humidity

That was far preferable to me than the NY area in the high 80s with high humidity.

To add to that, every day the temps are in the mid 90s with 50% humidity. It's been miserable but a good learning experience.

That said, there is one issue with breadboard ends: the long boards will shrink and grow in width with humidity changes over the seasons by 1/4" or more. Lumber only changes in width, not in length.

I'm not sure if others have experienced this, but my brain doesn't function very well in tropical heat and humidity. It just seems to slow down, and mental games don't seem as interesting.

Your humidity and temperature cycles will be different than they were back in Shenzhen. Your ambient dust level will be different.

Especially if humidity levels would be lower than normal.

The humidity makes it hotter in MS. My life changing moment was taking a Greyhound to Wisconsin with $1,000 and starting my life over. Afterwards, I moved from place to place knowing I could make it where ever I ventured to.

"Oh, it's missing smells, humidity, air pressure and breeze so we used environmental cues during 'restoration'" A lovely piece of footage.

The heat and humidity mean that it's simply not enjoyable to hang out in the sun. You can't enjoy long walks or bicycle rides here without getting drenched in sweat.

Don't have the time to fix it because you work 12 hours a day because you have no alternative, so now your house get a humidity problem and you can't realistically do anything about it. A phone is peanuts in comparison to the things that really matter.

From a moisture management perspective, you also win as cold air has a lower absolute humidity, that is, the quantity of water it can hold is lower. Heating cold humid air reduces the relative humidity, allowing walls and surfaces to dry out.

My father in law is a portly fellow and insisted we move it ourselves, but I instead paid exactly 300 dollars to have it moved the 14 miles from Exeter to Lee. We let it adjust to the humidity in our house for a half a year, and then we paid exactly 175 dollars to have it tuned. As subjective as this is, the man who tuned it said "it was a D and now it is a B".

One of the most important fact form this article which is likely to be overlooked is : "the Prineville facility runs at 85°F with a 65 percent relative humidity". Running at such a high humidity + Temp combination is impressive esp when you look at the money saved in environmental costs.

For what it's worth, air with low humidity can be pretty damaging. Lots of materials would become excessively brittle at very low humidities, causing them to break easily. This interesting white paper [1] suggests that, for most materials, the optimal humidity is between 40-60%.

This provides a host of benefits, notably in terms of durability and improved health thanks to increased insulation from humidity. With the collapse of the Roman Empire, European housebuilding went back to starch roofs - which in addition to be a poor way to protect yourself from rain or humidity can be a breeding ground for diseases and pests.

I'm going from memory here, but I recall that in things like the common cold and influenza, the viral proteins have specific humidity, pH, and temperature requirements in order to dock with receptors in just the right part of the airway in order to maximize infection. You don't get that without significant evolutionary pressure which as far as I can tell is totally absent in the current environment.

Prior to that date, the clear chamber and plunger were made of a very special high humidity and temperature resistant polycarbonate. Polycarbonate does not contain phthalates but it does contain BPA. Even though the FDA and other governmental agencies around the world approve polycarbonate for use in contact with food, we had an independent lab test coffee brewed in a well used AeroPress to determine how much, if any, BPA leaches into coffee brewed in a polycarbonate AeroPress.

Poor humidity and temperature control takes its toll on them, the soundboard wears out, the tuning pegs wear out, all of that felt most definitely ages and wears out and stiffens, they're full of moving parts, and even letting them get too far out of tune will damage them long-term. Most of those eighty-year-old instruments really aren't worth keeping, and if you want your instrument to live to be eighty in good condition you need to budget for ongoing maintenance, and then eventually get the thing torn down and rebuilt.

Whether or not 29°C can be considered a "comfortable temperature", even with fans, depends a lot on other factors, the most important of which is humidity. 29°C at 30% humidity is very different from 29°C at 90% humidity. The former is common in Europe and the American West. The latter is much more common in the Southeast, as well as the majority of newly industrialized countries such as China and India. Try installing a radiant cooling system in one of those hot & humid places. See all that condensation on the walls? That's a recipe for explosive mold growth. All the fans in the world will not make that pesky H2O go away, since the air is already oversaturated with it. People can tolerate a lot of heat with nothing but a paper fan, but there's no alternative to a good ol' electron-guzzling compressor when it comes to humidity control.