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Humans inhabit hot climates, both dry and humid, and have done so for millions of years. Selective use of clothing and technological inventions such as air conditioning allows humans to live in hot climates. One example is the Chaamba, who live in the Sahara Desert. They wear clothing that traps air in between skin and the clothes, preventing ...
Hot cognition was initially proposed in 1963 by Robert P. Abelson. The idea became popular in the 1960s and the 1970s. An example of a biased decision caused by hot cognition would be a juror disregarding evidence because of an attraction to the defendant. [1] Decision making with cold cognition is more likely to involve logic and critical ...
The term disclimax was used in-context by Clements (1936), and despite being an anthropogenic phenomenon which prevents the facilitation and succession to a true climax community, it is one of the only examples of climax that can be observed in nature. [8] [9]
Cold-sensitive thermoreceptors give rise to the sensations of cooling, cold and freshness. In the cornea cold receptors are thought to respond with an increase in firing rate to cooling produced by evaporation of lacrimal fluid 'tears' and thereby to elicit a blink reflex [citation needed]. Other thermoreceptors will react to opposite triggers ...
“Hot water, like cold water, can be uncomfortable and promote burns,” Malin says. “Temperature in many studies tends to be near 104 degrees Fahrenheit, but going well above that should be ...
The height the men attained when jumping was lower after a cold soak than a hot one. There was no difference in muscle soreness whether the men soaked in cold or hot water.
Other cultures have developed different naturalistic disease theories. One specific example lies in Latin cultures, which place "hot" or "cold" classifications on things like food, drink, and environmental conditions. They believe that the combination of hot and cold substances will cause an unbalanced system that leads to disease.
Thermoregulation is the ability of an organism to keep its body temperature within certain boundaries, even when the surrounding temperature is very different. A thermoconforming organism, by contrast, simply adopts the surrounding temperature as its own body temperature, thus avoiding the need for internal thermoregulation.