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RADIO WAVES ARE HARMFUL, PERIOD! POWER LEVEL IS IRRELEVANT
Just one violin out of tune in an orchestra, or one voice off-key in a choir, will ruin a beautiful harmony, or an enchanting ensemble. It matters not how loudly it grates, or how softly; if it does not stop, the performance will come to an end.
So it is with the cells of our bodies, and of the birds, insects, animals and plants whose music fills the Earth. When a jarring note is introduced, no matter how softly, chords become discords, melody becomes noise, life degrades and disappears.
Life, Information, and Electricity
The cohesion of life does not come from chemistry. It comes from the Earth, Sun and stars.
K.H. Li wrote, in his forward to the book, Electromagnetic Bio-Information:
“It is the informational aspect of biological systems that characterizes the essential view of life. And this is less reflected by biochemical findings, but rather by a level beyond the domain of chemical reactivity, namely that of electromagnetic fields.” [1]
Nikolai Kositsky, Aljona Nizhelska and Grigory Ponezha reviewed 40 years of research in Ukraine and Russia and concluded:
“Biological effects [of electromagnetic radiation] depend not on the strength of the energy carried into one or another system, but on the information carried into it.” [2]
Grundler and F. Kaiser wrote:
“Living cells exhibit a high degree of information processing and communication… It is clearly demonstrated that a fast oscillating, very weak outer field is influencing biological reactions of cells… We have to take into account an ‘internal’ oscillator (the cell itself or parts of the cell or of its environment) coupling with the outer field.” [3]
John Zimmerman and Vernon Rogers wrote:
“Electromagnetic bioinformation depends on the ability of organisms to emit, receive, and interpret spatiotemporal patterns of electromagnetic fields.” [4]
Herbert L. König, a student of Winfried Schumann, wrote:
“Electromagnetic forces in general must play a role of an as yet incalculable importance in the information transfer between or to living organisms.” [5]
Ulrich Warnke wrote:
“The communicative form of antennae contact in bees and ants can be registered by an oscillograph. Every time a short contact occurs between the antennae a signal is generated in the electrolyte system of the recipient in the form of an impulse.” [6]
Günther Becker showed that the rate of gallery building by termites was affected by the existence of termites in an adjoining container, but not if the wall between them was shielded with a conductive material. “These results indicate that communication among termite groups is based on either electric or electromagnetic fields produced by the insects,” he wrote. [7]
Bernhard Ruth wrote that the growth of plants and animals cannot be explained in terms of chemical reactions because “all chemical reactions occur equally in all directions” and biological growth is directional. “The existing cells of an organism have to determine when and where a new cell is to be generated by mitosis. This can only be achieved by means of an information transfer which stimulates the required cell to divide, and which is not emitted in all directions homogenously.” [8]
Helmut A. Fischer wrote:
“There is good reason for believing that, in addition to mechanical and chemical forms of communication, there are more biophysical ways of communication… The findings made so far confirm that the biochemical processes in a cell, besides thermic effects, also elicit other electromagnetic signals.” [9]
Igor Jerman wrote:
“Coherent electromagnetic oscillations in cells permit ordered intermolecular processes and highly selective attractions between enzymes and substrates. These oscillations… represent an important means of intercellular long-range connection and thus have an important role in maintaining an intercellular order… Neoplasms follow from the fact that some of the cells within the organism escape from the intercellular coherent field and thus from the intercellular order.” [10]
Living cells emit signals throughout the electromagnetic spectrum
In their study, “Electromagnetic emission at micron wavelengths from active nerves,” Allan Fraser and Allan Frey measured infrared emissions from nerves with wavelengths between 2 and 20 microns, at a strength of 6 μW/cm2. [11]
Bernhard Ruth detected light photons emitted by plants:
“The light intensity emitted by seedlings of wheat, beans, lentils and corn varied between 700 cps (counts per second) and 250 cps… The spectral distribution extended from 400 nm to 600 nm… Yeast cells show a radiation of between 150 and 380 nm.” [8]
Shou Sin-Sung wrote that “DNA is a possible radiation source.” [12]
A.H. Jafary-Asl and Cyril W. Smith detected radio frequency signals from yeast at a frequency of 8 MHz. [13]
Herbert A. Pohl detected signals at 7 and 33 kHz from a species of algae. [14]
Kent Pollock and Douglas G. Pohl in dielectrophoresis studies detected RF emissions from mouse cells at frequencies between 4 and 9 MHz. Similar emissions were detected from cells from bacteria, yeast, worms, chickens, frogs, monkeys, and humans. Maximum emissions occurred during cell division, and no emissions from dead cells:
“The evidence from the m-DEP experiments and from the closely related pattern experiments consistently indicate that cells are producing radio frequency electric fields.” [15]
Sergey Sit’ko and his colleagues measured emissions from the human body between 37-78 GHz at 10-15 to 10-16 mW/cm2Hz. [16]
It takes little or no power to interfere with life
Allan Frey wrote:
“Electromagnetic fields are not a foreign substance to living beings like lead or cyanide. With foreign substances, the greater the dose, the greater the effect — a dose-response relationship. Rather, living beings are electrochemical systems that use very low frequency EMFs in everything from protein folding through cellular communication to nervous system function. To model how EMFs affect living beings, one might compare them to the radio we use to listen to music.
