Provided by: Climate Action Tracker |Published on: April 27, 2021
Graphs/Tables Grades 9-12, ap-college
Synopsis
This comprehensive platform tracks countries' emissions targets and places each country into one of the following categories: critically insufficient, highly insufficient, insufficient, almost sufficient, and Paris Agreement compatible.
Students can research individual countries to see details about historical emissions, modelled domestic pathways, fair share targets, and other details.
MtCO2e / year - million metric tons of carbon dioxide equivalent released per year
When exploring the page of an individual country, students can view the following:
A dropdown bar at the top showing historical emissions targets back through 2011 or 2012.
A table showing the overall rating and then ratings for policies and action, internationally supported target, fair share target, and climate finance. This table also features the net zero target year and if the country's land use and forestry management has been a historical source or sink for carbon dioxide.
A country summary featuring tabs for summary, targets, policies & action, net zero targets, assumptions, and sources.
A graph featuring both modelled domestic pathways and modelled domestic pathways based on fair share.
A blue button labeled "Data Download" to download data.
A blue button labeled "How to Read Graph."
Accompanying explanatory text with background information on the country.
Links to further analysis and latest publications.
Differentiation
There is a lot of data here and some students will most likely need help to sort through it. Grouping students to explore this data together is probably best.
Students can click on the "How to Read Graph" button for more detailed instructions on how to analyze each country's graph.
Social studies or government students can select one country and conduct research on their NDC.
Social studies or government classes can discuss the historic responsibility of industrialized countries' emissions and how best to decarbonize the world (i.e., have rich, industrialized countries financially assist poor, developing countries to decarbonize and gain access to renewable energy).
Mathematics or statistics students could analyze the graphs for individual countries and try to design better, more user-friendly graphs.