Preserve Orlando's Neighborhoods

Support Responsible Citing of Cell Phone Towers

In ongoing research and debate, studies suggest that electromagnetic radiation from cell towers may adversely affect plants, leading to altered growth patterns and symptoms such a s leaf discoloration and premature leaf drop. Pets and wildlife are also vulnerable, with evidence linking electromagnetic field (EMF) exposure to increased risk of lymphoma in dogs and perceptual changes in various animal species. Moreover, EMF exposure has been associated with fertility issues in both animals and humans, including DNA damage and increased risk of miscarriage. Honey bees, vital for pollination and ecosystem health, may experience disruptions in communication and navigation due to EMF exposure, potentially impacting colony coordination and agricultural productivity. Furthermore, the growing awareness of potential wildlife and pet risks associated with proximity to cell towers has led to concerns regarding the desirability of properties located nearby, impacting property values and the overall attractiveness of such areas for those living in the community and prospective buyers or renters.

Impact on Plants and Trees:

Meridian Parks Beautiful Tree Line

The impact of cell tower emissions on trees is an area of ongoing research and debate. Studies suggest that electromagnetic radiation from cell towers affects tree health. Some researchers propose that exposure to electromagnetic fields may lead to physiological changes in trees, such as altered growth patterns, leaf morphology, or nutrient uptake. Additionally, there are anecdotal reports of trees exhibiting symptoms such as leaf discoloration, premature leaf drop, or stunted growth in close proximity to cell towers.
Reference: Tree damage caused by mobile phone base stations

Impact on Pets and Wildlife:

Eagle at Meridian Parks Entry Eagle at Meridian Parks Entry Florida Sandhill Crane in Meridian Parks Florida Sandhill Crane in Meridian Parks

John Reif, from the Department of Veterinary Medicine at Colorado State University, conducted a study revealing a direct correlation between electromagnetic field (EMF) exposure and the development of lymphoma in dogs. Additionally, a case study investigated the impact of residential exposure, such as proximity to telephone wires and high-powered electric lines, on the risk of canine lymphoma in pet dogs. The findings were consistent with expectations: dogs residing in homes with high EMF exposure exhibited a significantly elevated risk of lymphoma, whereas those in lower exposure environments demonstrated a reduced risk.

Studies in epidemiology have revealed that animals exposed to electromagnetic fields may exhibit perceptual and behavioral changes, including fatigue, headaches, and difficulty concentrating. Several investigations, employing rodents and monkeys, have been conducted to explore the impact of Radiofrequency (RF) fields on animals. These studies often involve disrupting behavior patterns, such as work stoppage, to assess the effects of EMF radiation. Notably, one study observed that rats subjected to high levels of EMF radiation struggled to promptly escape from their testing environment.

Research demonstrates that exposure to electromagnetic fields (EMFs) adversely affects both male and female fertility, with many of these investigations focusing on rat models. Specifically, WiFi exposure has been associated with DNA fragmentation and decreased sperm motility, while the heat emitted from laptops has been shown to have the potential to fatally damage sperm cells. Furthermore, studies on implantation in the uterus and lead to abnormal pregnancies. Additionally, EMF exposure during pregnancy has been correlated with a threefold increase in the risk of miscarriage. Notably, a study female mice to Extremely Low Frequency (ELF) magnetic fields throughout their pregnancy revealed fewer offspring, increased rates of spontaneous abortions, and occurrences of fetal deformities. Moreover, surviving offspring exhibited delayed development.

Studies have suggested that exposure to EMFs can interfere with the honey bee's ability to communicate through their intricate dance language, which plays a crucial role in foraging and colony coordination. Additionally, EMF exposure has been linked to changes in honey bee navigation, potentially leading to disorientation and difficulty finding their way back to the hive. These disruptions in behavior and navigation could have significant consequences for honey bee colonies, affecting their ability to gather resources, maintain population levels, and ultimately impacting pollination services essential for ecosystems and agricultural productivity.