Tag Archives: electrohypersensitivity

New Housing Non-Profit addressing Environmental Sensitivities

Thank you to J. Genser whom posted for repost globally.



New Housing Non-Profit Forming with Focus on Environmental Sensitivities

Snowflake, Arizona USA – June 7, 2010 – Re|shelter is a new non-profit organization forming to address the urgent need for housing alternatives for people with environmental intolerances, who experience mild to life-threatening physical reactions to extremely low levels of chemicals, mold, electrical fields, and other environmental factors and have great difficulty living in their conventionally built homes.

Currently applying for 501(c)3 status, the charitable organization is committed to addressing the global housing crisis and high rates of homelessness and suicide within vulnerable populations affected by disabling environmental sensitivities. Their activities will include fundraising, awarding housing aid grants, facilitating the design and construction of healthy homes and communities, and using the arts to promote awareness.

Co-founders Julie Genser and Julie Laffin formed the charity because “the need is so great, and no one else is doing it,” says Genser. Genser and Laffin are hoping to direct funding from government and the private sector to help prevent homelessness and further suffering for those unable to secure safe housing due to their own limited resources. Both Genser and Laffin were disabled by severe chemical, electrical and other environmental sensitivities within the last six years and have a firsthand understanding of the housing struggle for this population. The two met online four years ago in a group for artists with chemical sensitivities.

Genser and Laffin will comprise the Board of Directors. The Advisory Board has 16 notable members with experience working in related fields, or with the illness itself, including William J. Rea, M.D., a pioneer in environmental medicine and safer housing construction, Pamela Reed-Gibson, Ph.D., an author and researcher of the life impacts of environmental sensitivities, Magda Havas, Ph.D., an expert on the biological effects of electromagnetic radiation, Carl Grimes, President of the Indoor Air Quality Association, Bennie Howard, the former director of the Office of Disability at HUD, Susan Molloy, a long-time disability rights activist, and Paula Baker-Laporte, an architect experienced in building for those with environmental sensitivities.

Some of the group’s planned projects include awarding home renovation grants to eligible individuals, construction of a clean air community as well as an emergency shelter, and an architecture school outreach program that educates students while collaborating on re|shelter’s projects.

Genser studied Design and Environmental Analysis/Interior Design at Cornell University and coordinated construction projects prior to getting ill. She had just become certified in permaculture and ecovillage design, and was enrolled in an intensive 4-month sustainable architecture semester at ECOSA Institute when she became severely disabled by environmental illness and had to drop out of the program. She has unique insight into re|shelter’s target population: the last five years she has moved seven times in search of safe housing that did not severely affect her health.

Laffin also knows the struggle of finding safe housing; she searches each summer for a place to escape the aerial crop spraying in her home county in northern Illinois. Driven by compassion and personal insight into the particular problem of housing for those with environmental illness, the two are very excited to be taking this important step, as there is no other organization in existence today that is solely focused on housing solutions for those with environmental intolerances.

Contact: support@reshelter.org | http://reshelter.org


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Electro sensitivity and Electro hypersensitivity published

Yes, we can mail to the USA, scroll down for payment details. Your bank will issue a money order or bank cheque issued in sterling ££s and the book costs £12 per copy to include postage to North

best wishes
Sarah Dacre


Electro sensitivity and Electro hypersensitivity – A Summary by Michael

Michael Bevington, Chair of Trustees of ES-UK, has written a 43 page book designed primarily for doctors, but also suitable for all of us to present to family, friends, colleagues and MPs, among others. It outlines ES, its symptoms and existing medical tests in 16 pages followed by some 800 references to scientific papers relating to this illness.

this Summary may include the following new aspects.
* = perhaps of the greatest importance

1. This may be the first English overview of ES and EHS since A. & J.
Philips (2006) Electrical Hypersensitivity: A Modern Illness and N.
Irvine (2005) Definition, Epidemiology and Management of Electrical
Sensitivity (see notes 18 and 19, page 17). It is has more extensive
references than either earlier report to the published literature,
especially peer-reviewed studies, with some 800 references.

