METEOROLOGY – CLOUD & VIIBILITY CALCULATOR Cloud Top Height A precise tool.
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What is the Cloud Top Height & How does it work?
Cloud top height can be estimated from the infrared (IR) temperature of the clouds. This method is based on the principle that colder temperatures correspond to higher altitudes in the atmosphere.
The relationship between cloud top height and IR temperature can be described by the formula: [ h = a cdot T_{ir} + b ], where
h
h = cloud top height (meters)
,
T_{ir}
T_{ir} = IR temperature (Kelvin)
, and ( a ) and ( b ) are constants that depend on the atmospheric conditions.
For example, if ( a = 1000 ) meters per Kelvin and ( b = -5000 ) meters, then an IR temperature of 230 K would correspond to a cloud top height of approximately 18,000 meters.
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Frequently Asked Questions
What is the formula used for calculating cloud top height?
The formula used is h = a * T_ir + b, where h is the cloud top height in meters, T_ir is the infrared temperature in Kelvin, and a and b are constants.
How does infrared temperature relate to cloud top height?
Colder infrared temperatures correspond to higher altitudes in the atmosphere, allowing for the estimation of cloud top height.
What do the constants a and b represent in the formula?
Constants a and b depend on atmospheric conditions and are used to convert infrared temperature to cloud top height.
Can this calculator be used for any type of cloud?
This method is generally applicable to clouds where infrared radiation can be measured, but accuracy may vary with different cloud types or atmospheric conditions.
What are the units for cloud top height and infrared temperature in the formula?
Cloud top height (h) is in meters, and infrared temperature (T_ir) is in Kelvin.

Results are for informational purposes only and do not constitute professional advice.