@DanieIEmery@CJM_1878 As someone who watched Trafford week in week out for Burnley, he’s absolutely miles off being England number 1, Nevermind a regular premier league starter. He can’t command his box, average with the ball at his feet, extremely arrogant and doesn’t have the ability to back it up.
This is very clearly Kane’s team, every single squad decision was made with him in mind. Tuchel understands what he has far better than Southgate ever did.
Burnley and Blackburn fans were spotted together in Little Rock during a stopover on their journey to Dallas for England’s opening World Cup match.
They’ve decided to put their rivalries on hold whilst on international duty… 🏴🤝
His predecessor, Gareth Southgate, was accused of being too cautious. Tuchel today is anything but. He makes a triple change. Saka for Madueke and Rashford for Gordon are like for like, Rogers for Rice definitely is not. -@Marcotti
So, jokes aside, to understand why the heat is worse in the UK than say Arizona for example, the answer is quite long...
First it's the Humidity, it's far higher here.
The UK's island location and prevailing south-westerly winds bring moist sea air, so heatwaves are often humid rather than dry.
In contrast, many of the hottest US states (e.g., Arizona, Nevada, New Mexico) have dry desert heat where sweat evaporates quickly, so you actually feel cooler despite higher temperatures.
Even humid US regions (like the Southeast) usually have widespread air conditioning to offset it.
Second, the buildings and Infrastructure that we have all are designed to Trap Heat, not Release It.
UK homes are built for cold, damp winters: thick brick/stone walls, heavy insulation, small windows, and designs that retain warmth.
During a heatwave, they turn into ovens, solar gain through windows builds up, and there is poor ventilation or passive cooling features like overhangs, shutters, or light-coloured roofs.
Plus, poor air conditioning: Only about 5% of UK homes have AC (vs. ~90% in the US).
It's not standard because it's rarely needed most of the year, but during spikes it's a nightmare.
Also, retrofitting is expensive and tricky in old terraced houses or listed buildings.
This extended to public transport, schools, offices, and even hospitals as they often lack cooling.
Finally, most importantly, we have zero acclimatisation.
Meaning it's just as hot at night as it is during the day.
Britons aren't physiologically or culturally used to sustained heat.
We're properly white!
So, a sudden jump from typical UK summer temps feels extreme, and the body struggles more without gradual adaptation.
Heatwaves often bring "tropical nights" (temps staying above 20 °C), so homes don't cool down overnight.
You can't sleep, recover, or anything which just compounds fatigue, dehydration, etc.
Drier US heat often cools significantly at night.
That is all topped up with the fact that we have longer summer daylight at the UK's higher latitude meaning more hours of solar heating.
Hope this long explanation that no one wanted clears this right up...
So, jokes aside, to understand why the heat is worse in the UK than say Arizona for example, the answer is quite long...
First it's the Humidity, it's far higher here.
The UK's island location and prevailing south-westerly winds bring moist sea air, so heatwaves are often humid rather than dry.
In contrast, many of the hottest US states (e.g., Arizona, Nevada, New Mexico) have dry desert heat where sweat evaporates quickly, so you actually feel cooler despite higher temperatures.
Even humid US regions (like the Southeast) usually have widespread air conditioning to offset it.
Second, the buildings and Infrastructure that we have all are designed to Trap Heat, not Release It.
UK homes are built for cold, damp winters: thick brick/stone walls, heavy insulation, small windows, and designs that retain warmth.
During a heatwave, they turn into ovens, solar gain through windows builds up, and there is poor ventilation or passive cooling features like overhangs, shutters, or light-coloured roofs.
Plus, poor air conditioning: Only about 5% of UK homes have AC (vs. ~90% in the US).
It's not standard because it's rarely needed most of the year, but during spikes it's a nightmare.
Also, retrofitting is expensive and tricky in old terraced houses or listed buildings.
This extended to public transport, schools, offices, and even hospitals as they often lack cooling.
Finally, most importantly, we have zero acclimatisation.
Meaning it's just as hot at night as it is during the day.
Britons aren't physiologically or culturally used to sustained heat.
We're properly white!
So, a sudden jump from typical UK summer temps feels extreme, and the body struggles more without gradual adaptation.
Heatwaves often bring "tropical nights" (temps staying above 20 °C), so homes don't cool down overnight.
You can't sleep, recover, or anything which just compounds fatigue, dehydration, etc.
Drier US heat often cools significantly at night.
That is all topped up with the fact that we have longer summer daylight at the UK's higher latitude meaning more hours of solar heating.
Hope this long explanation that no one wanted clears this right up...