Nukewatch

Working for a nuclear-free future since 1979

  • Issues
    • Direct Action
    • Environmental Justice
    • Nuclear Power
      • Chernobyl
      • Fukushima
    • Nuclear Weapons
    • On The Bright Side
    • Radiation Exposure
    • Radioactive Waste
    • Renewable Energy
    • Uranium Mining
    • US Bombs Out of Germany
  • Quarterly Newsletter
    • Quarterly Newsletter
    • Newsletter Archives
  • Resources
    • Nuclear Heartland Book
    • Fact Sheets
    • Reports, Studies & Publications
      • The New Nuclear Weapons: $1.74 Trillion for H-bomb Profiteers and Fake Cleanups
      • Nuclear Power: Dead In the Water It Poisoned
      • Thorium Fuel’s Advantages as Mythical as Thor
      • Greenpeace on Fukushima 2016
      • Drinking Water at Risk: Toxic Military Wastes Haunt Lake Superior
    • Nukewatch in the News
    • Links
    • Videos
  • About
    • About Nukewatch
    • Contact Us
  • Get Involved
    • Action Alerts!
    • Calendar
  • Donate

November 14, 2023 by Nukewatch Leave a Comment

Project confronts the risks of United States’ land-based nuclear missiles

Map by Nukewatch, from Nuclear Heartland: a Guide to the Land-based Missiles of the United States

Reaching Critical Will reports: Project confronts the risks of United States’ land-based nuclear missiles

The Program on Science & Global Security (SGS), Columbia University’s School of Journalism, Scientific American, and Native Princeton are launching a project looking at the human and environmental risks associated with the new US Sentinel nuclear-armed land-based intercontinental ballistic missiles.

The MISSILES ON OUR LAND aims to provide information that everyone in the United States, and especially the communities living closest to the missile fields, need to know so that they can understand and be part of the discussion as to the full extent of the risks associated with deploying the new Sentinel nuclear-armed missiles. (Picture credit: Nina Berman)

The researchers performed hundreds of nuclear war simulations to understand what would happen if the missile silos were attacked. They reviewed thousands of pages of Air Force documents, including the recent Sentinel Environmental Impact Statement, and conducted dozens of interviews in Washington DC, North Dakota, Montana, Wyoming, Colorado, Nebraska, and New Mexico with nuclear weapons experts, military officials, and members of the public, including those living amid the nuclear missile silo fields.

The project includes a special issue of Scientific American, a documentary film, a podcast series, and a website with interactive maps.

[SPECIAL REPORT in SCIENTIFIC AMERICAN: 
“The New Nuclear Age: The U.S. is beginning an ambitious, controversial reinvention of its nuclear arsenal. The project comes with incalculable costs and unfathomable risks”]

Filed Under: Military Spending, Nuclear Weapons, Radiation Exposure, War

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Stay Connected

  • Facebook
  • Twitter

Subscribe

Donate

Categories

  • B61 Bombs in Europe
  • Chernobyl
  • Counterfeit Reactor Parts
  • Depleted Uranium
  • Direct Action
  • Environment
  • Environmental Justice
  • Fukushima
  • Lake Superior Barrels
  • Military Spending
  • Newsletter Archives
  • North Korea
  • Nuclear Power
  • Nuclear Weapons
  • Office News
  • On The Bright Side
  • Photo Gallery
  • Protect the Water Close Xcel's Monticello Reactor
  • Quarterly Newsletter
  • Radiation Exposure
  • Radioactive Waste
  • Renewable Energy
  • Social Issues
  • Sulfide Mining
  • Through the Prism of Nonviolence
  • Uncategorized
  • Uranium Mining
  • US Bombs Out of Germany
  • War
  • Weekly Column

Contact Us

(715) 472-4185
nukewatch1@lakeland.ws

Address:
740A Round Lake Road
Luck, Wisconsin 54853
USA

Donate To Nukewatch

News & Information on Nuclear Weapons,
Power, Waste & Nonviolent Resistance

Stay Connected

  • Facebook
  • Twitter

© 2026 · Nukewatch