A new project in Hesketh Out Marsh near Preston, UK, helps protect property and nearby infrastructure from flooding while creating an internationally important estuary for wildlife. CH2M provided modelling and detailed engineering design.
Kleinfelder completed a coastal resiliency plan for the City of Boston that focuses on mitigating flood risk in East Boston and Charlestown, two sections of Boston that are considered to be at greatest risk of dangerous flooding as a result of rising sea levels.
It’s been five years since Hurricane Sandy made history as the largest Atlantic hurricane on record when it made landfall near Brigantine, N.J., on Oct. 29, 2012. With wind gusts in excess of 75 miles per hour and storm surge that inundated much of the New York and New Jersey coasts, the storm killed more than 100 Americans and caused more than $50 billion in damages.
The full range of coastal concerns will be up for discussion at the upcoming National Coastal Conference, with more than 180 speakers addressing an array of issues during the three-day event.
Arcadis was selected as Engineer of Record for the Federal Emergency Management Agency (FEMA) flood protection multiphase design of New York City’s East Side Coastal Resiliency (ESCR) Project in the borough of Manhattan.
A newly released report examines how flooding and recent changes to the federal flood insurance program are impacting rural Pennsylvania in unique ways.
As Tropical Storm Harvey continues to bring historic rainfall to east Texas, U.S. Geological Survey (USGS) crews are navigating the floodwaters by truck and boat to make streamflow measurements that will help determine the depth and extent of the catastrophic flooding now underway.
A $48 million infrastructure upgrade added more than three miles of storm sewers, installed hundreds of catch basins, replaced existing water mains, and included the largest ever expansion of the Bluebelt system.
New projections from the U.S. Geological Survey (USGS) indicate Hurricane Harvey is likely to cause significant beach erosion along the Texas coastline, with water overtopping dunes and in some cases inundating areas.