A Report on Non-Ionizing Radiation

News Center: Short Takes Archive

Provided 70-80% of Its Support in Each of Last Three Years

June 25, 2020

The German government is the main sponsor of ICNIRP, the International Commission for Non-Ionizing Radiation Protection.

The Federal Ministry for the Environment, Nature Conservation and Nuclear Safety (BMU), which is the bureaucratic parent of the Federal Office for Radiation Protection (BfS), has contributed 70-80% of ICNIRP’s annual income in each of the last three years. This does not include revenue from the sale of books and fees to attend workshops.

German Support for ICNIRPSources: BMU and ICNIRP

The BMU/BfS has been known to support ICNIRP, but the extent of its funding has only now emerged.

Details of Germany’s support for ICNIRP was provided to Microwave News by the BMU following an information request.

ICNIRP also receives an “in-kind-contribution” from the BMU: “free” office space in the BfS premises in Oberschleiβheim, near Munich, according to Bastian Zimmermann, a BMU spokesperson.

Among the other agencies that support ICNIRP are: European Union Programme for Employment and Social Innovation “EaSI” (2014–2020), International Radiation Protection Association (IRPA), Australian Radiation Protection and Nuclear Safety Agency (ARPANSA) and New Zealand Ministry of Health.

ICNIRP, originally an offshoot of IRPA, was launched in 1992, at the initiative of Michael Repacholi, who at the time was with the Australian Radiation Laboratory (see MWN, J/A92, p.12). He served as ICNIRP’s first chairman until 1996, when he moved to become the head of the WHO EMF Project, which he also helped set up (see MWN, J/A96, p.14).

ICNIRP develops exposure guidelines which are the basis for many national standards, including Germany’s. It releases an annual report, but specifics about its finances are sketchy at best.

First Update Since 1998

March 11, 2020

The International Commission on Non-Ionizing Radiation Protection (ICNIRP) has issued updated guidelines for exposures to RF/microwave radiation.

“The guidelines have been developed after a thorough review of all relevant scientific literature, scientific workshops and an extensive public consultation process. They provide protection against all scientifically substantiated adverse health effects due to EMF exposure in the 100 kHz to 300 GHz range,” according to Eric van Rongen, the chairman of ICNIRP.

“We know parts of the community are concerned about the safety of 5G and we hope the updated guidelines will help put people at ease,” he said. Van Rongen is with the Health Council of the Netherlands.

The new guidelines are published in Health Physics and are open access. A copy is available here. They were last updated in 1998.

The ICNIRP press release is here.

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See also our recent article on the links between the World Health Organization (WHO) and ICNIRP:
“Will WHO Kick Its ICNIRP Habit?”
and
“How Much Is Safe?: Radiation Authorities Rely on Controversial Group for Safety Advice” from Investigate Europe,

 

First Federal Officials To Take a Stand on Cell Phone Safety

January 17, 2020

NTP scientists have decided to follow the science.

In a recent revision to the information it offers the public on cell phone radiation, the National Toxicology Program (NTP) revealed that its scientists are now taking precautions by spending less time on cell phones and, when on a call, increasing the distance between their heads and the phones.

The NTP released the final report on its $30 million animal study that showed “clear evidence” of a link between cell phone radiation and cancer in late 2018. But until now NTP scientists have downplayed the implications of their findings in public statements.

Indeed, John Bucher, the former associate head of the NTP and the leader of the NTP cell phone project, was asked —at each of the three press conferences held at various stages of the release of the NTP results— whether the cancer findings had changed the way he used his cell phone or the advice he gave his family. In the first two instances, he replied no, and in the third —on issuing the final report— he again said no except when “on a conference call for an hour or two.”

That has now changed.

In an email to Microwave News, Bucher confirmed that he is following the precautionary steps offered on the NTP website. In a separate exchange, Michael Wyde, who managed the study and continues to run the follow-up work, wrote that he too is taking these precautions.

They and other NTP scientists are, at present, the only ones working for the U.S. government to publicly endorse precaution to reduce microwave exposure from wireless devices.

CDC Once Endorsed Precaution and Then Backed Away

For a brief time in 2014, the U.S. Centers for Disease Control (CDC) endorsed precaution. It quickly reversed direction under pressure from the National Council on Radiation Protection and Measurements, better known by its acronym, NCRP

Up to now, government scientists have left individuals to make their own decisions to take precautions, favoring the phrase, “if people are concerned about their exposure…” That conditional used to be on the NTP website but has now been removed.

The FDA website continues to suggest precautions only for those who are “concerned.”

Here are screenshots of this particular Q&A from the NTP’s FAQs before and after the change.

