Who invented the greenhouse effect?

Who invented the greenhouse effect?

Svante Arrhenius (1859–1927) was a Swedish scientist who was the first to assert in 1896 that the use of fossil fuels may lead to increased global warming. He postulated a link between carbon dioxide concentrations in the atmosphere and temperature. His work led to the adoption of aerosol spray cans as a means of preventing ice storms at airports.

The term "greenhouse effect" was coined by William Henry Bragg (who had a part in its development but not for the reasons you might think). He used it in an article published in 1911 entitled "Some Notes on Heat Transference". The idea came from an observation made by Bragg while working on X-rays at the University of Manchester. When glass tubes were exposed to air containing oxygen, they darkened because these molecules absorb light of certain wavelengths used by the tube maker to strengthen glass.

This process takes place even when the tubes are empty and no gas is present so it cannot be due to any chemical reaction between the oxygen and the glass itself. This clearly shows that something other than carbon dioxide or water vapor is responsible for keeping our planet warm. Today we know this phenomenon is mainly caused by CO2 with some help from H2O but that wasn't always the case.

When was the first greenhouse effect?

1896 The Callendar effect refers to the influence of combustion-produced carbon dioxide on global climate, which is a subset of the greenhouse effect initially identified by Svante Arrhenius in 1896.

Before Callendar, most scientists believed that changes in atmospheric pressure were the main cause of oceanic currents such as the Gulf Stream and that this in turn caused differences in temperature between continents. Callendar showed that water vapor increases with increasing temperatures, indicating that the Earth's atmosphere is also a source of heat. He also showed that levels of CO2 increase too.

Callendar was a British scientist who worked at the University of Cambridge. In 1896 he published two papers showing that increased concentrations of carbon dioxide lead to higher average temperatures. He also showed that more energy is required to freeze water than it is to freeze CO2 under similar conditions. This means that the world's oceans would not be frozen over every year as they are now because there wouldn't be enough ice shelves to start with. Instead, there would only be small islands of ice surrounded by liquid water.

Callendar's work established that carbon dioxide emissions have an impact on global warming, but it wasn't until decades later that the connection between human activity and the increase in carbon dioxide levels was proven beyond any doubt.

Who discovered greenhouse gases?

Arrhenius, Svante.

In 1896, Swedish scientist Arrhenius published a book called The Influence of Carbon Dioxide on the Temperature of the Ground. In it he proposed that increased levels of carbon dioxide in the atmosphere would increase the temperature of the planet. This idea is now known as "greenhouse gas theory".

Carbon dioxide is the main greenhouse gas produced by humans. It occurs naturally in the atmosphere, but our activities add more to the amount than can be absorbed by other organisms and so it leads to more warming. Greenhouses use many ways to remove CO2 from the air including green plants, but they also emit other substances which need to be treated or burned before they can be released into the atmosphere.

People have been aware of the effects of heat-trapping gases for some time, but it was not until the mid-1930s that they realized the importance of these gases with the development of an instrument called a "CO2 meter". One way people have tried to reduce the amount of CO2 in the atmosphere is by using energy more efficiently.

What is the relationship between fossil fuels and the greenhouse effect quizlet?

When fossil fuels are used, they emit CO2 and other greenhouse gases in addition to the energy they produce. A process in which specific gases in the Earth's atmosphere retain solar energy reflected off the Earth's surface; this process heats the Earth's surface. The presence of these gases allows us to live on land that would be too cold without them.

The use of fossil fuels has many negative effects for our environment, such as air pollution, climate change and the extinction of species. These are all topics in depth for separate articles so we will focus on just one aspect of these problems - the effect of fossil fuel usage on global warming.

Fossil fuels include oil, natural gas and coal. They are formed from decayed plants and animals. When exposed to heat and pressure over time, these materials decompose and become available for use as energy.

At present, the use of fossil fuels is very widespread. They are by far the most important source of energy for humans. Oil and natural gas account for more than 95% of the total volume of fossil fuels used each year. Coal comes a close second at about 5%.

The main reason why people use so much oil, natural gas and coal is because they are very useful tools for storing energy.

About Article Author

Steven Reeves

Steven Reeves loves the natural world, and he loves to tell stories about it. Steve has an interest in geology, and he especially enjoys exploring rocks and minerals. His favorite thing to do is find out what stories these thousands of years old rocks can tell you!


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