“The EMF signal the radio detects and transduces into the sound of music is almost unmeasurably weak. At the same time, there are, in toto, strong EMFs impinging on
Communication towers inside Monteverde Cloud Forest Biological Preserve
AMPHIBIANS IN THE MINE
“Amphibians were here when the dinosaurs were here, and they survived the age of mammals. If they’re checking out now, I think it is significant.”
– David Wake, Director of the Museum of Vertebrate Zoology, University of California, Berkeley, 1990
They are ancient animals with abilities to survive beyond belief. They live both in water and on land. They can breathe through their skin. They can regenerate limbs and organs. They don’t get cancer. They have been around for 365 million years, and have survived four mass extinctions during the history of life on Earth. Yet today, they are disappearing more rapidly than any other class of animals. By their death, they are screaming: Turn off your cell phones! Now, before it is too late!
Even before cell phones, the proliferation of radio and TV towers, radar stations, and communication antennas in the 1960s, 1970s and 1980s began killing off these most hardy, well-adapted, and important forms of life.
The northern leopard frog, Rana pipiens – the North American green frog that croaked from every marsh, pond and creek when I was growing up — was already extremely rare by the end of the 1980s. In the Colorado and Wyoming Rocky Mountains, boreal toads used to be so numerous that, in the words of Paul Corn of the United States Fish and Wildlife Service, “You had to kick them out of the way as you were walking down the trail.” By 1990 they were difficult to find at all. Boreal chorus frogs on the shores of Lake Superior, once innumerable, were extremely rare by 1990. In the 1970s David Wake could turn up eighty or more salamanders under the bark of a single log in a pine forest near Oaxaca, Mexico. In the early 1980s he returned and was able to find maybe one or two after searching the forest all day. Until 1979 frogs were abundant and diverse at the University of São Paulo’s field station at Boracea, Brazil, according to Stanley Rand of the Smithsonian Tropical Research Institute. But when he returned in 1982, of thirty common frog species, six had disappeared entirely and seven had decreased in number drastically. In 1974 Michael Tyler of Adelaide, Australia discovered a new frog species that brooded its young in its stomach. It lived in a 100-square-kilometer area in the Conondale Ranges, 60 kilometers north of Brisbane, and was so common that he could collect a hundred in a single night. By 1980 it was extinct. The golden toad lived only in a 320-acre stunted forest in Costa Rica’s supposedly pristine, protected Monteverde Cloud Forest Preserve. In the early 1980s Marc Hayes of the University of Miami typically counted 500 to 700 males at one of the species’ breeding sites. After 1984 that site never had more than a dozen males. At another site Martha Crump observed a thousand males in 1987, but only one in 1988 and another single male frog in 1989. Today the species is extinct.
In 1990, when I began researching this magical class of vertebrates, there were not many amphibians left in all of Europe. Out of more than five thousand known species worldwide, about a dozen were doing well.
By the time I wrote Microwaving Our Planet in 1996, every species of frog and toad in Yosemite National Park had become scarce. Seventy-five species of the colorful harlequin frogs that once lived near streams in the tropics of the Western Hemisphere from Costa Rica to Bolivia had not been seen in a decade. Of the 50 species of frogs that once inhabited the Monteverde Cloud Forest Preserve, 20 were already extinct.