*2. This may be the first attempt in English to distinguish the three
conditions, ES, EHS and EMF Neurosis. See Section 1 (page 5).

*3. This may be the first attempt to draw together the new techniques
for the diagnosis of EHS using pathological markers developed by
several medical laboratories over the last few years. See Section 4
(page 8).

*4. This may be the first attempt to provide a brief history of medical
research into ES and EHS, including the wide variety of names which
have been used by different governmental classification bodies and in
scientific studies. See Section 10 (page 14).

*5. This may provide the first easily accessible list of international
guidelines, both biological and thermal, including the Building Biology
Evaluation Guidelines, published in English. See Section 11 (page 15).

*6. This may be the first English report on EHS to use the study by
Huttunen et al. (2009) showing spontaneous hand movements apparently
caused by Radio Frequencies. See Section 1A (page 5) and note 4 (page

7. This may be the first accessible printed English summary of Hecht
and Balzer’s review of the developmental stages of EHS. See Section 7
(page 11).

8. This may be the first attempt in English to attempt to elucidate
with references co-morbity with EHS and to show patterns of other
bio-electromagnetic effects including disease associations across the
range of frequencies. See Section 9 (page 13).

9. This Summary includes an extensive and referenced list of many
relevant established mechanisms among the sub-thermal bio-effects of
EMFs. See Section 8 (page 12).

10. This may be the first English publication highlighting studies
showing the prevalence of doctors accepting EHS and ES as medical
conditions. See Section 6 (page 10).

11. This may be the first generalised attempt to explain the inherent
failure of many conscious psychological provocation tests, particularly
on the grounds of failure to define EHS, failure to distinguish between
ES and EHS, failure to distinguish between EHS and EMF Neurosis,
failure to screen effectively people claiming to be EHS, failure to
support conscious or subconscious psychological reactions with
established pathological markers, failure to allow fully for
confounding factors such as latency timings and synergistic causes, and
failure to apply an appropriate statistical analysis if conscious
reactions occur only on as few as 10% of provocations. See Section 6
(page 10).

12. This may be the first attempt in English to outline cost savings to
the NHS in the prompt and correct diagnosis of EHS. See Forward (page

A £10 donation payable to ES-UK, will buy a copy of the book, which
will be mailed to you (UK) please send £12 for mailings to North
America and Australia.

Either make payment via the ES-UK web site internet donation button at
www.es-uk.info and send a confirming email with your preferred mailing
address details, to media@es-uk.info.

Or please mail a cheque payable to ES-UK with your own personal address
details to:

London WC1N 3XX

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Key resources and sounds of EMF

Source: As noted in the tags when published earlier, but finally getting time to devote gratitude and elaborate on the author.

This contributor is t.unrelated@googlemail.com.  We know him as Tom Unrelated but read all of his updates  We desire to pass on his education to as large an audience as possible; we respectfully request you share with those you care about as well.

This gentleman is a continual source of  information posted in this blog.  His exhaustive work on collecting, formatting, giving extremely easy access to thousands of hours of collective research.

Eternally grateful, as we hope you readers are, for the education provided in the Yahoo, Google, Facebook and WWW.  If there are other authors, we are proud to share your hard work in honor of saving lives.  Awareness + Acceptance = Action.


EMF Sounds

Each electromagnetic source has it’s own characteristic sound, which is demodulated by broadband-meters to allow evaluating the source from the sound. Although GSM-900 and GSM-1800 can’t be differentiated by their sound as it is the same. Other sources are easily detectable, here are a couple of examples. If you’d like to listen to some other source, please contact us.

Use the embedded Player Embedded MP3 Player to listen or download the file (right click the download button below the embedded Player, chose “Save Link/Target as…”

Name Sound
HAARP High Frequency Active Auroral Research Program Download/Telecharge File
TETRA TErrestrial Trunked Radio (government agencies, emergency services, (Police, Fire Departments, Ambulance), rail transportation staff, transport services and Military. TETRA BasestationDownload/Telecharge File
GSM 2. Generation Mobile Phone GSM Mobile PhoneDownload/Telecharge File
GSM 2. Generation Mobile Phone Base Station Transmitter (BST) GSM BasestationDownload/Telecharge File
DECT Digital Enhanced Cordless Telecommunication (Common technology wireless phones at home use, max. 400 meter distance) DECT Base FarDownload/Telecharge File

