Pupils across England face the prospect of significant 'lost learning' due to the crippling impact of extreme weather on school environments. Research commissioned by the Department for Education paints a stark picture of the climate crisis's disruption to the education system.
The study draws on analysis from the Met Office and University College London, highlighting alarming projections: without adaptation measures like improved ventilation, classrooms could become too hot for effective teaching, resulting in over eight days' lost learning per year by 2050. Moreover, nearly a third of secondary schools and one in five primary schools are at high risk of flooding – defined as a one in 30 chance each year.
Warmer temperatures, even without extreme levels, could diminish students' ability to learn throughout the academic year. The report suggests that, without adaptation measures, pupils could lose an average of up to 12 days' learning annually due to these conditions. While these figures are averages based on emerging evidence and should be considered indicative at this stage, they underscore the urgent need for action.
Leading school leaders have voiced serious concerns about the immediate need to rebuild and refurbish classrooms and buildings not designed for increasingly extreme weather. Paul Whiteman, General Secretary of the National Association of Head Teachers, highlighted potential health risks and difficulties in concentrating on studies due to unsuitable learning environments. Daniel Kebede, General Secretary of the National Education Union, stressed making the education system more resilient to climate change impacts.
The government acknowledges the challenges, stating that climate change is a universal issue and that action is being taken to understand its impact on education. A spokesperson confirmed an investment of almost £20 billion by 2034-35 in rebuilding schools across England as part of the 10-year infrastructure strategy – aiming for 'schools for the future' that are net-zero carbon in operation and designed to withstand climate risks.