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The Guard in 2024: Deployments, hurricanes, wildfires and new leadership
December 27, 2024
U.S. Army Sgt. Isaac Bradshaw, a combat medic with C Company, 230th Brigade Support Battalion, North Carolina Army National Guard, wraps his arms around an older couple and uses his body to block them from debris and strong winds produced by the rotor wash of a landing CH-47 Chinook helicopter in Burnsville, North Carolina, Oct. 10, 2024. The Chinook crew responded in the aftermath of Hurricane Helene, bringing generators, fuel, and other supplies to the remote area that was isolated when floodwaters washed away the main road in and out of the area.

New York Guard Helps Floridians Recover from Hurricane
October 22, 2024
New York Army National Guard Sgt. Tyler Linendoll, an infantryman assigned to Charlie Company, 2nd Battalion, 108th Infantry Regiment, 27th Infantry Brigade Combat Team, cuts downed tree branches with a chainsaw following Hurricane Milton in Palmetto, Florida, Oct. 11, 2024. Soldiers from the 27th IBCT worked with members of the Florida Army National Guard to provide relief to communities impacted by the hurricane.

National Guard Leaders See Guardsmen Answer the Call
October 18, 2024
Air Force Gen. Steven Nordhaus, chief, National Guard Bureau, meets with Florida National Guard leaders and Guardsmen mobilized in Tampa, Florida, to help communities affected by Hurricane Milton Oct. 16, 2024.

North Carolina Guard Clears Roads after Tropical Storm Helene
October 16, 2024
North Carolina National Guardsmen with the 113th Sustainment Brigade and the 30th Armored Brigade Combat Team conduct bridge-building operations in Nebo, N.C., Oct. 9, 2024, to connect roads for residents following Tropical Storm Helene.

Florida National Guard Responds to Storms in and out of State
October 15, 2024
Florida Army National Guard Soldiers prepare for a flight during Hurricane Helene support missions at Army Aviation Support Facility 1 in Florida Sept. 29, 2024. Members of the 1-111th General Support Aviation Battalion provided aerial capabilities for an Emergency Management Assistance Compact.

Florida National Guard Assists Tornado Victims
October 13, 2024
U.S. Soldiers assigned to Alpha Company, 1st Battalion, 124th Infantry Regiment, 53rd Infantry Brigade Combat Team, deliver water, meals and non-perishable goods to senior citizens in the Spanish Lake community in Port St. Lucie, Florida, Oct. 11, 2024. The state of Florida established point of distribution centers throughout Florida and deployed staging areas to ensure supplies were available to those in need.

Virginia Guard Aids Hurricane Response in Florida, Virginia
October 10, 2024
Virginia National Guard Soldiers assigned to the Cedar Bluff-based 1033rd Engineer Company, 276th Engineer Battalion, 329th Regional Support Group, assist with food and water distribution Oct. 5-6, 2024, in Damascus, Virginia. Approximately 20 1033rd Soldiers with tactical trucks capable of high-mobility transportation are staged in Abingdon to support the response to Hurricane Helene.

New York National Guard Troops Assist with Hurricane Response
October 10, 2024
Soldiers from the New York Army National Guard’s 27th Infantry Brigade Combat team board a C-17 Globemaster III from the New York Air National Guard’s 105th Airlift Wing as they head to Camp Blanding Joint Training Center near Jacksonville, Florida, to support the Florida National Guard response to Hurricane Milton’s landfall.

National Guard Helps Hurricane Milton, Helene Victims
October 9, 2024
U.S. Army Sgt. Isaac Bradshaw, a combat medic with C Company, 230th Brigade Support Battalion, North Carolina Army National Guard, wraps his arms around an older couple and uses his body to block them from debris and strong winds produced by the rotorwash of a landing CH-47 Chinook helicopter in Burnsville, North Carolina, Oct. 10, 2024. The Chinook crew brought generators, fuel and other supplies to the remote area after floodwaters washed away the main road after Hurricane Helene.

Tennessee Guardsmen Support Hurricane Recovery
October 9, 2024
U.S. Air National Guard Tech. Sgt. Ryan Schulze, 118th Wing pavements and construction equipment craftsman, cuts a fallen tree with a chainsaw during Hurricane Helene relief efforts in Elizabethton, Tennessee, Oct. 5, 2024. Airmen continue to commute to the town and surrounding areas daily to help clear debris and help local residents in need due to flooding from Hurricane Helene.

 

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Hurricane Helene Response

 

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Video by Sgt. David Marquis
Engineer Research and Development Center, Cold Regions Research and Engineering Laboratory, U.S. Army Corps of Engineers Regulators, Environmental Protection Agency Field Test Ordinary High Watermark Data Sheet
U.S. Army Corps of Engineers, Engineer Research and Development Center
Oct. 26, 2022 | 3:10
Researchers from the Engineer Research and Development Center's Cold Regions Research and Engineering Laboratory, the Environmental Protection Agency, and regulators from the U.S. Army Corps of Engineers test a data worksheet from the National Ordinary High Watermark Manual which the group has been developing for ten years. During the field test, the group traveled to several types of bodies of water throughout Vermont, using the OHWM datasheet to identify the highest watermark for each type of water system. The ordinary high water mark (OHWM) defines the lateral extent of non-tidal aquatic features in the absence of adjacent wetlands in the United States. The federal regulatory definition of the OHWM, 33 CFR 328.3(c)(7), states the OHWM is “that line on the shore established by the fluctuations of water and indicated by physical characteristics such as [a] clear, natural line impressed on the bank, shelving, changes in the character of soil, destruction of terrestrial vegetation, the presence of litter and debris, or other appropriate means that consider the characteristics of the surrounding areas.” This is the first manual to present a methodology for nationwide identification and delineation of the OHWM. A two-page data sheet and field procedure outline a weight-of-evidence methodology to organize and evaluate observations at stream sites. This manual presents a consistent, science-based method for delineating the OHWM in streams. It also describes regional differences and challenges in identifying the OHWM at sites disturbed by human-induced or natural changes and illustrates how to use remote data to structure field inquiries and interpret field evidence using the principles of fluvial science. The manual demonstrates that, in many landscape settings, the OHWM may be located near the bankfull elevation.
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