Starlink system, he restored critical communication capabilities for Asheville police to oversee rescue and emergency management efforts. Additionally, George Mason Police have emerged as a significant resource for various jurisdictions, offering aerial support and training initiatives to bolster local law enforcement capabilities. For instance, earlier this year, in response to a request from the Virginia Office of Public Safety and Homeland Security, Mason Police conducted an extensive one-week drone training course for over 20 police and fire department personnel from southwestern Virginia, facilitating the initiation of local drone units. Mason Police is composed of over 135 full and part-time personnel, including in excess of 50 sworn officers dedicated to serving the Fairfax, Mason Square, and SciTech campuses. The department actively collaborates with the Virginia State Police as well as the police departments of the City of Fairfax, Arlington, Fairfax County, and Prince William County.
The article discusses the response of George Mason University Police in the wake of Hurricane Helene, particularly their deployment of drone technology to assist both the Virginia Department of Emergency Management (VDEM) and local law enforcement in Asheville, North Carolina. The use of drones for inspections of critical infrastructure demonstrates innovative approaches to emergency management, particularly under challenging conditions like those experienced during natural disasters. This article highlights the implications of drone technology in enhancing public safety and operational efficiency in crisis scenarios.
In conclusion, the response of George Mason University Police during Hurricane Helene illustrates the transformative impact of drone technology in emergency management. The ability to conduct aerial inspections of critical infrastructure and restore communication networks exemplifies the department’s commitment to public safety. Furthermore, their initiatives to train local agencies in the use of drones foster collaborative efforts that enhance community resilience in the face of adversity.
Original Source: www.gmu.edu
