Students Seed 90,000 Shellfish in Three Mile Harbor

The East Hampton Middle School project aims to improve local water quality through natural filtration.

Updated on Oct. 29, 2026 in Environmental

Students Seed 90,000 Shellfish in Three Mile Harbor

Live Poll

Should local community members lead efforts to maintain and restore the environment in their area?

On October 7, 2026, students from the East Hampton Middle School Surfrider Club seeded 90,000 shellfish into Three Mile Harbor to restore the local ecosystem. The group used kayaks and paddleboards to distribute 80,000 hard clams and 10,000 oysters.

Why it matters

By introducing these filter feeders, the students aim to reduce excess algae and particulate matter to foster better conditions for native vegetation like eelgrass. This initiative highlights the ecological impact of active community-led restoration efforts.

A single mature oyster can filter up to 50 gallons of water daily, while a hard clam filters up to 24 gallons. These metrics illustrate the potential impact of the 90,000 shellfish added to the local Three Mile Harbor ecosystem.

The players

East Hampton Middle School Surfrider Club

This student organization focuses on environmental stewardship and local coastal restoration.

East Hampton Shellfish Hatchery

This facility provides the biological resources and expertise necessary for regional shellfish restoration efforts.

East Hampton Town Trustees

This local governing body manages town lands and water resources, including the oversight of restoration projects in Three Mile Harbor.

The details

Partnering with the East Hampton Shellfish Hatchery, students manually distributed the bivalves across the harbor. The project results were formally presented to the East Hampton Town Trustees on October 29, 2026.

October 7, 2026: Students conducted the seeding of 90,000 shellfish.
October 29, 2026: Students presented project findings to local town trustees.

The Big Picture

This project aligns with the methodologies established by the East Hampton Shellfish Hatchery to address environmental degradation. It shifts the focus from passive observation to active, student-led ecological intervention in coastal waters.

The success of this seeding could lead to improved water clarity and more robust eelgrass populations, which provide essential habitat for local marine life. Over time, these efforts may contribute to healthier recreational and fishing waters for the East Hampton community.

The takeaway

Community-led restoration projects demonstrate how targeted ecological interventions can address local environmental challenges. Residents can support these efforts by advocating for sustainable coastal management policies in their own towns.