Environmental Science
Can Soils Solve Climate Change?
Another dubious claim of natural climate solutions makes the rounds
A few months ago, I questioned a claim that planting trees could solve climate change. According to some scientists, reforestation “is by far the cheapest solution that has ever been proposed,” and for $300 billion it could sequester 200 gigatons of carbon (GtC, or 733 GtCO2). Many media outlets swooned, but the assertions were weak …
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CONTINUE READINGSixth International Geoengineering Governance Summer School, 2019
A brief report from a recent Emmett-convened event
As the severity of climate change risks and the inability of current efforts to adequately limit risks become clear, geoengineering technologies – active large-scale environmental interventions to reduce disruptions caused by elevated greenhouse gases – are increasingly receiving attention and generating controversy. These proposals would either remove and sequester atmospheric carbon dioxide or modify the …
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CONTINUE READINGConference on the Ocean’s Role in Sustainable Food Production
U.C. Davis Will Host Cutting-Edge Event on September 16-17, 2019
U.C. Davis’ Coastal and Marine Sciences Institute, in conjunction with the UCD School of Law’s California Environmental Law & Policy Center, will host an important and timely conference on September 16-17, 2019. “The Ocean’s Role in Sustainable Food Production” will offer an in-depth, interdisciplinary look at current scientific, economic, social, legal and governance issues surrounding …
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CONTINUE READINGCan Planting Trees Solve Climate Change?
Unfortunately, a new scientific paper overstates forests’ potential
Today, The Guardian reports: Tree planting ‘has mind-blowing potential’ to tackle climate crisis Planting billions of trees across the world is by far the biggest and cheapest way to tackle the climate crisis, according to scientists… As trees grow, they absorb and store the carbon dioxide emissions that are driving global heating. New research estimates …
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CONTINUE READINGHelping Repair Our Broken Governance System
Our institutions have been battered. How will we be able to fix them?
Much of Trump’s damage to the environment is obvious: his efforts to increase gas and oil production, his regulatory rollbacks, and his efforts to gut the agencies charged with protecting the environment. But he has also done deeper damage to the institutions we need to address climate change and other daunting environmental challenges. These problems …
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CONTINUE READINGGoverning New Biotechnologies for Biodiversity Conservation
The fourth in a series examines how international institutions have responded
The previous two posts in this series described how and why genetically modified organisms (GMOs) could be introduced into wild populations, either “typically” modified ones that would transmit their altered genes ineffectively or those with “gene drives” whose changes would quickly propagate through the entire population. In both cases, their potential applications include helping conserve …
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CONTINUE READINGThe Governance of Solar Geoengineering: Managing Climate Change in the Anthropocene
My book is now available!
I interrupt my ongoing blog series on new biotechnologies and their governance (1, 2, 3) to announce that my book The Governance of Solar Geoengineering Managing: Climate Change in the Anthropocene is available today from Cambridge University Press. The brief description is: Climate change is among the world’s most important problems, and solutions based on …
CONTINUE READINGGenetically Modifying Wild Populations
The third in a series examines powerful new gene drive tools
In my previous two posts, I introduced what I call first, second, and third generation genetically modified organisms: (1) GM bacteria for diverse, mostly indoor purposes; (2) GM crops and agricultural animals; and (3) GMOs that would be intentionally placed into natural environments, where they would live, reproduce, and transmit their modified genes to offspring. …
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CONTINUE READINGCould Genetically Modified Organisms Help Conserve Biodiversity?
The second in a series examines GMOs intentionally released into the wild
Last week, I introduced what I call “first generation” genetically modified organisms (GMOs) – altered bacteria for diverse, mostly indoor purposes – and “second generation” ones – GM crops and agricultural animals. Here, I describe third generation GMOs, which are those that would be intentionally placed into natural environments, where they would live, reproduce, and …
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CONTINUE READINGGenetically Modified Organisms Return to the International Policy Agenda
This first in a series begins by looking back at GMOs and environmental law
Although the big news in international biodiversity this week was the release of the summary of the first global assessment from a relatively new UN-affiliated body, the topic of another report warrants attention as well. Yesterday the International Union for Conservation of Nature (IUCN) published its findings on “the potential positive and negative impacts of synthetic …
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