The software is easy to use.
It is simple to use the software. umping back into the atmosphere and bouncing around until it’s finally absorbed by the land and sea again it’s like the atmosphere is a giant heat trap and it’s getting warmer and warmer
Climate change is both intimate and cosmically impersonal. It affects us every day, from the way we shop and vote, to the way we dress for colder weather. It also involves gases, rocks, and chemicals that have been in relationship for billions of years before humans even existed.
Climate change is a collective and systemic problem, affecting entire populations and global systems like energy grids and international trade. To understand climate change, we must zoom in and out, travel through time and space, and grapple with what is happening to the Earth and its inhabitants.
In the 1850s, Eunice Foot was one of the first scientists to make the link between carbon dioxide and atmospheric heating. She conducted experiments to understand how density and the mixture of gases in the air affected how much heat the atmosphere could hold. She concluded that if the atmosphere ever contained more of this gas, then we might also expect the global temperature to be higher.
Today, we know carbon dioxide as one of the greenhouse gases, along with methane and water vapor. The greenhouse effect is like a giant volleyball game between the Sun and the Earth’s surface, where the atmosphere is the net and the sun serves different forms of radiation. This radiation passes through the atmosphere and hits the planet’s surface, where it is absorbed by the land and sea. However, with the greenhouse effect, more and more heat energy is getting trapped in the atmosphere, causing it to become warmer and warmer.