DECT Base Near

Download/Telecharge File

UMTS (3G) Universal Mobile Telecommunications System (3. Generation), Base Station (Node-B) UMTS (3G) BasestationDownload/Telecharge File
WLAN/WiFi Wireless Local Area Network/Wireless Fidelity (Wireless computer network for short distance (max. 100 meters), such as Internet Connection at home) WLAN/WiFi Router Stand-ByDownload/Telecharge File
Bluetooth Proprietary open wireless technology standard for exchanging data over short distances using microwaves. Bluetooth StandbyDownload/Telecharge File

Bluetooth Working

Download/Telecharge File

WiMAX Worldwide Interoperability for Microwave Access (wireless computer network for medium distance up to a few/couple kilometer/miles) Download/Telecharge File

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Blood cell analysis before and after PC, cellphone use

With gratitude to the never ending research and support of Dr. Magda Havas

The alternative Alisia Jones, RN, Swedish Hospital, Littleton, CO chose for herself and her family is the Green-8 EMF harmonizer series.  http://BioMapped.com

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“Is your mobile phone killing you”

Seek protection to mitigate hazards http://BioMapped.com


… the following provided by Angela Flynn

Please, find enclosed part II of Phil Dobbie’s radio program “Twisted Wire”, “Is your mobile phone killing you”:


“On last week’s program we asked whether exposure to your mobile phone is increasing your risk of contracting cancer or having a brain tumour. The jury is out on that question, with the scientific community divided and no conclusive proof either way.

Yet no proof has been translated as “no risk” in many quarters.
The Australian Mobile Telecommunications Association (AMTA) admitted its terminology was misleading and corrected the wording on its website after last week’s program.

AMTA has re-worded its website from saying there was “no public health risk” to now say “there is no established evidence of health effects”.

This week we hear again from Lloyd Morgan, the retired electronics engineer, who has questioned the methods used by the multinational Interphone study, including selection bias, insufficient latency time, and the exclusion of children and young adults. In fact, some people were excluded from the study because they had a brain tumour and were too ill to be interviewed!

In Cellphones and Brain Tumors: 15 Reasons for Concern, he points to Interphone research that shows that using a mobile phone actually protects you from a brain tumour.

Does that sound like a credible finding?

We also hear more from Olle Johansson, an associate professor at the Karolinska Institute in Stockholm. You’ll recall that in last week’s program he said that cancer and brain tumour might be the least of our worries. There could be other effects that are far more detrimental. The way he argues the case you have to seriously wonder whether he has a point.

Have a listen and tell us what you think. Are we blindly leading ourselves into the unknown?”



Filed under awareness, cancer, cell phone, cell tower, children, EMF

U.S. is falling behind in being digitally literate


U.S. is falling behind in being digitally literate

By Julius Genachowski
Sunday, March 14, 2010; A19

The Internet has transformed America with its power to generate innovation and opportunity and by its ability to connect, inform and entertain us like no technology in history.

But we are not even close to realizing the full potential of high-speed Internet, or “broadband,” access. Universally deployed broadband networks can be America’s engine for enduring job creation, economic growth and tremendous improvements and savings in education, health care and energy conservation.

This vision of world-leading 21st-century broadband networks and their benefits will not occur spontaneously. While the United States invented the Internet, when it comes to broadband we have fallen behind as other nations have raced ahead. Some studies show us to be as low as 15th in the world in broadband adoption; others have us higher, but none puts us even close to where we need to be.

Our nation is at a high-tech crossroads: Either we commit to creating world-leading broadband networks to make sure that the next waves of innovation and business growth occur here, or we stand pat and watch inventions and jobs migrate to those parts of the world with better, faster and cheaper communications infrastructures.

This, of course, is not a choice — which is why, this week, at the behest of Congress and the president, the Federal Communications Commission is delivering the first National Broadband Plan: a comprehensive strategy for dramatically improving our broadband networks and extending their benefits to all Americans.

