Je pravedpodobne ze populace Indie je o 50-70M nizsi nez puvodne odhadovano a Ciny o 150M nizsi

China and India have fewer people than the U.N. thinks | The Japan Times
https://www.japantimes.co.jp/opinion/2023/06/04/commentary/world-commentary/china-india-populations/

SHEFIK: Jestli to budou prodavat za 100 Kc / 20 m2 v kazdem hobby marketu a vydrzi to alespon 10 let teploty - 20/+ 50 °C a bude to UV stale, tak se to asi prodavat bude.
Jenom mas smulu, ze velka cast budov je v pamatkove chranenych zonach.

DZODZO: sem posledni byt pod strechou a izolace v tuhle chvili nic moc

Ale to je asi specialni pripad, pro izolovany domy a nizsi patra tohle nema smysl resit

SHEFIK: jako ze by si v zime od strechy vyhrieval barak? lebo vsak teplo stupa nahor, takze barak by to asi moc nevyhrialo, leda ze by si tam mal spraveny nejaky okruh co by tu strechu chladil a to teplo vysalal napr. v podlahovke

SEJDA: ted nevim, jestli je to chytak, ale imho celej ten princip spociva v odrazovosti posledni vrsty a tam je to dany barvou.

...jen si rikam jestli to v zime naopak neda vic co2 za topeni pri slunecnejch dnech... to aby si clovek vzal na kazdy rozhodnuti kvantovej pocitac

SHEFIK: nevis jestli vice odrazi palena taska anebo ochranna vrstvicka na antracitovem plechu? :)

TADEAS: chapu, ja myslel spis ex-post :) kdyz proste vezmu do ruky barvu z obi a stetku na nase svj.

SHEFIK: stavebni urad ti rekne co se jim nelibi

XCHAOS: ta boure nevznikla v atlantiku. Ale rekneme, ze od atlantiku se hnal vitr chladnejsi vzduch pres alpy, jak klesal k Mnichovu zacal tlacit horky vzduch a tam zacaly vznikat boure. Nez boure usla 70 km mela 4x vetsi prumer.
Druhy smer, na Severu Nemecka zacal casove drive a nabral silu nad Francii, a pres Belgii se stocil k Berlinu.
Tentokrat to sbiralo silu ne nad morem ale az nad pevninou.

TADEAS:

Overall, the team, comprised of scientists from Southampton, Sheffield and Bangor universities, as well as Rothamsted Research, looked at two lake ecosystems and two forests, using computer models with 70,000 adjustments of variables. They found that up to 15% of collapses occurred as a result of new stresses or extreme events, even while the primary stress was maintained at a constant level. The lesson they learned was that even if one part of an ecosystem is managed sustainably, new stresses such as global warming and extreme weather events could tip the balance towards a collapse.

While the scope of the study was limited, the authors said the results showed the need for policymakers to act with more urgency.

“Previous studies of ecological tipping points suggest significant social and economic costs from the second half of the 21st century onwards. Our findings suggest the potential for these costs to occur much sooner,” the co-author Prof John Dearing noted.