Drakkith said:I'm not sure, but I have doubts that ALL types of radioactive particles can be neutralized by this method. Plus, how much clay and ash do you need to use on, say, an acre of soil? Do we have enough?
rosec168 said:Yes, we have many tons. But is there any article about radioactive particles that can be chelated by this method? Is there a lab or has somebody conduct any experiment that can prove this?
Radioactive fallout can contaminate soil by depositing radioactive particles on the surface. These particles can then be absorbed by plants and other organisms, potentially causing harm to both the environment and human health.
There are several methods used to contain radioactive fallout in soil, including covering the contaminated area with a layer of clean soil, using absorbent materials to trap the radioactive particles, and applying chemical treatments to bind the particles and prevent them from spreading.
The amount of time it takes for radioactive fallout to dissipate in soil depends on several factors, including the type of radioactive material, its half-life, and the environmental conditions. In general, it can take anywhere from months to decades for the radioactivity to decrease to safe levels.
Consuming plants grown in soil contaminated with radioactive fallout can be dangerous, as the plants may absorb and accumulate radioactive particles. It is important to test the soil and plants for radioactivity before consuming them, and to follow any recommended safety precautions.
The spread of radioactive fallout in soil can be prevented by properly containing and disposing of the contaminated soil, avoiding disturbing the soil in the contaminated area, and implementing measures to prevent further contamination, such as covering the area with a barrier or using absorbent materials.