A photo illustration compares pre- and post-storm beach conditions at the Willoughby Spit and Vicinity Hurricane and Storm Damage Reduction Project in Norfolk, Va. The image at left shows pre-storm conditions; the image at right shows conditions following the recent Nor’easter.
At A Glance
Emergency Operations Activation: The U.S. Army Corps of Engineers Norfolk District activated its Emergency Operations Center on Sept. 25 to coordinate response and assess coastal storm damage following the September 2026 nor’easter.
Coastal Infrastructure Performance: Initial engineering surveys show recently completed beach nourishment projects, engineered dunes, and berms functioned as designed, absorbing wave energy and protecting inland communities.
Harbor & Navigation Debris Clearance: The motor vessel (MV) HUME launched clearing operations Sept. 28, recovering over 5,400 pounds of heavy drift and hazard debris from Norfolk harbor and the Dismal Swamp Canal.
Assessment Geographic Scope: Conducting comprehensive post-storm engineering assessments across all coastal project sites from the North Carolina/Virginia border northward.
Federal Emergency Mandate: Supporting local, state, and federal partners under Emergency Support Function #3 (Public Works and Engineering) to guide future coastal resilience investments.
Editor’s Note: The following is from USACE Norfolk District, curated by America’s Engineers for general public, commercial contractor, and industry visibility. The original article can be found at the U.S. Army Corps of Engineers news repository.
The U.S. Army Corps of Engineers Norfolk District continues to assess coastal impacts and support recovery efforts following the September 2026 nor’easter. The Norfolk District Emergency Operations Center was activated Sept. 25 to enhance monitoring and coordinate response activities. District personnel are working with federal, state and local partners, neighboring USACE districts and project sponsors to assess storm impacts and address emerging needs.
A photo illustration compares pre- and post-storm beach conditions at the Willoughby Spit and Vicinity Hurricane and Storm Damage Reduction Project in Norfolk, Va. The image at left shows pre-storm conditions; the image at right shows conditions following the recent Nor’easter.
The response supports USACE’s role in the federal government’s unified national response to emergencies. USACE provides public works and engineering expertise and helps coordinate infrastructure recovery. When disasters occur, personnel and resources can be mobilized from across the country to support response missions.
Coastal resilience
Coastal communities are particularly vulnerable to flooding, erosion and other impacts from severe storms. As part of its disaster preparedness and risk-management efforts, USACE conducts pre-storm coastal inspections to assess infrastructure and identify potential vulnerabilities. Assessments of coastal infrastructure before and after storms help USACE and its partners understand vulnerabilities, evaluate storm impacts and support response and recovery efforts.
Pre-storm coastal inspections can help:
Identify vulnerabilities and deficiencies in flood-risk management infrastructure, including levees, dams, seawalls and other flood-protection structures.
Assess the condition and readiness of coastal defenses and their ability to withstand anticipated storm conditions.
Advise local officials and project sponsors about potential maintenance or repair needs.
Inform emergency response and resource allocation by documenting the condition of coastal infrastructure.
Support more efficient response and recovery by helping partners identify and prioritize potential issues.
Assessing impacts after the storm
The district is developing a comprehensive assessment of coastal impacts and project performance from the Virginia border north. The assessment includes documenting areas of erosion and evaluating recently completed or accelerated beach nourishment projects, dunes and berms.
A photo illustration compares pre- and post-storm beach conditions at the Beach Erosion Control and Hurricane Protection Project at Virginia Beach. The image at left shows pre-storm conditions; the image at right shows conditions following the recent Nor’easter.
“Our priority is to understand how this storm affected our coastal communities and infrastructure, and to use what we learn to strengthen our preparedness for future storms,” said Col. Sonny Avichal, Commander, U.S. Army Corps of Engineers Norfolk District. “Our initial observation shows that our projects are working as designed and we will continue our engineering assessments to evaluate project performance.”
Erosion following a significant coastal storm does not necessarily indicate that a nourishment project failed to perform as designed. Beach nourishment adds sand to the coastal system, providing material that can erode during storms, absorb wave energy and help protect dunes, infrastructure and communities farther inland.
Initial observations indicate that recently completed nourishment areas absorbed storm impacts, while dunes and berms generally remained intact. Continued engineering assessments will provide a more complete understanding of project performance and identify any damage requiring additional action.
The comprehensive assessment will help document the storm’s visible effects and evaluate the role of coastal resilience investments, including recently completed and accelerated nourishment projects.
Debris collection
A crew aboard the motor vessel (MV) HUME began debris collection operations Sept. 28 in the harbor and Dismal Swamp Canal. The crew is working in areas where storm debris has accumulated. The HUME is expected to continue collection operations throughout the remainder of the week. To date, the crew has recovered six large objects totaling approximately 5,400 pounds of drift and debris.
Continuing the response
The Norfolk District remains prepared to respond to natural disasters and other contingencies. Current priorities include maintaining emergency operations, coordinating with project sponsors and working with federal, state and local partners. As assessments continue, the district will monitor coastal conditions, evaluate infrastructure impacts, document coastal project performance and prepare for additional response or recovery missions as needed.
Through preparedness, engineering expertise, coastal nourishment, post-storm assessments, debris removal and coordination with partners, USACE supports coastal resilience and communities before, during and after severe weather events.
This article was originally published by the U.S. Army Corps of Engineers under the title, “September 2026 Nor’easter: Norfolk District assesses coastal impacts and resilience.” Reposted with permission.
A photo illustration compares pre- and post-storm beach conditions at the Willoughby Spit and Vicinity Hurricane and Storm Damage Reduction Project in Norfolk, Va. The image at left shows pre-storm conditions; the image at right shows conditions following the recent Nor’easter.
A photo illustration compares pre- and post-storm beach conditions at the Beach Erosion Control and Hurricane Protection Project at Virginia Beach. The image at left shows pre-storm conditions; the image at right shows conditions following the recent Nor’easter.
