The term "Real Feel" or "Feels Like" temperature refers to a measurement that considers factors such as temperature, humidity, wind speed, and other atmospheric conditions to estimate how the weather feels to a human being.

It is often used to describe the perceived temperature or the level of comfort or discomfort a person may experience outdoors.

The significance of this temperature lies in its ability to accurately represent how weather conditions are likely to affect human perception and comfort.

While the actual temperature indicates the reading from a thermometer, the Real Feel temperature provides a better understanding of how the weather conditions will be perceived by people.

Several factors contribute to the difference between the actual and Real Feel temperatures.

Humidity plays a significant role in the perception of temperature because high humidity can make the air feel warmer due to reduced evaporation of sweat from the skin.

ALSO READ | Frequency Of Heatwaves To Increase

Similarly, wind speed affects how quickly heat is carried away from the body, making it feel cooler than the actual temperature in windy conditions.

Other factors, such as solar radiation, cloud cover, and precipitation, also impact the Real Feel temperature. For example, on a sunny day, the sun's radiation can make the air feel warmer than the actual temperature, while cloud cover can have the opposite effect.

Weather forecasters and meteorologists use sophisticated models to calculate the Real Feel temperature, considering these various factors.

By providing this information, individuals can make more informed decisions regarding what clothing to wear, whether to engage in outdoor activities, or how to prepare for the weather conditions.

It is important to note that the Real Feel temperature is an estimation and may vary from person to person based on factors like individual sensitivity, clothing, and activity level.

However, it is a valuable indicator for understanding the perceived weather conditions and their potential impact on human comfort.