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Study mode:
on
1
Intro
2
Climate vs weather
3
First computer models
4
Changing one thing
5
Proxy data
6
Direct observations
7
Uncertainty
8
CO2 absorption
9
Extreme weather
10
Extreme events
11
Whats a climate model
12
Representation
13
Carbon Cycle
14
Observations vs Models
15
Historical Context
16
How do we use this information
17
Were these events caused by climate change
18
What can we do
19
Examples
20
Adaptation and Mitigation
21
Examples of Technologies
22
Decarbonisation Costs
23
Unintended Consequences
24
Bioenergy
25
The ideal world
26
CO2 emissions
27
CO2 levels after the pandemic
28
What does it mean for the UK
29
UK climate models
30
Headline figure
31
New journal
Description:
Explore the intricacies of climate modeling and its role in addressing climate change in this informative lecture by Prof Vicky Pope. Delve into the components of cutting-edge climate models, their applications in understanding climate change patterns, and their potential to forecast future climate scenarios. Learn about the distinction between climate and weather, the evolution of computer models, and the integration of proxy data and direct observations. Examine the concept of uncertainty in climate science, CO2 absorption, and the occurrence of extreme weather events. Gain insights into the historical context of climate modeling, its practical applications, and the challenges of attributing specific events to climate change. Discover various strategies for climate change adaptation and mitigation, including emerging technologies and decarbonization efforts. Analyze the unintended consequences of certain climate solutions, such as bioenergy, and explore the ideal scenarios for CO2 emissions reduction. Conclude with a discussion on the implications of climate change for the UK and the development of region-specific climate models. Read more

How Can Climate Models Help Us Respond to Climate Change? - With Vicky Pope

The Royal Institution
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