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Study mode:
on
1
Intro
2
Whats Critical
3
Geoengineering
4
Why not
5
Slowing down the melt
6
Exploring Barrow
7
Opening Round
8
Fossil Fuel Century
9
Carbon Dioxide Concentration
10
Distribution of Temperatures
11
Concentration of CO2
12
Concentration of other gases
13
Temperature changes
14
Warming limit
15
Fossil fuel scarcity
16
Three options
17
Mitigation
18
Least Cost Optimist
19
Path Dependent
20
Learning Effects
21
The Warming Limit
22
The Safer Climate Case
23
Lessons for Entrepreneurs
24
The Whole System
25
Historical Trends
26
Big Belly
27
No Battery Pill
28
Tiny Low Power
29
Street Line Networks
30
Summary
Description:
Explore a Stanford seminar on engineering's role in addressing climate change. Delve into the intersection of engineering, entrepreneurship, and environmental challenges with experts Leslie Field and Jonathan Koomey. Learn about innovative approaches to stabilize, remediate, and adapt to climate-related issues. Discover how the engineering mindset can be applied to develop solutions for global warming. Gain insights into geoengineering, fossil fuel impacts, carbon dioxide concentrations, and temperature changes. Examine mitigation strategies, cost-effective options, and the importance of systemic thinking in tackling climate problems. Understand the potential for technological innovations like low-power devices and smart networks in contributing to climate solutions. Equip yourself with knowledge to approach climate change from an engineering and entrepreneurial perspective.

Stanford Seminar - Engineering and Climate Change: Call to Action

Stanford University
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