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  • Little Goose Dam navigation lock temporarily closed

    STARBUCK, Wash. – The U.S. Army Corps of Engineers, Walla Walla District, has temporarily closed the navigation lock at Little Goose Lock and Dam following an incident on the evening of June 2, involving a non-government vehicle on the facility’s bascule bridge.

  • USACE Employee Awarded for Adding Value to Projects

    Dale Hartmann, works for the U.S. Army Corps of Engineers Middle East District, received the 2025 Distinguished Service in Government Award for his advocacy of value engineering (VE). Hartmann’s leadership in the Center of Standardization for Nonpermanent Facilities (COS) resulted in over $20 million in savings, demonstrating the impact of VE in optimizing performance and resources through innovative solutions.

  • U.S. Army Corps of Engineers proclamation and key to the city

    Vicksburg, MS - The City of Vicksburg has officially designated June as U.S. Army Corps of Engineers

  • U.S. Army Corps of Engineers proclamation

    Vicksburg, MS - The City of Vicksburg has officially designated June as U.S. Army Corps of Engineers

  • Development of a Wave Model Component in the First Coupled Global Ensemble Forecast System at NOAA

    Abstract: We describe the development of the wave component in the first global-scale coupled operational forecast system using the Unified Forecasting System at NOAA, part of the U.S. National Weather Service operational forecasting suite. The operational implementation of the atmosphere–wave coupled Global Ensemble Forecast System, version 12, was a critical step in NOAA’s transition to the broader community-based UFS framework. GEFSv12 represents a significant advancement, extending forecast ranges and empowering the NWS to deliver advanced weather predictions with extended lead times for high-impact events. The integration of a coupled wave component with higher spatial and temporal resolution and optimized physics parameterizations enhanced forecast skill and predictability, particularly benefiting winter storm predictions of wave heights and peak wave periods. This endeavor encountered challenges addressed by the simultaneous development of new features that enhanced wave model forecast skill and product quality and facilitated by a team collaborating with NOAA’s operational forecasting centers. The GEFSv12 upgrade marks a pivotal shift in NOAA’s global forecasting capabilities, setting a new standard in wave prediction. We also describe the coupled GEFSv12-Wave component impacts on NOAA operational forecasts and ongoing experimental enhancements, which represent a substantial contribution to NOAA’s transition to the fully coupled UFS framework.

  • Wind Forcing, Source Term and Grid Optimization for Hurricane Wave Modelling in the Gulf of Mexico

    Abstract: This study evaluates the performance of WAVEWATCH III model driven by different wind forcing products and behavior of different parameterizations of the model’s source terms controlling energy input and dissipation and quadruplet wave-wave interactions during Hurricane Ida. We also compare the performance of the model configured on uniform unstructured and conventional non-uniform unstructured grids. Key findings show ECMWF-forecast and HRRR out-performed other products in capturing wind speeds relative to buoys, satellite and the revised Atlantic hurricane database observations. However, all products underestimated wind speeds above 20 m/s, with ECMWF and HRRR occasionally performing better for most wind speed values above 35 m/s relative to observations. The corresponding wave simulation results indicated Ida’s wave fields were better captured by model simulations with ECMWF and HRRR wind products, with biases of 2% against buoys in the Gulf of Mexico and 6% and 3% respectively against satellite data. We also highlighted limitations in bulk wave analysis by computing partial Hs and 1D spectra density differences between model and buoy for selected source terms. This reveals consistent overestimation at the lowest frequency bin and underestimation of the three higher frequency bins with a mix of negative and positive energy density difference across different frequencies.

  • A Healthier and More Resilient San Marcos River

    U.S. Army Corps of Engineers Fort Worth District and city of San Marcos officials led a ribbon-cutting ceremony at Bicentennial Park on May 21, celebrating the completion of the San Marcos River Aquatic Ecosystem Restoration Project.

  • Buffalo District Engineer Recognized as Hard Hat of the Year for Great Lakes and Ohio River Division

    (BUFFALO, N.Y.) June 3, 2025 – Each year, the U.S. Army Corps of Engineers honors excellence in engineering and construction through its prestigious Engineering and Construction Awards Program. Among the various categories recognizing leadership, performance, professional development and community support, the Hard Hat of the Year award celebrates outstanding achievement in construction contract administration management and oversight.

  • ORTC construction will reinforce readiness, lethality for troops rotating through USAG Bavaria

    Early signs of construction for the Operational Readiness Training Complex are becoming more visible each day at Grafenwoehr, Germany. As of April, utility lines have been laid and roads have been paved, outlining the first of many phases in a multi-year construction schedule. The ORTC will ultimately support a full brigade of Soldiers and equipment, meeting operational mission requirements and serving as a deterrent to adversaries while enhancing quality of life.

  • USACE Vicksburg District announces Feasibility Agreement with City of Batesville

    VICKSBURG, Miss. – The U.S. Army Corps of Engineers (USACE) Vicksburg District has entered into a Feasibility Agreement (FA) with the City of Batesville, Mississippi, as part of the Continuing Authorities Program (CAP). The signing ceremony was held at the Batesville Mounds Complex Museum on May 22, 2025, with Batesville Mayor, Hal Ferrell, and Vicksburg District Commander, Col. Jeremiah Gipson, both signing the FA.