Environmental and Societal Consequences of a Regional Nuclear War
Prepare for radioactive fallout, EMPs, and thermal radiation. Stockpile food, water, and supplies. Build a community network and learn survival skills.
Fallout shelter protocols, radiation detection, decontamination, and understanding exposure thresholds. Covers both nuclear detonation scenarios and radiological incidents.
Prepare for radioactive fallout, EMPs, and thermal radiation. Stockpile food, water, and supplies. Build a community network and learn survival skills.
Stockpile potassium iodide, build shelters with 10+ feet of earth cover, maintain a 6-month food supply, learn radiation detection and decontamination, prepare for power outages, and store medical supplies.
Building shelters for nuclear attack survival is impractical due to cost and logistics. Post-attack water supply relies on deep wells and decontamination, but fuel shortages may hinder pumping. Radiation exposure poses long-term health risks, and water contamination requires boiling or chemical treatment, which may be limited by fuel scarcity.
EMP events threaten nuclear power plants by disrupting critical infrastructure; the FLEX Program offers emergency equipment and battery backups to enhance resilience, while PRM-50-96 compliance and improved contingency planning address operational challenges.