Re your comparison (Pat), it is surprising just where places with very different climates, are, relatively to each other by latitude.
The British Isles' moderately high latitudes are level with many regions extremely cold in Winter but hot in Summers. The difference is by our surrounding sea, the NE corner of the Atlantic, so mild "maritime" temperate climate.
Much of that is from the North Atlantic Drift as I believe the Gulf Stream is now called; also keeping the Norwegian coast largely ice-free. We are also influenced by the extent of land not far from our Eastern and Southern coasts; giving us cold, dry Easterly winds in Winter, and sometimes areas of hot air from the South in Summer. As we've just seen.
Also, continents tend to have greater spans of climate than do islands, with wider temperature extremes.
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The typical response to climate in British housing developed over the centuries as:
– Steeply-pitched roofs, shedding rain and snow easily.
– Open coal fires in most rooms, until well into the 20C – and making homes very draughty.
– The "range" : open fireplace between integral water-heating tank, and an oven. Their modern equivalent is the oil- or gas- fired Aga or Rayburn.
– In the 20C: central-heating, circulating water through a "boiler" using coal/coke, gas or oil. Many were "back boilers", forming the back of an open fireplace; with a central flue controlled by a damper.
– Central-heating systems with "indirect" heating tanks for the hot tap water. The tank contains a coiled tube carrying the central-heating water, heating the surrounding water topped up from a header tank often in the roof space above the hot tank. An electric immersion-heater with thermostat, augments the heat-exchanger; especially when the central-heating is off anyway.
– Solid-fuel fires now usually are just "features"; replaced typically by a gas-fired "combination boiler". This both heats the closed-circuit central-heating water; and by separate, mains-fed heat exchanger, the hot-tap water on demand, no storage. (Some homes use electrically-heated "instant" showers).
– Future? The UK government hopes for all-electric homes, with air-source heat-pumps (also needing indirect hot tank with immersion-heater), and battery-car chargers. Possible for new homes, not for vast numbers of existing ones. Hydrogen? The manufacturers are already making new boilers easily adjusted from fully natural-gas to blend and eventually, only hydrogen.
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The boiler is rarely in a "basement". It is fairly compact, usually in the kitchen or a utility-room. (Mine is on the kitchen wall above the work-top, a very common practice.)
Most UK homes have no basement, but a few exploit a slope for useable space below the ground floor. Many 18-19C town houses were built with cellars, providing coal stores fed through an external hatch. The occupants had to lug buckets of coal up the internal stairs to the fireplaces.
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The other big 20C developments were:
– Insulating the loft, the home's largest heat loser. Some houses also have their external brick wall cavities filled with plastic foam insulation.
– Double glazing. The single-layer windows were the second biggest heat drain. Very cold Winter countries typically use triple-glazing.
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I do not know if any homes in the UK use circulated hot-air heating, American style. Some might, but it is rare.
Most British homes have mains water and electricity – a few remote rural ones have private water bore-holes. However, unlike in towns, they commonly use overhead electricity lines vulnerable to storm damage possibly taking some days to restore if widespread and the roads are blocked.
Many rural homes have no gas mains so use oil or LPG.
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The allegedly-bucolic "off-grid" existence? "Grid" here describes the primary, interconnected distribution systems of electricity and gas, and to some extent water. The suppliers use "network" for the end systems.
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Time will tell if right or wrong on climate change (not "global warming" though that temperature rise indicates the vast accumulation of heat). It needs governments to be guided by scientists and engineers, but without the ugly politicising and money-grubbing with which it has become too widely larded.
Nor can it solved in only a few years, despite strident campaigns. Or without risking consequences perhaps not yet realised.
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Natural climate cycles occur, by forces far more than mere 11-year sunspot cycles. No-one denies that; nor suggests that ripples like the Roman warmer, and 18C cooler, episodes cover it all. The major cycles are so slow in our terms, it is easy to cite ripples. Scientific consensus is that "we" are over-riding what ought be very slow overall but ripply, warming. Nature does not use mathematical regularity, but leaves traces of larger pictures over longer times.
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What is happening now was predicted about 100 years ago!
The scientists could use only contemporary population and coal consumption; putting their danger point far enough ahead to ignore, or to label "pending". We were "taming" Nature then; not being part of it but not right good for it.
(Reported in ME some time ago, last year maybe, after somebody found a Press cutting about it.)
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Who mentioned "earthquakes" ? Not strictly relevant here; but earthquakes are very common in Britain. Most are too small to be noticeable but show on seismographs.