North-West England Declared Drought Zone; New Reservoirs Planned to Combat Water Crisis
May 29, 2025
Prolonged dry weather poses risks to wildlife, potentially leading to fish deaths and algal blooms due to low river levels.
United Utilities reported that reservoir levels are critically low, with the Carlisle reservoir at just 46.4%, down from 92.5% last year, while other reservoirs like Haweswater and Thirlmere are similarly affected.
Experts have noted that the extreme fluctuations between wet and dry periods are indicative of climate change's increasing impact on weather patterns.
Despite some recent rainfall, water levels remain critically low, prompting authorities to raise public awareness about the drought's potential impacts as summer approaches.
In response to the crisis, the government is expediting the planning approval process for new reservoirs, designating them as 'nationally significant' projects to address long-term water supply issues.
The Environment Agency is closely monitoring the situation and has indicated that hosepipe bans may be implemented, although the decision rests with individual water companies.
North-west England has been officially declared in drought due to alarmingly low water levels in reservoirs and rivers, following one of the driest springs on record.
Rainfall from February to April 2025 was the third lowest since 1871, significantly contributing to the ongoing drought conditions.
Plans are underway to construct nine new reservoirs by 2050, which could provide an additional 670 million liters of water per day across various regions, including Lincolnshire and Kent.
Officials have warned that without new reservoirs, the demand for drinking water could surpass supply by the mid-2030s, particularly impacting areas like Cambridge.
Residents are being advised to reduce water usage as river and reservoir levels have fallen below 60% capacity in the region.
Water Minister Emma Hardy has warned that without the construction of new reservoirs, Britain may face potential water rationing in the near future.
Summary based on 5 sources