No doubt, I’ll be accused of tasteless, insensitive, gloating but haven’t we had it for centuries, southern commentators, comedians gloating about ‘chilly jockoland?’ Karma coming?

In the Guardian today:

Heatwaves are becoming the norm. This is what Britain will look like in the year 2052 – f you think the temperature uncomfortable today, let me take you to the last day of July 2052, the rays of the climbing sun reveal a city still sweltering in the residual heat of the day before. From the air, London resembles a colossal refugee camp. Streets, gardens and parks are teeming with tents and cobbled-together shelters, within which the city’s residents have spent another uncomfortable night away from the heat traps that their houses and flats have become. After six days when the temperature peaked at about 40C, another scorcher is on the way.

https://www.theguardian.com/commentisfree/2026/may/26/heatwaves-britain-2052-sleep-hot-houses-water-climate

No surprise to you, I’m sure, but no informative references to how this might vary across the UK, certainly not to Scotland.

Grok – To what extent will this vary in Northern Britain including Scotland – https://www.theguardian.com/commentisfree/2026/may/26/heatwaves-britain-2052-sleep-hot-houses-water-climate?

The impacts described in the article—prolonged extreme heat making homes uninhabitable at night, water shortages, food supply strains, power disruptions, and health crises—will occur to a meaningfully lesser extent in Northern Britain (including Northern England and Scotland) compared to the south-east of England, though they will not be absent. Northern regions will face milder temperature extremes, different precipitation patterns, and somewhat lower vulnerability overall, but adaptation challenges remain significant.

Temperature and Heatwave DifferencesThe article envisions ~40°C peaks and nights staying above 29°C in London, which is plausible but far less likely in the north by the 2050s.

• UK-wide warming: All regions will warm, with greater increases in summer than winter. Southern and eastern England (especially London/SE) will see the largest rises in mean and extreme temperatures. Northern areas, including Scotland, warm less in absolute terms.
• Extremes: Heatwaves will become more frequent, longer, and hotter UK-wide due to climate change. However, peak temperatures and the intensity of multi-day events will be lower in the north. Scotland and northern England are projected to experience fewer days exceeding damaging thresholds, with return periods for extreme heat longer than in the south. For example, projections show notable increases in heatwave days in places like the Glasgow area by the 2050s, but far less severe than in southern England.
• Nighttime cooling: Northern latitudes and often cloudier/windier conditions aid more nighttime relief than in the south-east, reducing the “hot houses” problem (though poor insulation remains a nationwide issue).

Regional heatwave thresholds already reflect this: ~25°C for much of northern/western Britain vs. 28°C in parts of the south-east.

Water, Drought, and Flooding

• The article highlights south-east England drought and water rationing (a region already water-stressed with high demand). Northern Britain, including much of Scotland, generally has higher rainfall and more reliable water resources.
• Projections indicate drier summers (more pronounced in the south) but wetter winters overall, with more intense rainfall events leading to flooding risks everywhere. Northern areas may see less severe summer water deficits. metoffice.gov.uk
• Scotland benefits from more plentiful freshwater sources, though management, infrastructure, and occasional dry spells will still pose challenges.

Other Impacts (Food, Power, Health)

• Food and economy: UK-wide issues like failed harvests and import disruptions will affect the north similarly in terms of prices and availability. Northern agriculture (e.g., different crops, livestock) may face its own shifts but could have some resilience advantages in wetter conditions.
• Power and infrastructure: Transmission problems during heat will be national, but northern grids and cooler baselines may see marginally less strain.
• Health: Heat-related mortality will rise UK-wide, but baseline rates and increases are lower in cooler northern regions like Scotland (historically fewer heat deaths). Vulnerable groups (elderly, urban populations) will still be at risk during rarer extremes.

Key Caveats and Adaptation

• Urban vs. rural: Cities anywhere (e.g., Glasgow, Manchester, Edinburgh, Newcastle) will amplify heat via the urban heat island effect, though less extremely than London.
• Variability: Under high-emissions scenarios, outliers are possible, and the article’s scenario is framed as feasible (if extreme) for the south. Northern impacts grow with global warming levels.
• Adaptation needs: Nationwide priorities like better building insulation (for both heat and cold), water management, renewable energy with storage, and local food production apply everywhere. The north may require less aggressive cooling infrastructure but more focus on flooding and changing rainfall. theccc.org.uk

In summary, Northern Britain will experience a moderated version of the article’s 2052 scenario: more frequent warm spells and hot days (e.g., 30°C+ becoming less rare), summer drying, and associated stresses, but with lower peak intensities, better nighttime cooling, and fewer water crises than the south-east. The gap reflects existing north-south climate gradients that persist under warming. Proactive adaptation can reduce risks across the UK. For detailed local projections, resources like the Met Office’s UKCP18 are excellent.