How EMF affects the soil microbiome–All disease starts in the gut of our soil
Here’s what you’ll learn in this article:
1. Why are EMFs the most powerful force in the universe?
2. Why the human microbiome is more than just the gut
3. How EMF affects soil bacteria and antibiotic resistance
5. How does EMF make certain bacteria thrive?
6. How can an altered soil microbiome affect livestock?
7. Are most farmers oblivious to the threat of wireless radiation?
Can we pray, if we don’t have a body to pray in?
Can we fight, if we don’t have ground we can stand on?
How do we ensure that we have a solid footing in today’s true pandemic of environmental toxicity?
–> By focusing on the basics of health, and – our bacteria!
Electromagnetic fields are a force of nature 1,000,000,000,000,000,000,000,000,000,000,000,000 times stronger than gravity. 1
Yet much of western science pretends that it does not exist, and treat EMFs as the tip of the iceberg. In fact, EMFs are the iceberg, as they govern all laws of nature, including gravity. All of life’s mechanisms, from photosynthesis, our metabolism, sleep, the thought patterns of our brain, emotions generated from our heart, are manifestations of electricity.
Our bacteria also live and die according to electric and magnetic fields, and even emit extremely low frequencies 2 (ELF) in our bodies when we sleep.
If EMFs shape the iceberg of all vitality, what is the “ice” composed of?
Our bacteria, which come from the Greek word “bak” – a staff used for support.
Current estimates show that the typical adult human body consists of about 30 trillion human cells and about 38 trillion bacteria.3
How can we nourish our silent partner, to ensure that they don’t have to shout at us daily?
Does all disease begin in the gut?
There has been a growing trend of food gurus promoting the gut-brain connection. While I’m glad that a more holistic approach is being taken when it comes to our health, I think we need to dig a little deeper into that cognitive soil of ours, and ask:
- If all disease begins in the gut, then how does it start?
- If our metabolism is yolked to circadian rhythms and the light we receive, which then signals to our pituitary to make digestive hormones, where does digestion truly begin?
- If our microbiome is also comprised of our skin, nostrils, genitals, and hair, how does this affect our bacterial balance?

- If digestion begins in our eye, along with our skin, how do we ensure what we are consuming is healthy?
- What are we consuming that is making us sick, and how are we consuming it?
I believe we can often fall prey to the same linear logic that has become the current mainstream paradigm of centralized medicine: one pill for every ill, and one cause for every effect. While it may be tempting to just heal our gut with more probiotics and fiber-rich foods like flaxseed, these foods and others may gradually lose their potency if the microbiome they are grown in is affected.
Our gut flora are affected in three main ways: diet, host (current microbiome), and our environment. We’ll be devoting our focus here on the latter.
All of our diseases start in the gut of Nature
What is the microbiome of our microbiome?
Our mother soil – where all enzymes begin the process of breaking down organic matter that we consume. Bacteria are the linchpin in this critical process.
In previous articles, like the one on Lyme disease, we described how EMFs can affect antibiotic resistance in the human microbiome. In this article, we’ll dive a little deeper into this process, and explore the ramifications of wireless radiation on our biosphere.
Here is the current state of research into the EMF iceberg of antibiotic resistance. 4

By focusing on the foundation of the iceberg – the indirect effects of microbial ecology disruption by EMF – we’ll increase our chances of not becoming a statistic.
Thanks to a 2018 paper 7 “Effect of Mobile Tower Radiation on Microbial Diversity in Soil and Antibiotic Resistance”, Lokendra Sharma and colleagues are paving the way for our bacterial foresight.
The researchers took four soil samples from land situated less than fifty meters from cell towers, along with four control samples from land situated over three hundred meters from cell towers.
Researchers found:
- Greater antibiotic resistance in microbes present in soil near base stations compared to control.
- A statistically significant difference in the pattern of antibiotic resistance.
Researchers concluded:
- Mobile tower radiation can significantly alter the vital systems in microbes and then turn them multidrug (antibiotic) resistant.
Apart from the implications to our food supply, this means that if you’re going in for a hip replacement, or having any type of surgical procedure that requires antibiotics, you may want to consider healing in a place far from a cell tower.
Can 5G cause antibiotic resistance?
The study mentioned above used frequencies currently employed by most 4G cellular networks. What happens when bacteria are exposed to the newer, more intense frequencies of 5G?
According to the Journal of Applied Microbiology and Technology 8, not only can these higher frequencies create antibiotic resistance, 5G can alter the diversity of the microbiome in mammals. 9
