The Environment Agency has confirmed that the main flood bottleneck in Worksop town centre cannot be removed, raising questions about the town's long-term flood resilience.

Culvert Trapped Under Buildings

The culvert running beneath Bridge Street has been identified as the primary flow restriction on the River Ryton as it passes through central Worksop. However, the EA has stated that removing or enlarging the culvert is not feasible because commercial units and a road are built directly above it.

The revelation, published on the EA's Bassetlaw flood engagement portal, means that the single biggest structural cause of flood risk in the town centre has effectively been declared unfixable with current infrastructure in place.

Dredging Also Ruled Out

The EA has also confirmed that dredging the River Ryton is "not viable" as a flood management approach for Worksop. Dredging is often suggested by residents as a straightforward solution, but the agency says it would provide only temporary benefit and could cause environmental damage.

What Is Being Done Instead

The EA is pursuing alternative flood mitigation measures for the Worksop area. Active projects include:

  • River Ryton Natural Flood Management upstream of the town
  • Worksop hydrological modelling to better understand flood pathways
  • Carr Dyke Options Assessment for localised drainage improvements
  • Retford Beck Culvert Replacement in neighbouring Retford

The agency is targeting business case development in 2026, after which it can procure construction contracts for the most promising schemes.

Residents Left Exposed

Properties and businesses near Bridge Street remain vulnerable to flooding during heavy rainfall events. The River Ryton last caused significant flooding in Worksop in 2007, when hundreds of homes and businesses were affected across the town.

Residents concerned about flood risk can check their property's risk level on the government's flood information service at check-for-flooding.service.gov.uk and sign up for free flood warnings.