Chapter 12: The Carbon Cycle
Kortz Smay・2 minutes read
Carbon is distributed in various Earth reservoirs and cycles naturally between them through processes like photosynthesis and respiration. Human activities, particularly burning fossil fuels, are causing a significant increase in carbon dioxide levels in the atmosphere, leading to rising temperatures and presenting challenges for future adaptation.
Insights
- Human activities, like burning fossil fuels and forests, are significantly increasing carbon dioxide levels in the atmosphere, causing a rise in temperature due to the greenhouse effect.
- Historical analysis of air bubbles in glacier ice reveals that current carbon dioxide levels are much higher than in the past, indicating challenges for future adaptation to changing atmospheric conditions.
Get key ideas from YouTube videos. It’s free
Recent questions
Where is carbon found on Earth?
Various reservoirs like atmosphere, rocks, organisms, and water.
Related videos
ClimateChallengeNL
Climate Challenge: Wat is de koolstofcyclus?
TED-Ed
Climate change: Earth's giant game of Tetris - Joss Fong
ChangingSeasTV
The Fate of Carbon - Full Episode
Khan Academy
Greenhouse effect and greenhouse gases| Global change| AP Environmental science| Khan Academy
FuseSchool - Global Education
Photosynthesis & Respiration | Reactions | Chemistry | FuseSchool
Summary
00:00
Carbon Cycling and Climate Change Impacts
- Carbon is found in various reservoirs on Earth, including the atmosphere as carbon dioxide, rocks like limestone and fossil fuels, organisms, and dissolved in water in the oceans.
- Natural carbon cycling involves exchanges between these reservoirs, with processes like photosynthesis and respiration moving carbon between the atmosphere and organisms.
- Human activities, such as burning fossil fuels and forests, are increasing carbon dioxide levels in the atmosphere, leading to a rise in temperature due to the greenhouse effect.
- Historical data on temperature and carbon dioxide levels are obtained by analyzing air bubbles in glacier ice, showing that current carbon dioxide levels are significantly higher than in the past, posing challenges for the future adaptation to changing atmospheric conditions.
