USACE News

April

27 Apr 2020
How an Army Reserve Engineer Supports COVID-19 Response Efforts in Wisconsin
Lt. Col. Robert Mikyska, with the 647th Regional Support Group, activates in support of the U.S. Army Corps of Engineer Chicago District construction of an Alternate Care Facility (ACF) at the Wisconsin State Fair Park and Exposition Center in West Allis, Wisconsin.
27 Apr 2020
USACE Chicago District Ecosystem Restoration Master Plan team, partners look to future of ecosystem restoration program
As the nation’s environmental engineer, the U.S. Army Corps of Engineers manages one of the largest federal environmental missions – constructing sustainable facilities; regulating waterways; managing natural resources; cleaning up contaminated sites from past military activities; and restoring degraded ecosystems.
27 Apr 2020
Chicago District protects workforce, remains fully operational during COVID-19 public health emergency
The U.S. Army Corps of Engineers, Chicago District, is taking precautionary measures to protect its workforce, while also remaining fully operational during the COVID-19 public health emergency.
27 Apr 2020
U.S. Army Corps of Engineers comes to the aid of hospitals
To help New York State hospitals deal with this, Army Corps’ New York District volunteers are working 24 hours a day, seven days a week. They are locating existing buildings that can be converted into these alternate care facilities and then they are designing and constructing them.

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The Jan. 7 Los Angeles County wildfires debris removal operation was one of our largest, most challenging missions. More than 1,400 USACE personnel deployed from across the nation and from our district to support debris removal operations. /6

But we did not do this alone. The success of this important mission was the result of strong partnerships with FEMA, Cal OES, LA County, local governments and impacted communities. /5

To date, USACE has removed more than 2.6 million tons of debris — the equivalent of more than 218,000 truckloads. /4

We are proud of our efforts, alongside our partners, to rapidly come to the aid of our fellow citizens in their time of need. In just six months, more than 9,500 properties were cleared — making this the fastest, large-scale wildfire debris removal in USACE history. /3

After the devastating Los Angeles wildfires in January 2025, the U.S. Army Corps of Engineers was laser-focused on removing immediate hazards to public health and safety, and supporting economic recovery by removing structural ash, debris and foundations. /2

This week marks one year since the January 2025 Southern California wildfires began. On Jan. 17, the U.S. Army Corps of Engineers began its debris removal mission, which was a critical step in the road to recovery. https://t.co/iF1yZ5D6CP

The U.S. Army Corps of Engineers announced today the publication of the 2026 nationwide permits in the Federal Register. Learn more: https://t.co/3IzyxdqV3P

USACE will reissue 56 existing nationwide permits & issue one new permit for work in wetlands & other waters that are regulated by Section 404 of Clean Water Act and/or Section 10 of Rivers & Harbors Act of 1899. One existing permit will not be reissued: https://t.co/NhihR0uoAM

RT @USACE_Buffalo: 🛥️ Dredging keeps our waterways safe & sustainable! 🌱 Learn how the U.S. Army Corps of Engineers repurposes clean sedim…

RT @ArmyERDC: ERDC is providing innovative support to @USACENOLA civil works mission by inspecting the dewatered bays for voids in the Old…

RT @USArmy: 📆 Soldiers, mark your calendars for the Senior Leader SITREP, premiering on our YouTube channel, Jan. 13 at 12:00 p.m. https://…

RT @StPaulUSACE: Happy New Year! As we welcome 2026, let’s make water safety a top priority. Let’s make 2026 the safest year yet by practic…

Happy New Year! As we welcome 2026, let’s make water safety a top priority. 🛟Always wear your life jacket and make sure its fits 🛟Learn how to swim 🛟Never drink and boat Practice water safety every time you are in, on, or near the water! #LifeJacketsWornNobodyMourns

