He had a lot of interest in the natural sciences, so he started studying and experimenting in his spare time. He went through business training and became a merchant in Amsterdam.

Gabriel was the eldest of the five Fahrenheit children who survived into adulthood.ДЇahrenheitвЂ™s parents passed away at an early age, and Gabriel had to learn to make money and survive. While Fahrenheit was born in Poland, his family originated in Rostock and Hildesheim. He was a German engineer and physicist, and most of his life was spent working within the Dutch Republic. Gabriel Fahrenheit was born in May 1686 and passed away in September 1736. This has changed in modern times, as the Fahrenheit scale was used throughout Europe many years ago. In other countries in Europe, however, the Celsius scale is primarily used. Even young children know that temperature in the United States (and in parts of the UK) is expressed in the Fahrenheit scale. Most people know this man's name from an early age because learning to tell temperature requires learning about him. He passed away in California at the age of 83.Дonarreiskoffer/Wikimedia Commons/CC BY 3.0 Staying busy with science took up most of his life. He also helped found the Association of American Geographers in 1904. Also important to the issue of erosion is precipitation, because this contributes to runoff, rivers, and other bodies of water.Дavis, who was married three times during his life, was also very involved with the National Geographic Society and wrote many articles for its magazine. When he created this cycle of erosion, Davis showed the different sections of rivers and how they are formed, along with the landforms that support each one.

In his day, the cycle was critical, but in modern times it is seen as too simplistic. In 1884, he created his cycle of erosion, which showed the way rivers create landforms. He became an instructor at Harvard teaching geology. Therefore, he addressed meteorological issues from a nature-based perspective. While Davis was a meteorologist, he studied many other aspects of nature. This provided those who followed his work with much more information than otherwise available. By doing this, he was able to show the correlation between the meteorological happenings that took place and the geological and geographical issues that were affected by them. This made his work much more valuable in that he could tie in one object of study to others. In 1869, he received his Master of Engineering degree.Дavis studied meteorological phenomena, along with geological and geographical issues. He was often called the 'father of American geography.' Born in Philadelphia, Pennsylvania to a Quaker family, he grew up and attended Harvard University. He was a geographer and a geologist with a deep passion for nature. Noted meteorologist William Morris Davis was born in 1850 and died in 1934. Atomic weights were basically an afterthought in a paper he presented, and he was encouraged to study them further. Originally, Dalton was trying to explain why gases stay mixed, instead of settling out in layers in the atmosphere. He was preoccupied with the atmospheric gases, however, and the atomic theory formulation came about almost inadvertently.

The greatest achievement for Dalton was his formulation of the atomic theory. It dealt with his work in the area of partial pressures. The interest he had in weather moved into an interest in the gases that make up the atmosphere. Throughout those years, over 200,000 meteorological values were recorded. He maintained these records for 57 years, until his death. Through the instruments he created, John Dalton could study humidity, temperature, atmospheric pressure, and wind. When weather forecasters of today talk about the earliest existing weather records in the UK, they are generally referring to DaltonвЂ™s records. Much of what Dalton did with his meteorological instruments helped to turn the forecasting of weather into actual science. In 1787, he used homemade instruments to start recording weather observations.ДЄlthough the instruments he used were primitive, Dalton was able to gather a large amount of data. But, he was also fascinated by the weather each day. Today, we know those particles are atoms. Born September 6, 1766, he was most famous for his scientific opinion that all matter is actually made up of small particles. John Dalton was a British weather pioneer. Charles Turner after James Lonsdale/Wikimedia Commons/Public Domain

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