Explore the Ice911 Study in this Stanford seminar on engineering climate solutions. Delve into the critical issue of climate change and its impact on global ice cover. Discover innovative approaches to mitigate rising temperatures and sea levels. Learn about the engineering mindset applied to climate problems, focusing on interventional, remedial, and adaptive strategies. Examine the concept of artificial reflective ice and its potential to combat uncontrolled CO2 emissions. Gain insights into the Ice911 team's development plan, funding sources, and deployment strategies. Understand the complexities of geoengineering and its potential unintended consequences. Analyze the IPCC report findings and the MIT Greenhouse Gamble. Explore opportunities in cleantech and innovation for addressing climate challenges. Evaluate the importance of simple solutions alongside complex issues in climate engineering.
Overview
Syllabus
Introduction
Team
Overview
Why is that a big deal
What do we do
Why does that raise temperature
Equilibrium set point
IPCC report
Sea level rise
MIT Greenhouse Gamble
Why Do We Care
Conclusion
Opportunities
Cleantech Open
Winners
Innovation
Simple Solutions
Mitigation Adaptation Geoengineering
Unintended Consequences
Complex Issues
The Clean Air Task Force
Estimates
Summary
Artificial Reflective Ice
Uncontrolled CO2
Nothings Alive
Ground Rules
Experiments
Ice911 Team
Funding
Donors
Development Plan
Deployment
Rail
Greenland
Taught by
Stanford Online