The bad news is that we have a long way to go to meet this generation’s great infrastructure challenge:

Millions of Americans can’t get broadband today. Period. With so many of our daily interactions moving online — including job listings and job training during the worst recession in decades — that’s unacceptable.

— Tens of millions of Americans with access to broadband have not signed up. Our surveys show that they aren’t connected because they can’t afford it, don’t know how to use it or aren’t aware of its potential benefits.

— The vast majority of us don’t have broadband that’s fast enough to take advantage of remote video learning or medical diagnostics, or dozens of other existing and emerging applications.

— An entrepreneur can’t run a small business today without broadband, but 26 percent of rural business sites don’t have access to a standard cable modem, and more than 70 percent of small businesses have little or no mobile broadband.

— Just as mobile broadband becomes ever more important, we face a looming shortage of spectrum — the electromagnetic oxygen on which our mobile networks run.

The starting point to solve these problems is a set of goals that are ambitious but achievable with a national commitment.

— First, to ensure opportunity, every American should have access to all essential broadband services at home.

— Second, to ensure that we have the advanced networks we need to empower American businesses, we must substantially increase the capabilities of our networks. This means driving toward one gigabit to every community in America, through libraries, schools and community colleges; and creating the world’s largest market for affordable, very high-speed broadband — a “100 Squared” initiative of affordable 100 megabits per second to 100 million households — so that inventors around the world will flock to our platform.

— Third, to ensure that we capture the next wave of change, we must lead the world in the speed and reach of our mobile networks.

— Fourth, to ensure the safety of Americans, every first responder must have access to a nationwide, wireless, interoperable broadband public safety network.

With smart policies, we can enable and accelerate the private investment necessary to achieve this future. If we have the political will, we can reclaim the licensed and unlicensed spectrum our wireless networks need to thrive. We can transform the multibillion-dollar fund that supports the universal availability of traditional voice communication to one that supports universal broadband. We can promote competition, for example, by removing barriers, encouraging investment and empowering consumers with the information they need to make the market work. And we can offer every American the tools to be digitally literate — a prerequisite to participating in the new economy.

If we adopt these and other good ideas, we can harness the power of a technology with the greatest potential to advance our economic and social welfare since the advent of electricity.

Imagine a world where children in low-income neighborhoods can have access in their classrooms to the best teachers in the world and access at home to the most up-to-date e-textbooks. Picture a time when diabetic seniors living in rural areas without ready access to doctors can get nutrition counseling on home computers.

History teaches us that nations that lead technological revolutions reap enormous rewards. We can lead the revolution in wired and wireless broadband. But the moment to act is now.

The writer is chairman of the Federal Communications Commission.

From: angelaflynn80@msn.com
To: letters@washpost.com

Regarding:  U.S. is falling behind in being digitally literate

by Julius Genachowski

Broadband access is a great asset, however perhaps not everyone is interested in it.  FCC Chairman Genachowski says that 70% of smaill businesses do not have adequate broadband and that an entrepreneur cannot run a business without such access.  This does not compute.  Obviously many entrepreneurs are running their business without broadband.

There are 245,912 cell phone towers in the United States, and yet there have been no studies conducted in the U.S. on the risk to human health caused by increased exposure to radiofrequency radiation emissions (EMF/RF).  Studies in other countries show increased rates of cancer, sleep disturbances and memory problems in those living closest to cell towers.

I moved away from  wireless antennas after I started experiencing the typical symptoms of memory loss, inability to sleep and irritability.  I hear from people all over the country who have had to move or install EMF/RF shielding after antennas went in near their homes.  I also hear from people who are fighting the placement of antennas near their homes and children’s schools due to the overwhelming evidence that it is harmful to our health to have chronic exposure to the EMF/RF from the transmitters.

If Chairman Genachowski wants to keep our country safe he will work for a national fiber optics network.  Fiber optics uses the least energy and has the greatest bandwidth for all broadband systems.  It also has no EMF/RF emissions and is therefore will not harm the broadband users or their neighbors.

