SUMMARY
This discussion focuses on the constants and parameters used in modern climate models, emphasizing the need for resources that provide detailed descriptions and values with uncertainties. Key references include Lawrence Krauss' book, "The Physics of Climate Change," and the work by Farmer and Cook, "Climate Change Science: A Modern Synthesis." Additional resources from the European Union and the U.S. Environmental Protection Agency offer insights into climate change impact parameters. The conversation highlights the complexity of climate modeling, which encompasses a wide range of models beyond just global warming.
PREREQUISITES
- Understanding of climate modeling concepts
- Familiarity with climate change parameters and their significance
- Knowledge of scientific literature related to climate science
- Basic comprehension of statistical uncertainties in scientific data
NEXT STEPS
- Research "Lawrence Krauss The Physics of Climate Change" for foundational knowledge
- Explore "Climate Change Science: A Modern Synthesis" by Farmer and Cook for advanced insights
- Review the EU resource on climate change impact parameters for migration studies
- Investigate NASA's findings on Milankovitch cycles and their influence on Earth's climate
USEFUL FOR
Researchers, climate scientists, environmental policymakers, and students interested in understanding the parameters and constants that drive modern climate models.