Ancient Weather Forecast Principles That We Still Use Today
Like other modern practices, weather forecasts began centuries ago and have progressed tremendously to be what we know today. Although much has changed and improved, the basic principles of weather prediction remain the same. By understanding these key concepts, scientists and professionals have combined what they know with the evolving technology advancements to form the efficient weather services of current times.
The first basic principle is the understanding of atmospheric states and the occurring changes. This is done by focusing on the temperature, humidity, wind speed and direction, and atmospheric pressure and the changes in the ocean. While in ancient times they did not have these classifications, their observations were still centred around these concepts, just under different terminology, as used today.
Observations in Meteorology
Meteorology observations make up the second key principle in weather forecasts. Built around atmospheric studies, meteorology branches out to the study of the clouds, thunderstorms, hurricanes and tornadoes, visual atmospheric properties and the four elements. Again, these ideas weren’t named as such in ancient times, but the original observations have remained the same throughout the history of the study of weather patterns.
Detailed Data Capturing
The observation of these changes and patterns alone is not enough. From the time of Aristotle’s text “Meteorology” around 350 BCE, the changes in the weather and the surrounding circumstances have been meticulously recorded and documented. This collection of data from centuries of studies has provided professionals with the information needed to advance ancient methods. This method of data and analysis is still used today for accurate predictions.
The research and data of ancient weather studies form the basis of the modern methods of weather forecasts. Even though technology and methods are always developing and advancing, the core principles are still strictly adhered to and observed, and will be way into the future of this intricate science.