Cell Towers Emit a Type of Radiation
Scientific studies have documented various effects associated with cell towers RF radiation, including an elevated risk of cancer, cellular disturbances, headaches, sleep disturbances, genetic impairments, alterations in the reproductive system, memory lapses, and effects on the nervous system.
It’s important to note that the aggregate exposure from cell tower RF radiation can accumulate to significant levels over prolonged periods. While young children might not directly use mobile devices, they are still passively exposed to this radiation. The continuous nature of radiation from cell towers is a concern, as while we have the option to switch off our mobile devices, the same cannot be said for cell towers.
Children Are More Vulnerable
Children are more susceptible to RF radiation due to their increased absorption depth in both their brains and bodies. Despite similar absorption rates as adults, the impact on children can be significantly more severe due to the heightened sensitivity of their developing brain and organ systems to environmental stressors.
Smaller Heads
Children possess smaller cranial dimensions compared to adults. Due to the reduced distance from the skull to the center of the brain in children, they may be more susceptible to the penetration of radiation from cell phone towers. Current governmental regulations are predicated on the cranial measurements of a 220-pound adult male, rather than those of a child.
Thinner Skulls
The density and thickness of the human skull can impede the penetration of wireless radiation into the brain. A thicker skull presents more barriers to this radiation. Notably, children possess thinner cranial structures compared to adults, offering them reduced shielding. Studies indicate that children’s bone marrow can absorb up to ten times more radiation than that of adults.
Rapidly Developing Brain
During early childhood, the brain undergoes rapid development and exhibits remarkable plasticity. This allows children to assimilate information at a much faster rate compared to adults. However, scientific studies have shown that even minimal exposure to microwaves can result in cellular damage and increased cell mortality in animal brains. Such disturbances in brain development during formative years can lead to notable neurological alterations in later stages of life.
Higher Water
Children possess a higher water content in their brain and body tissues. It is important to note that electricity conducts more efficiently through water. Similarly, wireless energy propagates with greater intensity through these water-rich tissues. Consequently, due to their distinct physiological composition, children absorb a higher amount of this radiation.
Stem Cells
Children possess a higher concentration of active stem cells. Studies indicate that these stem cells are more sensitive to minimal levels of microwave radiation compared to other cell types. Stem cells have the unique ability to differentiate into specialized cells and proliferate. Consequently, the pivotal cells that play a significant role in our children’s growth and development are the most vulnerable to the effects of RF radiation.
The American Academy of Pediatrics
The American Academy of Pediatrics Healthy Child webpage states
In recent times, there has been heightened attention regarding the exposure to radio frequency electromagnetic radiation emanating from mobile phones and their base station antennas. A study conducted in Egypt has validated concerns indicating that residing in close proximity to mobile phone base stations elevates the likelihood of experiencing:
- Headaches
- Memory impairments
- Dizziness
- Depression
- Sleep disturbances
While short-term exposure in controlled experimental settings has not consistently demonstrated adverse effects, it does not negate the potential for cumulative harm from these fields. Consequently, comprehensive studies spanning extended durations are imperative to discern the populations at risk. Notably, extensive research has identified a correlation between these symptoms and everyday exposure to such fields.