Oct 25, 2024, 6:40 PM
Oct 25, 2024, 6:40 PM

Queens completes flood protection project with new sewers and raised streets

Highlights
  • New York City completed the second phase of the Broad Channel Project in October 2024, focusing on flooding protection.
  • The project involved raising streets and installing new sewer systems, targeting low-lying areas vulnerable to climate change.
  • Residents are hopeful that the improvements will significantly reduce flooding issues and enhance community resilience.
Story

In October 2024, the city of New York announced the completion of the second phase of the Broad Channel Project in Queens, aiming to curb flooding aggravated by climate change. This project involved raising four streets and adding new sewer systems and catch basins to enhance drainage. The area is particularly vulnerable due to its low-lying geography, influenced by rising sea levels. The first phase of this initiative was completed in August 2020, and the total cost amounted to approximately $97 million, coming in under budget by nearly $4 million. Local officials are now considering utilizing the surplus funds to address further flooding issues in nearby blocks. Residents have previously experienced significant flooding, even during project construction, primarily due to their streets being built on marshland. The community had to frequently relocate vehicles in anticipation of high tides. With these recent enhancements, residents are hopeful that such flooding concerns will diminish, allowing for a more relaxed living environment. Notably, the project received recognition for its sustainability efforts through an Envision Verified Award, highlighting its commitment to addressing climate impact and improving community resilience. Public officials, like Assemblywoman Stacey Pheffer Amato, celebrated the project's completion, emphasizing the local investment and commitment to protecting the residents. This development is part of broader efforts across New York City to adapt to the ongoing challenges posed by climate change and increasingly severe weather events.

Opinions

You've reached the end