Into the Clear Blue Sky
The Path to Restoring Our Atmosphere
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- ¥1,200
発行者による作品情報
THE TIMES BEST SCIENCE BOOK OF 2024
WINNER OF THE BLUE PLANET PRIZE 2025
'Argues persuasively . . . nothing less than eye-opening' Financial Times
Can we really restore the earth’s atmosphere within our lifetime?
Whether through sustainable technologies such as fossil-free steel production, hydrogen-powered ships and electric motorbikes, or natural solutions like rewilding peatlands, people all over the world are finding new ways to travel, feed themselves and drive industry while safeguarding a liveable planet for future generations.
Drawing on decades of research and a vast network of experts, Rob Jackson, Chair of the Global Carbon Project, introduces some of the brilliant innovators behind the boldest solutions to climate change – including an Eritrean agricultural scientist, a Swedish CEO and a Brazilian hydrologist.
Now we have more tools to combat climate change than ever before, Into the Clear Blue Sky traces a clear path to a better future for us all – one that will see us cutting emissions in inventive new ways that protect our health and livelihoods, while repairing the damage we have caused to the atmosphere. This visionary and transformative book is the call to action we need – right now.
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"The cheapest, safest, and only sure path to a safe climate starts with slashing emissions," according to this invigorating report. Jackson (The Earth Remains Forever), an environmental science professor at Stanford University, surveys how cows, gas ranges, and the cement industry, among others, are filling the atmosphere with methane and carbon dioxide. Spotlighting individuals working on sustainable solutions, he shares how the CEO of a Swedish steel business, incentivized by laws requiring companies to pay for the carbon dioxide they release, developed a way to replace coal with hydrogen in the manufacturing process, which generates water instead of CO2 as a byproduct. Technology capable of removing greenhouse gases from the air will be necessary to achieve pre-industrial levels of atmospheric carbon dioxide and methane, he contends, describing how "direct-air capture" and "enhanced weathering" technologies work (the latter involves exposing certain reactive minerals to air, which initiates a chemical reaction that binds CO2 with the rock and removes the gas from the atmosphere). The scientific descriptions are crisp and accessible ("The carbon-hydrogen bonds in methane absorb long-wave radiation and bounce like hyperactive schoolkids. These vibrations are how greenhouse gases warm the earth"), and the profiles offer reason for hope amid the gloom. This is an exceptional inquiry into the fight against global warming.