Angela Flynn

Wireless Radiation Alert Network

5309 Iroquois Road

Bethesda, MD  20816

FAX 301-229-4752


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Electrosensitivity: a first person perspective

Electrosensitivity: a first person perspective
Dr. David Fancy

Part of a presentation delivered in the context of Lakehead University’s research and innovation week, February 2010, at Thunder Bay, Ontario, Canada.

You’ll notice from my credentials, that although I am a researcher and academic, I am not trained in scientific research. I would not be here this evening if I had not, one day in 2001, had an odd experience. It was a simple and unremarkable experience, and yet one that was a harbinger of many challenges to come. At the time, I was writing my doctoral dissertation on the politics of representation of ethnicity in contemporary French theatre. I was spending a lot of time on my computer, a laptop. A few months into an intense writing phase, I noticed that my left hand would get sore by the end of the day. Writer’s hand, repetitive strain injury, I thought. Before long however, my left hand was sore earlier and earlier in the day. Why my left hand, I wondered? And why did the soreness go away approximately an hour after I finished typing. And why did that same hand not bother me when I was playing guitar to relax in the evening?

Pretty soon, I couldn’t type at all on the laptop. And I had an inkling that it may have had something to do with the computer itself, but I wasn’t sure. Around the same time I noticed a slight pain in my chest when I was in front of one of those older CRT or cathode ray tube televisions. A few months after I noticed this, I could only watch television for about an hour before in my chest made me have to stop. By this time I had installed an external keyboard to the laptop with a USB cable, so I was no longer typing directly over the body of the laptop. After I made this adjustment the pain was entirely gone in my previously sore hand when typing. It became clear that there was some correlation between my increasing inability to watch television, the pain that occurred when I was typing with a laptop, and the whistling in my ear that I started experiencing while speaking on a portable phone. But what was the correlation, the connection between all these experiences?

I moved to Montreal to teach at Concordia University. I found myself unable to sleep very well in my new apartment. I figured it was just an adjustment to a new environment. I purchased a used computer: one of those Apple desktops with a CRT screen in it. On the third day in my new apartment, I spent eight hours working on this computer. Suddenly, it was as if some kind of switch had flipped in me. I was, seemingly overnight, now unable to tolerate any form of electromagnetic emission without experiencing serious discomfort or pain: I could no longer use a portable phone; I didn’t have a cell phone of my own but could no longer tolerate being in a room when a phone was on; the subway made me dizzy and nauseous; I couldn’t stand near a toaster, blender, or washing machine; walking under even small power lines that ran along residential streets became an exercise in headaches and rapidly onset dizziness; my extremities became numb when I approached any kind of electrical device, or one that emitted any communications signal.
What on earth was going on?

I contacted some kind individuals in Ottawa who had a website discussing electrical sensitivity, and also ran a business selling meters to measure various forms of electromagnetic emissions. I purchased a Gauss meter to measure electromagnetic fields. I discovered a 120 mG field over the left-hand side of the laptop I had been using, but only a 5 mG field over the right hand side of that same laptop. 120mG: sore hand; 5mG hand not sore. An aha moment. The new apartment I was living in had a 25 mG electromagnetic field in it. I began doing research and discovered that more than 0.6 mG of an electromagnetic field was bioactive: it generated some kind of effect on living systems. 0.6 mG bioactive, 25 mG ambient in the apartment. 120 mG over the computer. Another Aha moment. Did these high levels have something to do with the transformer on the service pole outside my front window? Was this having an impact on my sleep and somehow contributing to the generalized pain and discomfort I was experiencing on an increasing basis? The landlord told me one day about the apartment’s previous occupants, a single mother and her child. The child, 3 years old, who had lived in the apartment since she was born, had died of leukemia 6 months previously. The mother had left Montreal to return to France to live with her parents. Was this perhaps connected as well?

The early stages of severe electrical sensitivity are marked by many of these kinds of questions. A lot of consideration is also given to how you should choose to communicate the reality of your experience to those around you: your family, your physician, your employer. Although I never doubted my own lucidity or sanity in the face of my experience, I did not for a second assume that certain individuals wouldn’t make quick assumptions about my mental acuity, judge a propensity for paranoia, for hypochondria, etc.

