Sweating is an example of evaporative cooling, but the fancy part of refrigeration and heat pumps is the compressor, which does work on the coolant that results in the coolant moving heat from a colder part of the loop to a warmer part of the loop.
Sweating takes heat out of the skin, but in nature the water vapor then has to move all the way to somewhere cooler than body temperature before it will condense back into rain; if you follow the water cycle it’s moving heat from a hotter location to a cooler location.
I think the spirit of the original question was “is there a natural system that moves heat from a cool part of the world to a warmer part of the world?”
Sweating is an example of evaporative cooling, but the fancy part of refrigeration and heat pumps is the compressor, which does work on the coolant that results in the coolant moving heat from a colder part of the loop to a warmer part of the loop.
Sweating takes heat out of the skin, but in nature the water vapor then has to move all the way to somewhere cooler than body temperature before it will condense back into rain; if you follow the water cycle it’s moving heat from a hotter location to a cooler location.
I think the spirit of the original question was “is there a natural system that moves heat from a cool part of the world to a warmer part of the world?”