Similar population crashes were occurring in North, Central and South America, Europe, and Australia. Only in Africa and Asia, when I wrote that book, were amphibians doing well. That has since changed. On March 15, 2023, a team of 19 American scientists published a paper titled “Continent-wide recent emergence of a global pathogen in African amphibians.” Amphibians, say the authors, were doing fine on the dark continent until about the year 2000 — which coincidentally is when telecommunications companies began lighting up that continent with cell phone signals in earnest.
A couple of years earlier, in December 1997, I had published an article titled “The Informationization of the Third World.” I quoted President Clinton, who had lamented that “More than half the world’s people are a two days’ walk from a telephone.” I highlighted Bangladesh, where there were plans to bring cell phones to 40,000 of the country’s 68,000 villages over the next four years. In Africa, where several countries still had less than one conventional phone per one thousand people, some two dozen countries were introducing cellular systems. The debate, in the world’s press, was about what this would do to the traditional village, and whether this was a desirable thing from a cultural point of view. I took a broader view:
“An even more important question is what will happen to nature? Can nature survive at all in a distanceless world? I think the answer, if ecologists and environmentalists brought their knowledge to bear, would be a resounding no. Biodiversity depends on distance. What is not often acknowledged is that cultural diversity also depends on distance, and that culture is nature-based. Local dialects, and local handicrafts, and local dress, and local economies, and local varieties of crops, and local varieties of plants and animals — i.e. local ecosystems — depend on the village’s being a two days’ walk from a telephone. The most basic reason for the disappearance of species is that very few of them can withstand the global exploitation that must come when there is instantaneous transportation and communication.”
And then there is the radiation. The effects of microwave radiation in Africa, as cell towers began serving larger numbers of its residents, are now apparent: amphibians have been
History
During the 1950s clinics were established in Moscow, Leningrad, and other cities in the Soviet Union and Eastern Europe to study and treat thousands of workers suffering from a new occupational disease. It was named radio wave sickness. These patients manufactured, inspected, repaired or operated microwave equipment. Some worked at radar facilities, others for radio or TV stations, or telephone companies. Still others operated radio frequency heaters and sealers being used in an expanding number of industries using technology developed during World War II.
The patients at these clinics suffered from headaches, fatigue, weakness, sleep disturbance, irritability, dizziness, memory difficulty, sexual dysfunction, skin rash, hair loss, decreased appetite, indigestion, and occasionally sensitivity to sunlight. Some had heart palpitations, stabbing pains in the region of the heart, and shortness of breath after exertion. Many developed emotional instability, anxiety or depression, and a few had mania or paranoia.
On physical exam they had acrocyanosis (blue fingers and toes), decreased sensitivity to odors, sweating, tremors, altered reflexes, unequal pupil size, heart arrhythmias, and unstable pulse and blood pressure. They had abnormal EEGs and EKGs and, in advanced stages, signs of oxygen deprivation to the heart and brain. Some developed cataracts. Blood work showed hyperactive thyroid, elevated histamine, elevated blood sugar, elevated cholesterol and triglycerides, an increase in blood proteins, a decrease in the albumin-globulin ratio, decreased platelets and red blood cells, and abnormally high or low white blood cell count.
Although only about 15% of microwave workers complained of their illness, and only 2% ceased working (Sadchikova 1960, Klimková-Deutschová 1973), laboratory work revealed abnormalities in the majority of workers. Blood cholesterol was elevated in 40% of microwave workers (Klimkova-Deutschova 1974), triglycerides were elevated in 63% (Sadchikova et al. 1980), fasting blood sugar was increased in 74% (Klimkova-Deutschova 1974), and 70% had abnormal thyroid activity. Objective cardiac changes were found in 18% to 35% of microwave workers, depending on the length of time worked.
These workers were exposed to microwave radiation only during working hours. And they were exposed to levels of radiation that were less than what the general public is exposed to now for hours per day, or even all the time, from cell phone and wireless Internet technologies.
Because of the large number of publications about radio wave sickness coming out of the Soviet Union and Eastern Europe, a US/USSR scientific exchange on microwave radiation research was begun in the mid-1970s. And the US government contracted with Dr. Zorach Glaser to catalogue the world scientific literature—journal articles, books, conference proceedings—on reported biological and health effects of radio frequency and microwave radiation. By the end of the 1970s, Glaser’s bibliography included 5,083 documents (Glaser 1984).
