How much does elevation change temperature

Neither of these should be considered precise, nor interchangeable. Thank you very much.. Factors that would affect it include dept, source of the water, and probably to the least extent, outside air temperature.

Your conversion of 2 degrees C per m must be wrong. And that is of course reduced in say cloud or snow. So I agree with all you say, but just wanted to correct you on your Celsius calculation, which I would suggest should be 10c per m or 1c per m. Looking it over, that does seem to be more accurate although I see other estimations out there too. You are commenting using your WordPress. You are commenting using your Google account. You are commenting using your Twitter account.

You are commenting using your Facebook account. Notify me of new comments via email. Notify me of new posts via email. This site uses Akismet to reduce spam. Learn how your comment data is processed. Look up the weather forecast Obviously, you need a base to go on. Determine the elevation of reference for the forecast.

Do the math You will lose an average 3. Factors that affect your actual temperature Some factors change the actual value of these calculations. Equation 3. Share this: Twitter Facebook Email Pinterest.

Like this: Like Loading Backpacking Pack List 3 season. I feel like I learn something from you every day. This is great! You can expect a roughly 6 degree F difference per km that you climb. You can expect about Sorry, I do not. Weather in the upper troposphere tends to be colder, windier and wetter than at lower elevations.

The upper layers of the atmosphere reflect much of the sun's energy back into space, but the energy that isn't reflected reaches the ground and heats it. This heat is absorbed by the air at ground level, and temperatures are highest there.

As the elevation increases, the temperature drops at an average rate of 3. The temperature at an elevation of 25, feet 7, meters is, on average, 90 F 50 C colder than at sea level, which is why mountain climbers need so much cold-weather gear. Warm air is lighter than cold air, so the air at ground level tends to rise, displacing the cold air at higher elevations, which falls. This creates convection currents throughout the troposphere, and they are more predominant at higher elevations, where the air is less dense and can move more freely.

Consequently, winds are stronger at higher elevations. Colder temperatures at higher elevations also create precipitation, because cold air can't hold as much moisture as warm air. At higher altitudes it is relatively harder to retain this energy as more heat is lost to space.

Sign up for our email newsletter. Already a subscriber? Sign in. Thanks for reading Scientific American. Create your free account or Sign in to continue. As the pressure decreases, air molecules spread out further i. Want to get a bit deeper into the weeds? But will it be warm enough down there? Of course! Sit in the sun after a nice day on the hill, and this is the scientifically perfect temperature to enjoy an outdoor beverage. Just remember that temperature changes 5.

There is a formula to determine temperature change with altitude called the temperature altitude equation.