For example, a quick websearch to the world health Organization’s fact-sheet on Electrosensitivity reveals that legitimate sensitivity to electromagnetic fields does not exist. Reported sensitivity by individuals is described as ‘reputed sensitivity,’ and real causes for people’s problems—according to the WHO—may include flickers from fluorescent lights affecting eyesight, poor ergonomic design of computer workspaces, air quality, or general stress. In a revealing paragraph the WHO fact sheet asserts that: “There are also some indications that these symptoms may be due to pre-existing psychiatric conditions as well as stress reactions as a result of worrying about EMF health effects, rather than the EMF exposure itself.” In an interesting twist, despite their belief that there is no correlation between EMFs and people’s ‘reputed sensitivity’, and despite the fact that they assert that it is not a real syndrome, the WHO nonetheless maintains the use of the term ‘Electro hypersensitivity” to describe the “phenomenon” of people assuming that they are being affected by fields. Why deny the syndrome, but continue to use the name attributed by people to their genuine experience?

If one follows the logical implications of the argument on the factsheet, the continued use of the term ‘electrical hypersensitivity’ allows the WHO to perform two rhetorical operations simultaneously. On the one hand, by designating certain people as electro-hypersensitive, the WHO protects itself from protest that the organization is not acknowledging the reality of the ‘phenomenon’. On the other hand, the term electro-hypersensitive, used by people worldwide attempting to draw attention to the reality of their suffering, is remobilized by the WHO to essentially indicate individuals who are at best very wrong, and at worst, in need of psychiatric intervention. The term electrohypersensitive becomes a logical trap of semantic exclusion: according to the WHO, even if you call yourself electrohypersensitive, identify as one, then you’re clearly ‘sick in the head.’

I’ll leave it to active researchers in the field such as Henry Lai and Magda Havas to discuss the design flaws in various studies used to support the WHO’s assertions. Think though for example of the recent and infamous Exeter study, in which a number of participants became so ill from repeated provocation exposures from electromagnetic emissions that they quit the study. These people were not counted in the final tabulation of results. What is particularly evident, however, is that the WHO’s assertions carry a lot of weight internationally. They are at the top of a medical and regulatory foodchain that is consulted by provincial healthcare policymakers who write policy that is in turn consulted by employers, insurers and physicians when deciding how to manage ill individuals reporting the kind of symptomology experienced by the electrically sensitive.

This general state of affairs results, in Canada at least, in a person needing to be particularly careful about how they approach disclosing the reality of their condition to those around them. Consider for example the case of a young man in his late 20s from Milton, Ontario, a young man with an MBA from Sheridan who was 3rd in sales nationally for a major international food services company. He became electrically sensitive from exposure to a new hand-held wireless stocking device his employers required him to carry from store to store for the purposes of measuring inventory. Complaining of headaches and pain that he attributed to the new technology, his physician referred him to a psychiatrist and, not knowing any better, he went. The psychiatrist declared him mentally incompetent. He has been rejected by his family as a hypochondriac, and can no longer work. He ran out of money and lived on the streets and in a shelter for six months. The only way he is currently eligible for socially assisted housing is if he can demonstrate to his social worker that he is taking the daily doses of multiple anti-psychotics prescribed to him by the psychiatrist. Needless to say he has become highly skilled at hiding pills under his tongue, then spitting them out when no-one is looking.
Consider the case of the woman from Welland, Ontario who was initially rendered electro hypersensitive sensitive from working in a call centre. She was hospitalized for the pain she was experiencing in the enteric nervous system in her stomach that flared up when a new cell tower was installed next to her house. The doctors would not acquiesce to her requests for removal of a wireless node outside her hospital room. They assumed she was delusional to think that there could be a relationship between the wireless emissions and her complaint. Instead, they simply plied her with more and stronger painkillers. The pain continued, and she finally died in hospital from a morphine overdose. Official cause of death: complications associated with acute liver failure.

