Want to survive after a nuclear war? Only this food can save you!

Produced by: Tarun Mishra Designed by: Manoj Kumar

Lifesaving Food Source

Scientists have unveiled an alternative food source, seaweed, with the potential to mitigate mass starvation following a catastrophic nuclear war. The study was published in journal Earth's Future on January 9, 2024.

Nuclear Winter Threat

In the worst-case scenario of a nuclear exchange between major nuclear powers like the U.S. and Russia, the resulting nuclear winter could lead to a drastic reduction in surface temperatures and a 90% decline in global calorie production.

Seaweed Farming Solution

Researchers propose the cultivation of vast arrays of kelp on ropes in the Gulf of Mexico and the Eastern seaboard, which could be harvested within nine to 14 months after a nuclear war, providing food for up to 1.2 billion people.

Impact on Global Food Supply

Seaweed farms, at their maximum capacity, have the potential to replace 15% of current human food consumption, offering a crucial alternative food source in the aftermath of a nuclear catastrophe.

Versatile Benefits

The seaweed farms not only address food shortages but also contribute significantly to biofuel production (50% of current levels) and animal feed (10% of current consumption).

Urgent Need for Alternatives

The study underscores the urgency of exploring alternative food sources, with over 2 billion people at risk of starvation after a moderate India-Pakistan nuclear war and 5 billion people after a U.S.-Russia nuclear war.

Surviving Nuclear Winter

In contrast to the devastating effects on land-based agriculture during a nuclear winter, the study emphasizes the resilience of seaweed farms in tropical oceans, providing a sustainable solution in a time of global crisis.

Beyond Nuclear War

Seaweed doesn't just offer a solution for nuclear war scenarios; it could also serve as a lifeline in the face of other disruptions to global food systems, such as asteroid impacts or massive volcanic eruptions, highlighting its potential as a versatile food resource.