Plan B: They want to Flood the Desert

The idea is “risky, unproven, even unlikely to work,” according to Y Combinator. But if it did work, it could slow climate change. By James Rainey. Imagine flooding a desert half the size of the Sahara. Using 238 trillion gallons of desalinated ocean water to do the job. Creating millions of 1-acre-square micro-reservoirs to grow…

Can We Build a Giant Ocean Wall to Stop Sea Level Rise?

Is unavoidable sea level rise an engineering problem, do we have the capabilities for a technological fix? John C. Moore from the Arctic Centre of the University of Lapland presents these ideas in his October 2018 talk, “Stopping the flood – Can we engineer ice sheets and save the homes of a billion people?” Open…

Intro: Extract and Store Carbon Dioxide [CO2] from the Atmosphere

Increasing numbers of scientists and climate policy experts are claiming that carbon removal (also known as negative emissions technologies) is necessary to meet the Paris Agreement goals. How can we assess carbon removal as part of a portfolio response to climate change and as individual technologies or approaches? Moderation by Dr. Simon Nicholson and Dr.…

Capturing Carbon with Soils

Negative emissions from soil management. Speaker: Pete Smith (May 2018) Pete Smith is the Professor of Soils and Global Change at the Institute of Biological and Environmental Sciences at the University of Aberdeen (Scotland, UK), and is Science Director of the Scottish Climate Change Centre of Expertise (ClimateXChange). Since 1996, he has served as Convening…

How to Govern Climate Engineering and Emissions Monitoring?

As governments, industry and civil society struggle to achieve the necessary emission reductions to address climate change, scientists are increasingly looking at new technological pathways such as direct carbon dioxide removal from the atmosphere, solar geoengineering (cooling the planet by reflecting heat away from the Earth) and the use of sophisticated satellite technologies capable of…

Kevin Anderson: Delivering on 2 degrees #IPCC #Paris #COP21

As part of the ‘Delivering on 2 degrees’ talks and debate evening organised by the Carbon Neutral University Network, Kevin talks about the Paris Agreement within the background of Climate Science and what is needed to stop global warming at 2C or even 1.5C. Kevin Anderson says that we basically lost the chance to stay…

Alan Robock: We need to move ahead aggressively with the grid and battery technology

Climate scientist Alan Robock, studies nuclear winter, volcanic eruptions and climate, geoengineering, and global warming.http://envsci.rutgers.edu/~robock ClimateState staff interviewed Alan to give us a snapshot of the current state on these topics. There is enough Sun and wind to power the planet Robert Bristow: Do you agree that increased nuclear power generating facilities are required, and should be…

How the benefits of climate action may outweigh the costs

For two economists, the probability of true catastrophe due to human-caused global warming prompted them to write “Climate Shock: The Economic Consequences of a Hotter Planet,” which examines looming dangers and possible solutions. Economics correspondent Paul Solman takes a look at how we might weigh the costs and benefits of taking serious action to prevent…

Biochar – The Next Stage In Climate Action


Published on Feb 5, 2014: A concise breakdown of ‘2012 US Biochar Conference’ along with corresponding visuals to illustrate the limitless potential of Biochar as a solution to climate change, drought, and the global food crisis.

Our independent feature film is now focused on Biochar education: www.blueprint-film.net
Original conference videos: vimeo.com/user12930533/videos