Recognitions
Featured Recognitions
CO2.Earth .Earth Founding Member
CO2.Earth Best Sustainability Websites 2010
CO2.Earth Sustainability: The Journal of Record
COP 22 | 2016 Marrakesh Climate Talks
The 22nd session of the Conference of the Parties (COP 22) to the UNFCCC is expected to take place November 7 - 18, 2016. Morocco offered to host this COP.
Source Info
IISD Event: UNFCCC COP 22
Related
CO2.Earth COP 21 | Paris 2015 Climate Conference
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New Weekly CO2 demonstration widget:
Terms of Use:
The widget code is a demonstration product with distribution limited to individuals who have been advised of the following:
- Graphics are updated manually and are subject to update delays and human errors
- The functionality of the widget code is that is intended to end sometime in 2021
- Anyone who uses the widget code is advised to first notify Mike McGee to get advance notice that code for this weekly demonstration widget will end, as well as information about new widget options
Request Widget Code:
- Contact Mike McGee at mike @ teem . earth
1977: Rise & Fall of CO2 Science at Exxon
It started with James Black's talk to Exxon executives. Black was a senior company scientist. In 1977 at Exxon headquarters, he delivered a sobering message: carbon dioxide from the world's use of fossil fuels would warm the planet and could eventually endanger humanity. The executives listened. They responded with large investments into science research. The enthusiam for understanding the damage caused by fossil fuels dropped by 1981. Within a decade of Black's scientific assessment, Exxon switched retreated from the front lines of climate science and joined the front lines of climate denial. Following an eight-month investigation by InsideClimateNews, four articles have been published along with internal company documents. This is a story about one company, and it is a story that has shaped humanity's response to climate change. CO2.Earth spotlights links to the InsideClimateNews stories because it's a revealing story worth understanding.
Exxon: The Road Not Taken
Inside Climate News Project Page
Inside Climate News Cast of Characters
Inside Climate News Exxon Documents
Inside Climate News Timeline: Long Tale of Exxon and Climate Change
Inside Climate News FRONTLINE video about Exxon's early research into climate change
Inside Climate News 1 Exxon research confirms fossil fule role in global warming
Inside Climate News 2 Exxon Believed Climate Research Would Protect its Business
Inside Climate News 3 Exxon In-House Climate Models Confirm Global Warming in 1982
Inside Climate News 4
OnTheMedia.org Exxon responds to Inside Climate News via Radio
CO2 Past, Present, Future
The CO2.Earth site brings big, planetary climate numbers together in a context so the changes are understandable by most anyone. This page introduces some of those big numbers and how they relate to one another.
Studying ice cores and other proxy data tells us a lot about how the slow and fast earth system have adjusted to changes in the past. These records tell us about atmospheric CO2 levels and climate that go back befre the development of human civilization. They go back long before the appearance of homo sapiens on earth. Among other things, they show the unpredented rate of change that has occured since the industrialization of human societies.
The International Panel on Climate Change uses 1750 as its pre-industrial baseline to show changes in atmospheric CO2, global temperature and other climate indicators in the post-industrial era after 1750. The study of past climates before human influence became signficant helps us understand how different parts of the earth system change over short and very long time scales. In particular, it gives us a good understanding of the implications that expected changes are likly to have for humanity and the wider community of life.
We know that atmospheric CO2 has ranged between 172 and 300 part per million (ppm) for the past 1 million years. The earth cycled through cold glacial and warm inter-glacial periods without atmospheric CO2 exceeding 300 ppm. The first time in human history that atmospheric CO2 exceeded 300 ppm was about the time the Titanic sank in the North Atlantic Ocean. Now, the crossover to concentrations that stay above 400 ppm CO2 is nearly complete.
CO2.Earth CO2 Ice Core Data
CO2.Earth CO2 Proxy Data
CO2.Earth uses the most current data from the atmosphere to show the planetary trend for Earth's backgrond CO2 level.
CO2.Earth Daily CO2 Data
CO2.Earth Weekly CO2 Data
CO2.Earth Monthly CO2 Data
CO2.Earth Monitoring CO2
CO2.Earth Track The Trend
"Trend is not destiny."
~ René Dubos (1981)
Two decades ago, the international community agreed on an ultimate climate objective to stabilize the concentration of CO2 and other greenhouse gases in the atmosphere. Today, past and current readings show the continuing, relentless rise in the background level of CO2 in the atmosphere. Other greenhouse gas levels are rising too. Despite the current trend, is humanity taking steps now that are sufficient to stop the rising trend?
CO2.Earth helps you answer that question by featuring quantified projections of scientists and modellers at Climate Interactive. CO2.Earth spotlights Year 2100 projections for atmospheric CO2, atmospheric GHGs (CO2-equivilent), GHG emissions, and global temperature. It also incorporates this information into the CO2.Earth page introducing the 2015 Paris Climate Talks.
CO2.Earth 2100 Projections
CO2.Earth COP 21 | 2015 Paris Climate Talks
Reference
Dubos, R. (1981). Celebrations of Life (1982 paperback ed.). New York: McGraw-Hill.
Discovery of Global Warming
The Discovery of Global Warming is both a book and a series of online articles (see Table of Contents). Both are kept up to date by climate science historian Dr. Spencer Weart.
The highly-acclaimed book tells the history of climate science, and the discovery of climate change, as a concise, single story. As a retired physicist, Spencer Weart supplements the information in the book with ongoing updates to a series of inter-linked articles on the website of the American Institute of Physics (AIP).
Background
About the author (Dr. Spencer Weart)