Consider the family in Simcoe, Ontario who had to sell their million dollar century home, a family heirloom, when the husband, an accountant, started losing consciousness shortly after six cell antennae were placed on a water tower adjacent to their property. These people have become pariahs in their community. The man has been ridiculed in the press and quite literally spat on in the street for having brought his concern to the town council. It seems he also had the audacity to suggest that the new antennae were perhaps related to the wave of 12 new cancers that struck the 14 houses nearest the antenna in the two years following their installation.
These are some of the dozens if not hundreds of people I’ve been in contact with over the past eight years: those unable to live in their homes, attend school, go to work, be in public: a whole hidden tribe of nomads forced into itinerancy, isolation, and frequently, extreme poverty. These refugees are forced into peripatetic and difficult journeys to find low-exposure zones, to seek out a doctor who understands, and to continually resuscitate the hope for some kind of eventual recovery.

Electrical sensitivity manifests differently for different individuals, and is best understood as being on a continuum of severity, with the cases I’ve just described being on the worse end of the scale. But how many more Canadians are experiencing less extreme immediate symptoms from general electrical sensitivity, given that the accepted safe exposure levels are so far above what actually generates biological effects? Ear aches from the cell phone, unexplained dizziness, blood sugar imbalances, hyperactivity, neuralgia, unease, headaches, nausea, lack of coordination while driving, the gradual development of degenerative disease. As Magda has emphasized, rough calculations suggest that significant proportions of the population are, in one way or another, electrically sensitive.

What is preventing Health Canada and other national and international regulatory bodies from recognizing the reality of the situation? It turns out the answer is a particularly predictable one: follow the money trail.

Canadian activists Sharon and Denis Noble have very closely examined the funding sources behind the scientific literature that Health Canada depends upon to justify its current standards. In a letter to the Auditor General, the Nobles trace how in case after case the authors of the scientific literature that Health Canada draw upon are in situations of conflict of interest.

One author of a study is a director of a research centre founded by monies from the Canadian Wireless Telecommunications Association, a cell phone industry lobby group. This author is also is also a director of the Canadian branch of the Interphone study. Canada is the only one of the 13 participating countries whose project is funded by the wireless association. Another author was the editor of Radiation Research: only one positive paper on microwave genotoxicity has appeared in Radiation Research…. 80% of the papers that deny biological and health affects (17 out of 21) published in Radiation Research were paid for by either the industry or the U.S. Air Force. And it goes on: studies funded by industry and the military consistently showing no effects to electromagnetic pollution to human health. Health Canada responds to the Noble’s charges of conflict of interest by affirming: “The fact that some studies are either directly or indirectly funded, in whole or in part, from the wireless industry or any other sources does not constitute a valid reason to dismiss these research findings outright.” Unfortunately for them, peer reviewed statistical analysis has demonstrated that funding sources have a statistically significant effect on the positive or negative outcome of studies on the biological effects of radiofrequency. Health Canada continues to support the use of industry-funded research, arguing that the number of studies which show no biological harm outnumber those showing harm. Therefore, using the “weight of evidence” argument based on faulty research, Health Canada continues the collusion that marks the current dominant discourse on the subject. In a private meeting with Beth Pieterson, the Director General of the Research and Radiation Protectorate of Health Canada, she acknowledged to me the oddity of the apparently extreme divergence of opinion between the two opposing scientific camps. Ms Pieterson had no particular response to this, and despite entreaties, Health Canada has not been willing to invest in a dialogue between opposing scientific camps.

