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on
1
Introduction
2
Team
3
Overview
4
Why is that a big deal
5
What do we do
6
Why does that raise temperature
7
Equilibrium set point
8
IPCC report
9
Sea level rise
10
MIT Greenhouse Gamble
11
Why Do We Care
12
Conclusion
13
Opportunities
14
Cleantech Open
15
Winners
16
Innovation
17
Simple Solutions
18
Mitigation Adaptation Geoengineering
19
Unintended Consequences
20
Complex Issues
21
The Clean Air Task Force
22
Estimates
23
Summary
24
Artificial Reflective Ice
25
Uncontrolled CO2
26
Nothings Alive
27
Ground Rules
28
Experiments
29
Ice911 Team
30
Funding
31
Donors
32
Development Plan
33
Deployment
34
Rail
35
Greenland
Description:
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.

Engineering Climate - Ice911 Study

Stanford University
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