a baromometer
Wind Height
The temperature of the air high above the ground can vary significantly depending on factors such as altitude and weather conditions. However, in general, temperatures tend to decrease with altitude, so it is likely that the temperature of the air high above the ground would be below 0 degrees Celsius.
Weather balloons fly in the stratosphere layer of the atmosphere, typically reaching altitudes of around 20-30 km. This layer is above the troposphere where most weather occurs, allowing weather balloons to collect data on temperature, humidity, and atmospheric pressure.
A weather balloon is something that people who study weather send up into the air to learn more about weather and find weather patterns.
Conduction in weather terms refers to the transfer of heat through direct contact between a surface and the air above it. For example, during the day, the ground absorbs solar radiation and heats up, then warms the air in contact with it. At night, the ground cools down and can transfer heat to the air above it, creating temperature changes.
Meteorologists of the National Weather Service collect data from satellites, instruments attached to weather balloons, and radar. This info. is used to describe weather conditions in the atmosphere above Earth's surface.
Only for a very short time. Recorded weather readings are taken at a height of 5 feet above the ground. If the ground has been frozen, the air temperature at ground level will be a few degrees cooler than the official temperature. It is not unusual for snow to remain for days or even weeks in shaded areas when the air temperature is well above freezing during the afternoons but near or below freezing at night.
less
Where air planes fly, the temperature is below freezing.
Warm weather 10 degrees and above
ground temperature below freezing, and air temperature slightly above freezing.
The temperature six feet underground remains relatively constant and hovers around 50 to 60 degrees Fahrenheit in most regions. This is because the ground acts as insulation, preventing drastic fluctuations in temperature despite changes in weather conditions above ground.