Before:NTP on precaution before
After:
NTP on precaution after

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A note of appreciation to the followers of Microwave News who send me tips about news and other developments. This story is a case in point: An eagle-eyed reader spotted this change in the NTP FAQs and wrote to me about it. Thank you!

Wants SARs Measured Without 5 mm Separation from Body

October 28, 2019

French health officials want cell phone users to be better informed of potential risks and are urging them to take precautionary steps to limit their radiation exposures.

The move comes after an government health and safety agency (ANSES) issued an October 21 advisory warning the public not to carry phones in shirt or trouser pockets.

The French government wants the European Commission to require measurements indicating how much energy is absorbed (SAR) when the phone is next to the body —that is, with the phone in simulated contact with the user. Current protocols allow a 5 mm separation.

On October 25, the Ministry of Social Affairs and Health issued a statement with these key points*:                   

1. France will ask the European Commission to reinforce the requirements for new mobile phones put on the market. As recommended by the National Agency for Safety, Environment and Labor (ANSES), the Government will request that the approval tests be carried out in contact with the apparatus, and not 5 mm away as is currently the case. This will be more representative of actual exposures;
2. The National Frequency Agency (ANFR) will develop tools to improve user information:

 • The mobile application “Open Barres” will be completed by the end of the year to allow each user to know the emissions of his mobile phone model; 
•  The recommended usage distance will also be indicated on the ANFR website, which already cites distances for the telephones checked, as well as the “Open Barres” application. If there is cooperation from manufacturers, they will be available by the end of the year.

3. The Government will bring together major manufacturers to take voluntary steps to update the software of their models already on the market, before the adoption of recent, more restrictive emission standards;
4. ANFR’s monitoring of products placed on the market will be increased by 30% in 2020.

The government reaffirmed its advice that users take these safety steps:

1. Use a hands-free kit
2. Favor text messages over phone calls
3. Favor areas with good reception
4. Avoid holding your phone to the ear when in a car, bus or train
5. Pick a mobile phone with a low SAR
6. Avoid long conversations

The full announcement (in French) is here, an English version is here.

For more on phones in pockets:
Colorectal Cancer Soaring in Young Adults; Are Smartphones in the Mix? (2019)
Keep That Phone Out of Your Trouser Pocket! (2009)

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*Adapted from Google Translate.

Power Line-Cancer Links Show Consistency, Not Contradictions

September 4, 2019

Industry-funded studies have promoted false doubts about EMF cancer risks and led to the failure of the public health community to reduce exposures, argues David Carpenter in a paper published last week in Environmental Research.

Carpenter, the director of the Institute for Health and the Environment at the University of Albany in upstate New York, shows that, over the last 20 years, findings on the link between power line (ELF) EMFs and childhood leukemia have been heavily influenced by their source of funding. Government or independently sponsored studies have “consistently” shown that higher exposures lead to the greater cancer risks, while those supported by electrical utilities “consistently” have not.

These superficial contradictions have led to unwarranted doubt and inaction, according to Carpenter: “The public is confused and many times the press declares that results are ‘inconsistent’ when in fact they are very consistent if one does not consider the results of industry-funded studies.”

He writes: 

“It is remarkable that in the 40 years after [Nancy] Wertheimer and [Ed] Leeper (1979) first reported an association between exposure to magnetic fields from residential power lines and elevated risk of childhood cancer, and the large number of subsequent investigations, that there is still controversy over the question, ‘Does exposure to magnetic fields cause cancer?’”

The main reason for the uncertainty, Carpenter maintains, is that industry studies have weakened the findings of meta-analyses by diluting the “true association” between ELF EMFs and cancer. As a result, the medical and public health communities have failed to advise people to reduce their EMF exposures. He calls the current situation “unacceptable.”

Beyond childhood leukemia, Carpenter points out that individual studies and meta-analyses have shown “strong evidence” that excessive exposure to magnetic fields increases the risks of adult leukemia, male and female breast cancer and brain cancer.

In an interview, Carpenter said that he was “a bit surprised” by the strength of the links between adult cancers and ELF EMFs, where the industry-funded bias is less apparent. This “may be simply because few have paid attention to adult cancers, and therefore the industry has chosen to discredit the whole cancer association by focusing on childhood cancer,” he said.

In the early 1980s, Carpenter led the New York Power Line Project, which sponsored the first replication of the Wertheimer-Leeper study by David Savitz, then at the University of Colorado. (See our report from 1986 when those results were announced —to the surprise of the electric utilities.)

Over a decade ago, a team of Swiss researchers showed a similar bias among studies on the health effects of cell phone radiation.

