A visualization to observe, understand, explore, and analyze the molecular structure of carbon compounds (CO2, CH4), the effect of electromagnetic radiation on these molecules, and the role of greenhouse gases in climate change.
A teaching module that demonstrates the use of linear and quadratic regression to analyze Arctic sea ice extent data and the use of graphs, sample correlations, and multiple regression to analyze atmospheric CO2 level data, solar irradiance data, and average global temperature data.
A classroom/laboratory activity to learn about oxygen isotopes (18O and 16O); understand the relative distribution of these isotopes in the atmosphere, ocean, and cryosphere; and explore how the concentration of these isotopes can be used as indicators of paleoclimate.
A reading that discusses the use of the law of conservation of angular momentum to explain the extent of Hadley cells.
A model/simulator to learn about vertical energy (heat) transfer in the Earth’s system and planetary energy balance.
A reading that introduces a single-layer atmosphere model, which is based on the emissivity of thermal radiation, to explain atmospheric warming.
A reading to learn about the energy balance of planet Earth and to understand atmospheric warming by using a single-layer atmosphere model.
A model/simulator to understand the effect of greenhouse gases on outgoing energy flux, and to compare the absorption of infrared radiation by various greenhouse gases such as carbon dioxide (CO2), methane (CH4), and water vapor.
A visualization to learn about the infrared (IR) spectra of different greenhouse gases and the effect of greenhouse gases on the Earth’s climate.
A video micro-lecture that discusses Earth’s energy balance and the greenhouse effect of the atmosphere.
A reading that discusses the blackbody emission properties of the Sun and planets, describes the calculation of planetary temperatures by using the Stefan-Boltzmann Law, and explains the effect of atmospheres on planetary temperatures.
A reading to learn about the Hadley Cell and a simple model for the Hadley Circulation, using the law of conservation of angular momentum.
Climate Science Education Series
Developed by Science Media Center, Indian Institute of Science Education and Research, Pune, India