The Government of Quebec announced on Wednesday that it will dismantle nine non‑essential dams across the province in an effort to restore waterways to their natural condition.

The decision targets structures identified as obsolete and no longer required for their original purposes. By removing these barriers, the province aims to allow rivers to flow without artificial impediments, improving the health of aquatic ecosystems.

Officials said the nine dams will be taken down in a coordinated programme that will begin later this year. The work will be carried out by provincial agencies responsible for water management and environmental protection, following standard safety and decommissioning procedures.

Quebec’s move aligns with a broader international trend in which governments and water authorities are reassessing aging dam infrastructure. Around the world, similar projects have been undertaken to address concerns about habitat disruption, sediment buildup and the loss of native fish populations caused by long‑standing dams.

While the announcement did not specify the exact locations of the dams, the focus is on structures that no longer serve critical functions such as hydro‑electric generation, flood control or water supply. Removing them is expected to enhance river connectivity, support biodiversity and potentially improve water quality.

The province’s environmental strategy includes monitoring the restored sections of river to assess ecological response. Data gathered will help guide future decisions about dam management and river restoration throughout Quebec.

The initiative reflects a growing recognition among policymakers that the ecological costs of maintaining outdated dams can outweigh their benefits. By prioritising natural river conditions, Quebec joins other jurisdictions that have chosen removal as a tool for ecosystem recovery.

The dismantling programme is scheduled to proceed over the coming months, with the government committing to transparent reporting on progress and outcomes as the project unfolds.