THREAD: In a nuclear war, hundreds or thousands of detonations would occur within minutes of each other. Smoke from mass fires after the detonations would inject massive amounts of soot into the stratosphere.
As this simulation from @AlanRobock illustrates, a nuclear war between the US & Russia, could waft more than 150 Tg of soot into the stratosphere, leading to a nuclear winter that would disrupt virtually all forms of life on Earth over several decades.
Injecting this much soot into the stratosphere could make global temperatures drop by 8 degrees Celsius—3 degrees lower than Ice Age values.
Changes in the atmosphere, surface, and oceans following a nuclear war will have massive and long-term consequences on global agricultural production and food availability.
The Bulletin takes a deep dive into this, and other impacts of #nuclearwar in this new article. bit.ly/3D8XiRB
But how do we stop it from happening?
Below are three Bulletin articles on nuclear deescalation in Ukraine that offer some solutions.⬇️
THREAD: Here's how this 1998 thriller novel helped jumpstart the creation of the US Strategic National Stockpile ⬇️
The Cobra Event is a novel by Richard Preston that tells the story of a madman who engineered a virus called “brain-pox” and unleashed it on New York City.
It was widely criticized when it published.
However, at least one high-profile reader was a fan: Bill Clinton.
After reading the book, Clinton asked a tech entrepreneur if terrorists could engineer a worse version of the smallpox virus.
The entrepreneur told him they could and recommended Preston’s book.
THREAD: Happy International #WomenInScience day! Take a look at some influential women who have had a positive impact on the field.👇
Janne Nolan made us all part of something. Part of her girl gang. Part of her consensus. Part of her plan to break open the nuclear priesthood and speak truth to power. #WomenInScienceow.ly/ferN50HSZLn
Kateryna Pavlova battled a pandemic, wildfires, corruption, and sexism in the Chernobyl Exclusion Zone #WomenInScienceow.ly/qRLF50HSZVJ
How do humans make sense of the bomb? — a thread of every picture in this photo essay by Robert Del Tredici. ow.ly/zxKL50GnJTh
This glass sphere, 3.2 inches across, is the exact size of the plutonium ball in the Nagasaki bomb.
Photo by Robert Del Tredici. ow.ly/REns50GnLtn
A model of the uranium atom at the American Museum of Science and Energy, Los Alamos, New Mexico on June 11, 1982.
Photo by Robert Del Tredici. ow.ly/REns50GnLtn