MITx: Global Warming Science
Learn about the physics, chemistry, biology, and geology of the earth’s climate system.
- Duration
- 14 weeks
- Price Value
- $ 49
- Difficulty Level
- Intermediate
Learn about the physics, chemistry, biology, and geology of the earth’s climate system.
Explore the field of Global Warming Science and uncover the science behind Earth's climate with MITx's comprehensive course. Designed for college sophomores and juniors, this course delves into climate risks, uncertainties, and the historical context of climate changes, including the greenhouse effect.
This course titled "Global Warming Science" provides in-depth knowledge about the past, present, and future implications of climate changes. By studying this course, you will gain insights into crucial phenomena such as the Greenhouse Effect and the various factors influencing Earth's climate through geological history.
Students are expected to have preliminary knowledge in:
College students, particularly sophomores and juniors, with a background in physics and calculus. It's ideal for those interested in climate sciences and related fields.
The skills learned in this course can be directly applied in various sectors including environmental policy, climate research, and sustainable development practices, helping professionals make informed decisions and create effective climate action strategies.
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In this course, we will take a journey from the Sun to the Sea to understand the science behind our changing climate. Are the present-day changes in our global climate really linked to our human activities here on Earth? And are there solutions available to solve the climate crisis?
The Earth’s temperature is determined by a balance between incoming energy and outgoing energy, which is affected by many factors, including sunspots, astronomical cycles, and greenhouse gasses. In this course, we compare recent climate conditions with a vast historical record that goes back thousands, even millions, of years. We also investigate the role of feedback loops and why they make climate modeling particularly challenging.