Low-head dams are found on waterways throughout the U.S. Before you the hit watery trails, review the Low-Head Dam Inventory to see if there’s a dam on your route. Learn more: https://t.co/dbzMfptnor #damsafety https://t.co/ZjrOVldPiM

RT @StPaulUSACE: Skid-steers hard at work preparing the chamber for critical maintenance and inspections during a dewatering at Lock and Da…

RT @USArmy: 📰 Year in Review: Warfighting is the Army’s top priority Our Soldiers prove they are ready to fight and win, at home and abroa…

RT @ArmyCorpsNAD: Our @europedistrict is constructing a new Operational Readiness Training Complex in Grafenwoehr, #Germany. On Friday, we…

RT @ArmyERDC: The @StPaulUSACE and ERDC are collaborating in a groundbreaking study to make informed, data-driven decisions about using riv…

RT @europedistrict: Today, leaders from @IMCOMEurope, @7thATC , #USACE, @USAGBavaria, the German construction authority and other project p…

Low-head dams can be dangerous for waterway users. They are hard to identify and can cause harm if you end up caught in their current. Locate low-head dams near you and learn more: https://t.co/6bo3k0pM4a #damsafety https://t.co/maYwiOm0Pu

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News Releases

Archive: April, 2020

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29 Apr 2020
PUBLICATION NOTICE: Laboratory Characterization of Rapid-Setting Flowable Fill
Abstract: Utility Fill One-Step 750® is a rapid-setting flowable fill product that has previously been validated in numerous full-scale demonstrations as an expedient backfill solution for Rapid Airfield Damage Recovery. Although the field performance of Utility Fill One-Step 750® has been extensively documented, a full laboratory characterization has not been conducted. This report analyzes and documents results from several laboratory tests conducted at two water to-product ratios. The tests conducted are based on the suite of tests that make up the triservice spall repair certification program used for rapid-setting concrete products. Tests include strength and set time-related properties, typical parameter control tests for concrete, and tests to determine the mineralogy and chemical makeup of the material. Long-term expansion and contraction properties were also tested. The data presented herein are intended to provide an overall assessment of Utility Fill One-Step 750® and to provide reasonable estimates of various design parameters. The results can be used as a basis for the future development of a formal laboratory certification protocol to down-select other rapid-setting flowable fill products for further evaluation.
29 Apr 2020
PUBLICATION NOTICE: Application of Chirp Acoustic Sub-Bottom Data in Riverine Environments: Identification of Underlying Rocky Hazards at Cape Girardeau, Missouri, and Thebes, Illinois
NOTE: A revised version of the report MRG&P Report No. 31 has been published. While the link below remains valid, the PDF attached to the record is new. It is now 47 pages instead of 45 pages after the changes made. Please update your records as needed.
29 Apr 2020
PUBLICATION NOTICE: Lake Providence to Old River Geomorphology Assessment
Abstract: This report integrates information from previous geomorphic studies coupled with new analysis to provide a comprehensive geomorphic characterization of the Lake Providence (River Mile [RM] 487.2 Above Head of Passes [AHP]) to Old River Control Complex, (RM 317 AHP) reach from the early-1800s to present. Individual components of this study included the following: historical geomorphic studies, development of an events timeline, specific gage records, stage and flow duration trends, trends in water surface slopes, bed material studies, suspended sediment data, channel geometry data, and effects of channel improvement features (cutoffs, dike, revetment, and dredging). These individual assessments were consolidated to develop an overall assessment of how the study reach has evolved since the early-1800s.
29 Apr 2020
Hurricane Risk Reduction Measures coming to the Rockaways
The U.S. Army Corps of Engineers, New York District announces the first contract award for the East Rockaway Inlet to Rockaway Inlet and Jamaica Bay, New York Coastal Storm Risk Reduction Project. This is the first of several contracts that will provide nearly $600 million in federal investment for the construction of storm risk reduction infrastructure on both the Atlantic Ocean shoreline and the Jamaica Bay shoreline of the Rockaway Peninsula.