Also during the 1960s and 1970s, ophthalmologist Milton Zaret, under contract with the Army and the Air Force, examined the eyes of thousands of military and civilian personnel working at radar installations in the US and Greenland. Large numbers of them, he found, were developing cataracts. Most of these cataracts were caused by chronic exposure of the eye to radiation at power densities around one milliwatt per square centimeter—a level which is regularly exceeded by each of the eight billion cell phones in use today (Birenbaum et al. 1969; Zaret 1973).
During those years American biologist Allan Frey discovered that microwave radiation damages the blood-brain barrier (Frey et al. 1975), and he proved that humans and animals can hear microwaves (Frey 1961). One of the most active American researchers during the 1960s and 1970s, Frey caused rats to become docile by irradiating them at a power density of 50 microwatts per square centimeter (Frey and Spector 1976). He altered specific behaviors at 8 microwatts per square centimeter (Frey and Wesler 1979). He altered the heart rate of live frogs at 3 microwatts per square centimeter (Frey 1970). At only 0.6 microwatts per square centimeter, 100 times less than levels commonly encountered today at a normal operating distance from a wireless laptop, he caused frogs’ hearts to develop arrhythmias, and sometimes caused the hearts to stop beating, by timing the microwave pulses at a precise point during the heart’s rhythm (Frey and Seifert 1968).
In 1977 Paul Brodeur, in his book, The Zapping of America, warned that proliferating microwave towers and radar facilities were endangering public health. But compared to today, microwave and radio facilities were still very rare indeed.
When in 1977 Apple sold its first personal computers, exposure to high levels of electromagnetic radiation spread to the general population, and electromagnetic illness ceased being only an occupational disease. In that year deaths from asthma in the US, which had been declining steadily for decades, began to rise for the first time.
In 1981, Representative Al Gore chaired the first of a number of Congressional hearings on the health effects of video display terminals (VDTs). These were held because two editors at The New York Times, young men in their 20s and 30s, had developed cataracts; half of all surveyed UPI and AP employees were complaining of visual problems or headaches; an unusual number of babies with birth defects had been born to employees at The Toronto Star; and clusters of miscarriages were occurring among female VDT operators all over the U.S. and Canada.
The newspaper industry had been the earliest industry to be transformed by computer technology. During the 1981 hearings by the House Committee on Science and Technology, Charles A. Perlik, Jr., president of the Newspaper Guild, testified that had his membership known that VDTs were capable of dangerous emissions, “We would not have quietly permitted the transformation of an essentially benign workplace into a hazardous one.”[1] In 1985 Canadian author Bob DeMatteo published a popular book titled Terminal Shock: The Health Hazards of Video Display Terminals.
In the mid-1980s Olle Johansson, a neuroscientist at the Karolinska Institute in Stockholm, discovered a new skin disease. Since only people who worked in front of computer screens got it, he named it screen dermatitis. Such patients
Source: Idaho Observer, September 2007 https://www.proliberty.com/observer/20070910.htm
Prior to 1996, the wireless age was not coming online fast enough, primarily because communities had the authority to block the siting of cell towers. But the Federal Communications Act (1996) made it virtually impossible for communities to stop construction of cell towers —even if they pose threats to public health and the environment. Since the decision to enter the age of wireless convenience was politically determined for us, we have forgotten well-documented safety and environmental concerns and, with a devil-may-care zeal that is lethally short-sighted, we have incorporated into our lives every wireless toy that comes on the market as quickly as it becomes available. We behave as if we are addicted to radiation. Our addiction to cell phones has led to harder “drugs” like wireless Internet. And now we are bathing in the radiation that our wireless enthusiasm has financed. The addicted, uninformed, corporately biased and politically-influenced may dismiss our scientifically-sound concerns about the apocalyptic hazards of wireless radiation. But we must not. Instead, we must sound the alarm. By Amy Worthington
Illa Garcia wore jewelry the first day she went back to work as a fire lookout for the state of California in the summer of 2002. The intense radiation from dozens of RF/microwave antennas surrounding the lookout heated the metals on her body enough to burn her skin. “I still have those scars,” she says. “I never wore jewelry to work after that.”