Existing Rules Will Apply to 5G Phones and Infrastructure

August 8, 2019
Updated August 9, 2019

After six years of study, the Federal Communications Commission (FCC) has decided not to revise its current safety limits for RF radiation. The rules, which were first adopted in 1996 and are the only ones governing cell phone exposures in the U.S., will continue to be based only on thermal effects.

“After a thorough review of the record and consultation with [the FDA and other health] agencies, we find it appropriate to maintain the existing radiofrequency limits, which are among the most stringent in the world for cell phones,” said Julius Knapp, the chief of the FCC’s Office of Engineering and Technology.

Some had wanted the FCC to harmonize its limits with those of ICNIRP, which are considerably more permissive for cell phone exposures. The ICNIRP standard is 2 W/Kg, averaged over 10 g of tissue, while the FCC limit is 1.6 W/Kg over 1 g. The larger averaging volume alone makes the ICNIRP standard less stringent by two- to threefold (see MWN, J/A00, p.8).

In the FCC announcement, issued today, Chairman Ajit Pai cites the support of Jeffrey Shuren, the director of the FDA’s Center for Devices and Radiological Health. “The available scientific evidence to date does not support adverse health effects in humans due to exposures at or under the current limits…” Shuren told the FCC, adding, “No changes to the current standards are warranted at this time.”

FCC officials said at a press briefing that there’s “nothing special about 5G,” according to a report from CNET. They went on to argue that the scientific evidence to date indicates that, in terms of causing health effects, 5G is no different from any other cellular technology, including 4G or 3G. The higher-frequency signals (millimeter waves) used to deliver 5G also pose no health risk, they said, pointing out that the existing RF exposure guidelines apply to 5G.

The FCC first announced its plan to review the agency’s RF rules in March 2013 in a 200-page filing.

For more on the FCC and RF safety, go here.

Information and Misinformation Vie for Attention

June 11, 2019
Updated June 21, 2019

Hans Skovgaard Poulsen sounded the alarm seven years ago. There’s a spike in glioblastoma —GBM— in Denmark, he warned. Poulsen, the head of neuro-oncology at Copenhagen University Hospital, called it “frightening.”

On November 2, 2012, the Danish Cancer Society dutifully sent out a press advisory under the title “Massive Increase in New Cases of Aggressive Brain Cancer.” The incidence of GBM had doubled over the last ten years, Poulsen said.

Then he walked away and wouldn’t talk about it anymore. The Danish Cancer Society took down the press advisory from its Web site¹ and no one there wants to talk about it anymore.

Turns out Poulsen was not far off, just ahead of the curve.

In May, Julius Graakjaer Grantzau, a member of the Danish Parliament, requested statistics on the incidence of GBM from the government and then released them to the public. At my request, a Danish epidemiologist plotted the graph below. (The epidemiologist asked not to be identified by name.)

GBM in Denmark 1995-2017

Incidence of GBM in Denmark, 1995-2017 (blue bars); % increase relative to 1995 (orange line).
Prepared by a Danish epidemiologist for Microwave News. (click to enlarge)

Note that the rates have not been adjusted to account for the fact that an aging population will have more brain tumors. (The older you are, the greater the odds of developing one.) The larger number of older people in the population could account for up to 15% of the observed increase in GBM, according to the unnamed epidemiologist.

I asked Mette Vinter Weber, a communications advisor in the office of the director of the Danish Cancer Society Research Center in Copenhagen, for a comment on the GBM data posted by Grantzau. Over the next ten days she tried to find someone to answer my question, but in the end, came up empty. It was, she finally told me, out of the “area of expertise” of her colleagues at the Cancer Society.

I also wrote to Christoffer Johansen, a former staffer at the Society, who is now the head of research at the Rigshospitalet, a leading hospital in Copenhagen. Johansen continues to advise the Society as a guest researcher. Back in December 2013, a year after the press advisory, Johansen told me that Poulsen was wrong, citing some unspecified computational error. Now he doesn’t want to talk about the new data. He did not reply to a request for an update.

Johansen, a coauthor of what is known as the Danish Cohort Study, has long maintained that there is no association between brain tumors and mobile phones. His epidemiological study, however, is widely considered to be flawed and unreliable. The IARC expert committee that classified RF radiation as a possible carcinogen in 2011 discounted the study as riddled with errors. (Follow the links for our coverage of the IARC decision and detailed look at the Cohort Study.)

I then tried Hans Poulsen as well as Jørgen Olsen, the former head of research at the Cancer Society. They too stayed silent. Olsen, who is now retired, has been helpful in the past while Poulsen has never replied to any e-mail messages from Microwave News since the press advisory was posted in November 2012.