This information regarding conflict of interest has been circulated widely to journalists and yet very little attention is paid to this pervasive health issue in the media (and this despite the fact that I know several cameramen who attribute the cancer in their brains or face to the electromagnetic fields emitted by the cameras on their shoulder). Does this have anything to do with the fact that most media outlets are either owned and run by wireless providers, or depend heavily on their sponsorship and advertising? Which journalists and media outlets are asking these questions? Have we all become so inured to industry fudging of science in the asbestos, cigarette and thalidomide cases that the fearful media are simply going to watch this happen, like a car crash in slow motion?
And yet there is some hope for change internationally:
The legal systems in various countries have begun awarding damages to individuals injured by electromagnetic pollution, regardless of the assertions of governments regarding the alleged scientific impossibility of these kinds of injury. The Alaskan Supreme Court awarded money to an individual who was injured by radiofrequency levels below the so-called safe threshold.
Lloyds of London stopped insuring most wireless and cell companies in the late 1990s when the company began to take the 50 years of research on the subject seriously. This suggests that at some point in the future, the litigation costs will become such a liability that investors will flee unsafe technologies. This kind of economic dynamic is what finally brought to light awareness of the perils of smoking. Various class action suits against cell phone providers are working their way through the courts in the United States and elsewhere.
Canadian Human Rights Commission has published a report on its website declaring environmental sensitivity to be a disability on par with sightlessness, being constrained to a wheelchair, or any other more recognized form of disability. Specific mention is made of electrical sensitivity. If they have the time and the money above and beyond simple survival, perhaps electrically hypersensitive individuals can claim human rights abuse when they are unwilling consigned to a psych ward, or left fending for food in the streets or in the woods.
Activist groups are springing up all over the world. The organization that I helped found sends out daily news summaries of research and media reports on the topic, and regularly stages front line intervention and support for Canadian living with electrical sensitivity.

Above everything, an important aspect of the experience is that the human body wants to be well. It is simply a question of removing offended incitants, supporting the immune system and detoxifying the body. My own condition became increasingly worse, to the point where I lived in an unheated camper trailer on a 120 acre woodlot outside of St Catharines for 2 years. At that point I was unable to be anywhere in proximity to wireless, cell signals and just plain old 60 htz. Although I did not miss a day of work through this entire period, although generated enough research to receive tenure and promotion, received a SSHRC grant, won a national playwrighting prize and a major teaching award, I also spent 5 years in continuous pain, numbness, nausea, and brain fog. I was unable to fly, to drive for more than 20 minutes, and was very socially isolated. I would work on my computer with a 20 foot USB extension cable to a keyboard and use a data projector on the other side of the room to shine a screen on the wall in front of me. Email became an exercise in major pain. And yet with a lot of research, the collaboration of an open-minded MD and 2 very good naturopaths I was able to detoxify, support my immune system, and now am significantly better. I spend a lot of time trying to direct other electrosensitive people to the kinds of resources that they can also use to improve their condition and begin living again.
And yet, despite these beginnings of change, much more work has to be done.

First of all, and obviously, levels of electromagnetic pollution have to be reduced to biocompatible levels and different technologies have to be developed. That is a no-brainer.
Only very few places in Canada actually provide anything approximating recognition for electrical sensitivity or acknowledgement that other health complaints may result from exposure. Women’s College Hospital in Toronto has an Environmental Health clinic where dozens of people I’m familiar with have gone to be told by the physicians there that they are electrically sensitive. However, when interviewed by the media, these same physicians will under-report the number of individuals they deal with, suggesting instead that they’ve only seen a handful of cases over the past years. Why this mendacity about the prevalence of the condition? Who benefits from this? Physicians need to be further educated about the risks of electromagnetic exposure, and emergency medical services have to be provided for those suffering from extreme electrical sensitivity. Many people with electrical sensitivity cannot spend time indoors, let alone go to a doctor’s office.

More research needs to be done on the complexifying effects that heavy metals, pesticides, and other pollutants in the human body have on the development of electro hypersensitivity. A majority of Swedish electrohypersensitives affirm that the presence of mercury amalgam fillings contributed to the onset their condition.
For people with electrical hypersensitivity, even convincing the experts onside sometimes is a challenge. Consider David Carpenter, co-editor of the BioInitiatve report and a professor of environmental health sciences and biomedical sciences at the University at Albany, State University of New York, who often warns against the dangers of EMFs. He’s quoted in the LA Times from the 15th of February this year as saying that although he believes that EMFs can cause cancer and possibly neurological disorders such as Alzheimer’s and Lou Gehrig’s disease, he asserts that there’s no good evidence that cellphones can cause headaches and other vague complaints: “I’m not sure electrosensitivity is real.”

And until these kinds of attitudes change, the amount of unheralded and undiagnosed suffering from this currently misunderstood condition will continue unabated.

Web site www.weepinitiative.org e-mail contactweep@weepinitiative.org

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W.E.E.P. – The Canadian initiative to stop Wireless Electrical and Electromagnetic Pollution

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