Likely Mountain Lookout, on U.S. Forest Service land with a spectacular view of Mount Shasta, is one of thousands of RF/microwave “hot spots” across the nation. A newly-erected cellular communications tower was only 30 feet from the lookout. “One antenna on that tower was even with our heads,” recalls Garcia. “We could hear high-pitched buzzing. There were also three state communications antennas mounted on the lookout, only 6 feet from where we walked. We climbed past them every day.”
Motorola company manuals for management of communications sites confirm that high frequency radiation from these antennas is nasty stuff. Safety regulations mandate warning signs, EMF awareness training, protective gear, even transmitter deactivation for personnel working that close to antennas. Garcia and co-worker Mary Jasso were never warned about the hazards which, they say, demonstrates extreme malfeasance on the part of agencies and commercial companies responsible for their exposure.
By the end of fire season, Garcia and Jasso were so ill they were forced to retire and the lookout was closed to state personnel. Garcia, 52, is now severely disabled with fibromyalgia, auto-immune thyroiditis and acute nerve degeneration. Medical tests confirmed broken DNA strands in her blood and abnormal tissue death in her brain.
Dr. Gunner Heuser, a medical specialist in neurotoxicity, states that Garcia’s disorders are a result of chronic electromagnetic field exposure in the microwave range and that “she has become totally disabled as a result.” Dr. Heuser said, “In my experience patients develop multisystem complaints after EMF exposure just as they do after toxic chemical exposure.”
Jasso, who worked the lookout for 11 seasons, is now disabled with brain and lung damage, partial left side paralysis, muscle tremors, bone pain and DNA damage. Jasso discovered that all lookouts who worked Likely Mountain since 1989 are disabled. At only 61 years of age, she has lost so much memory that she cannot remember back to when her first three children were born. She fears that communications radiation may be a major factor in the nation’s phenomenal epidemics of dementia and autism.
Both women say they have been unjustly denied worker’s comp and medical benefits. Their pleas for help to state and federal agencies have been fruitless. Between them they have racked up over $150,000 in medical bills, although there is no effective treatment for radiation sickness.
Twenty-two other members of Garcia and Jasso’s two families received Likely Mountain radiation exposure. All suffer serious and expensive illnesses, including tumors, blood abnormalities, stomach problems, lung damage, bone pain, muscle spasms, extreme fatigue, tremors, numbness, impaired motor skills, cataracts, memory loss, spine degeneration, sleep problems, low immunity to infection, hearing and vision problems, hair loss and allergies.
Jasso’s husband, who often stayed at the lookout, has a rare soft tissue sarcoma known to be radiation related. Garcia’s husband, who spent little time at the lookout, has systemic cancer that started with sarcoma of the colon. Garcia’s daughter Teresa was at the lookout for a total of two hours during her first pregnancy. Her daughter was born with slight brain damage and immunity problems. “That baby was always sick,” says Garcia. Teresa spent only three days at the lookout during her second pregnancy. Her son was born with autism.
Garcia and Jasso also have a terminal condition known as “toxic encephalopathy,” involving brain damage to frontal and temporal lobes. This was confirmed by SPECT brain scans. Twelve others in the two-family group who also had the scans were diagnosed with the affliction. “All of us with this condition have been told that we’re dying,” says Garcia. “Our mutated cells will reproduce new mutated cells until the body finally shuts down.”
Nuclear bombs on a pole
Painful conditions endured by the families of Garcia and Jasso are identical to those suffered by Japanese victims of gamma wave radiation after nuclear explosions at Hiroshima and Nagasaki in 1945. Five decades of studies confirm that non-ionizing communications radiation in the RF/microwave spectrum has the same effect on human health as ionizing gamma wave radiation from nuclear reactions. Leading German radiation expert Dr. Heyo Eckel, an official of the German Medical Association, stated, “The injuries that result from radioactive radiation are identical with the effects of electromagnetic radiation. The damages are so similar that they are hard to differentiate.”1
Understanding what happened at Likely Mountain is critical to understanding the public health threat posed by radiation in the United States. The families of Garcia and Jasso, plus previous lookout workers and multitudes of tourists who visited Likely Mountain for
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