sinners4diseasecontrol

 

Patricia A. ORMSBY

 

Summary

 

This is a follow-up report on major ecological changes in an area where 5G has been recently introduced. These changes have been particularly notable in areas with direct line-of-sight exposure to a pair of small cell antennas located roughly 500 to 1,000 meters to the northwest of the area under observation. A few major new changes were observed that appeared to stem from the previous, first year of exposure, such as failure of seed sprouting. Disappearances of species are also occurring in areas not directly exposed to the 5G beams but relatively close to the sources, while they can still be observed in locations at a greater distance from the antennas.

The summer was distinctly hotter for longer in 2025 than in the two preceding years, which had had nearly identical levels of heat in summer (calculated from data in Mito City close by) and roughly similar levels of cold in winter. Vole numbers crashed in early 2025, possibly due to overcrowding in areas to which they’d relocated. They rebounded slightly in the summer. A clear decline in biodiversity continued. Exposed artichoke plants withered, while shielded artichokes in their immediate vicinity throve. Two species of winter paddy foraging birds avoided exposed paddies, but were active in “unexposed” paddies (i.e., with no line-of-slight exposure). Most concerning is signs of declining plant fertility, with seed sprouting ratios down; seeds failing to sprout altogether, e.g., even from “unexposed” chilis; failure even of healthy plants grown from the previous year’s seeds to bear fruit, particularly among nightshades; and an absence of autumn hay fever despite robust weed growth in the prolonged heat. Pollinators were still present in small numbers nearby, so failure to bear fruit also potentially indicates a lack of pollen, a phenomenon that has been reported elsewhere. People in Japan have voiced concerns in 2025 about difficulty obtaining good seeds. If plant fertility is affected, this will have far-ranging impacts, both in the human sphere and beyond.

  

 I am posting an open letter written by Diana Kordas on Samos Island, Greece, to HHS Robert F. Kennedy Jr., describing rapid environmental destruction following the introduction of 4G and especially 5G (millimeter band) to Samos. The Executive Summary is short, and a more detailed letter follows. Sympathetic staff at Children's Health Defense have told her they will submit it to RFK Jr. at the first chance. My own observations in Japan corroborate a lot of Kordas's, despite the lack of millimeter band locally and the moist climate and patchwordk landscape of groves in Japan. I will post a brief update on the my local circumstances in Japan in the comments below.
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Severe and Rapid Deterioration of the Environment due to EMR

 

Executive Summary

March 9, 2025

 

Dear Mr. Kennedy,

 

My name is Diana Kordas and I am writing to you from the Greek island of Samos, where we have observed severe and rapid deterioration of the environment due to EMR, especially since 4G and then 5G were introduced. We have no pesticides or agrochemicals in our area, no lights, and the problems we are observing cannot possibly be due to climate change. These include the following effects, all of which I believe to be either DNA or developmental damage due to EMR:

 

1. Massive decline of insect species, including soil insects and pollinators.

( Read more... )

 

Observations in Vegetable Fields With and Without Line-of-Sight Exposure to 5G within First Year of Introduction

 

Patricia A. ORMSBY

 

Abstract

This report presents a passive comparison of biodiversity and agricultural conditions between an area with direct exposure to beam-formed transmissions from fifth-generation mobile communications system (5G) antennas and an area without direct exposure, both temporally (2023 without transmissions versus 2024 with transmissions) and spatially (exposed expanse of fields versus fields sheltered by houses and satoyama groves in 2024). Though other factors existed that could impact biodiversity, clear differences could be identified in many species and crops in the comparisons made. These were particularly notable in voles, moderately large frogs, dragonflies and butterflies, with body sizes similar to one of the newly introduced 5G transmission wavelengths of 6.6 cm. Very small flying insects such as mosquitoes, flies and aphids also appeared to be impacted by the newly introduced 5G transmissions as did crop yield (pollination and other causes) and plant viability. Particularly affected crops included nightshades and cucurbits, especially in elevated locations, such as on trellises. There was a tendency to grow strongly, start bearing fruit and then wither before the fruit could mature. Some other crops such as legumes and sweet potatoes benefitted, seemingly from decreased numbers of rodent and insect pests. Since coherence of radiofrequency transmissions has been noted before as an important factor in the severity of effects from radiofrequency radiation, the satoyama environment, with its patchwork of groves, noted before for promoting biodiversity, may provide some protection by blocking direct exposure to beam-formed microwave transmissions in certain areas. The possibility should be investigated that this is a result of decreased coherence of the radiation that penetrates. Shielding of plants by dense foliage of other plants in the irradiated area appeared to improve crop yield and plant viability. The author recommends taking these observations into account when siting radiating infrastructure to preserve biodiversity and viability of small-scale mixed-crop gardening, which contributes important nutrition to the human diet.

 

Key words: coherence, dragonflies, fifth-generation mobile communications system (5G), frogs, radiofrequency radiation, satoyama, vegetable gardening, voles

 Full report available here (pdf). Comments welcome below.

Summary of Panagopoulos et al.’s 2021 Review Paper

Panagopoulos DJ, Karabarbounis A, Yakymenko I, and Chrousos GP (2021) Human-made electromagnetic fields: Ion forced-oscillation and voltage-gated ion channel dysfunction, oxidative stress and DNA damage (Review). Int J Oncol 59: 92; www.spandidos-publications.com/ijo/59/5/92

In a 2021 paper, Dr. Dimitris J. Panagopoulos, a biophysicist from the National Centre for Scientific Research in Athens, Greece and his team provide for the first time a complete, plausible and precise biophysical/biochemical mechanism to explain the great number of experimental and epidemiological findings connecting human-made EMF exposure with DNA damage and related pathologies.

The contents of the paper are as follows:
1. Introduction
2. Biophysical action of polarized/coherent EMFs resulting in voltage‑gated ion channel (VGIC) dysfunction and disruption of cell electrochemical balance
3. Biochemical processes activated by irregular gating of VGICs, leading to DNA damage
4. Discussion

( Read more... )

Japan Wakes up to Vaccine Vassalage
by Patricia Ormsby

Recently, reports have started appearing in the Japanese press on vaccine-related injuries and fatalities. Below I summarize the history, context and current situation regarding COVID vaccination in Japan, then discuss possible ramifications in light of international events.

A Love of Science( Read more... )