Concept

Climate engineering

Related lectures (12)

Climate Engineering: Governance of Emerging Approaches

Explores governance challenges and approaches for Solar Radiation Modification and Carbon Dioxide Removal in the context of climate change.

Risk Governance Framework: Emerging Technologies

Explores risk governance for emerging technologies, including climate engineering, synthetic biology, and space debris collision risk.

Polar Climate Change: Mitigation & Impacts

Explores the accelerated warming in polar regions, the impact of forest fires, sea ice evolution, and mitigation measures.

Climate Change: Inequality in Emissions and Action Strategies

Examines CO2 emission inequality based on income, emphasizing the need for global net zero emissions and negative emission technologies.

Controversy Analysis Method

Covers the method to describe controversies, focusing on actors, resources, and relationships in shaping and settling debates.

Negative Emissions Technologies

Explores negative emissions technologies and their crucial role in mitigating global greenhouse gas emissions.

Climate Change: Action Strategies

Covers strategies to combat climate change, carbon markets, emissions reduction, and the concept of carbon neutrality.

Paleoclimate, Climate Variability, Paris Agreement

Delves into paleoclimate, climate variability, and international climate agreements.

Global Warming: COP27 Recap

Recaps COP27 outcomes, discusses carbon budget limits, and explains metrics like GWP and GTP for emission comparison.

Climate Change Mitigation: Abatement and Cost-Benefit Analysis

Explores climate change mitigation through abatement strategies and cost-benefit analysis, emphasizing the trade-offs between economic activities and environmental impacts.

Aerosol Impacts on Cloud Formation

Explores aerosol impacts on cloud formation, air quality, and climate, emphasizing the complexities and global implications of aerosol acidity.

Climate Change Prediction: Linear Response Operators

Explores predicting climate change through linear response operators, focusing on the nonequilibrium nature of the climate system and the challenges of climate predictability.