Though apparently unable or unwilling to comment on GBM rates, representatives of the Danish Cancer Society, including Johansen, continue to dismiss cancer concerns over wireless radiation —notably from the upcoming 5G networks, despite the lack of available information.

Here is what the Cancer Society’s Aslak Harbo Poulsen told DR, the Danish Broadcasting Corp., at the end of May: A single study may show a link, but an overall assessment of the existing literature does not indicate any health effects, including cancer. This Poulsen is a post-doctoral researcher and he too worked on the Danish Cohort Study.²

Russian 5G Disinformation Campaign in Denmark?

The May 31 story posted on the DR Web site is headlined, “5G Opponents Spreading Russian Misinformation in Denmark,” and promotes a conspiracy theory first floated by Bill Broad of the New York Times earlier in the month.

Whether DR was aiming at Grantzau, the member of Parliament, is not known. But he, among some others, is not satisfied by the way the Danish government is handling the rollout of 5G. In an e-mail exchange with Microwave News, this is part of what Grantzau told me:

“Getting a balanced answer about the possible dangers from 5G is impossible. The minister wants to clearly state that there is nothing to be afraid of. Even though her own government (Sundhedsstyrelsen, like the U.S. FDA) has no specific information about 5G. …

The media has the same wish —to make sure, that nobody worries about 5G or electromagnetic radiation in general. So when I hosted a conference in the Parliament with critical scientists, telling about the dangers, the media writes about it in a ridiculing way. …

My thoughts about the 5G rollout is that it is being pushed without any public democratic debate and without listening to any of the critical voices. I think it’s difficult to find out what we actually need 5G for, but it’s easy to find a lot of problems with it.”

See also companion story:
“GBM Rising in Denmark, Much as in England.”
And:
“Spike in ’Aggressive’ Brain Cancer in Denmark” (2012)
“Something Is Rotten in Denmark” (2013)

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1. The press release is still accessible thanks to the Wayback Machine of the Internet Archive.

2. The Danish Cohort Study has other influential coauthors, including John Boice, until recently the director of the U.S. NCRP, and Joachim Schüz, a senior manager at IARC, as well as the Danish Cancer Society’s Jørgen Olsen.

May 6, 2019

The Japanese Ministry of Internal Affairs and Communications is circulating a report on the partial replication of the U.S. National Toxicology Program’s RF–animal study, planned by Korean and Japanese officials. It includes the proposed candidates for the project’s International Steering Committee. 

They are:
Alexander Lerchl, Jacobs University, Germany
Michael Repacholi, founder of WHO-EMF Project and ICNIRP
• Emilie van Deventer, head of WHO-EMF Project
Eric van Rongen, chair of ICNIRP
• Vijayalaxmi, University of Texas Health Science Center
Joe Wiart, Telecom Paristech, formerly France Telecom
Michael Wyde, NIEHS/NTP

The report is in Japanese and includes a two-page summary in English. For more on the project, see our write-up from last fall.

Animal Studies Prompt Calls To Upgrade Classification to “Probably Carcinogenic” or Higher

April 22, 2019
Updated October 30, 2019

An advisory committee has recommended that the International Agency for Research on Cancer (IARC) reassess the cancer risks associated with RF radiation. This should be a “high priority,” according to the panel’s report, which was issued last week.

The group, with 29 members from 18 countries, suggests that the new evaluation take place between 2022 and 2024.

In May 2011, an IARC expert committee classified RF radiation as a possible human carcinogen [Group 2B]. Since then, the evidence has grown stronger. After the NTP and Ramazzini animal studies both showed higher rates of cancer among rats exposed to cell phone radiation, a number of observers argued that IARC should upgrade RF to a “probable” cancer agent [Group 2A] or simply “carcinogenic to humans” [Group 1]. (More on the IARC classifications here.)

Following the release of the Ramazzini Institute results last year, Fiorella Belpoggi, the principal investigator, called on IARC to take another look (see our story). Belpoggi is the director of the Institute’s Research Center in Bologna, Italy and was a member of the IARC priorities panel. She would not comment on their deliberations because, she said, IARC required participants to sign a confidentiality agreement. The panel met during the last week of March in Lyon, IARC’s hometown.

Paul Demers, another member of the panel, said that he was “happy with the decision.” Demers, the director of the Occupational Cancer Research Centre in Toronto, noted that he is not sure what a new working group would decide but that there have been more studies since the last RF Monograph and the “animal studies cerainly deserve evaluation.”

“It is very good news,” Tony Miller, an emeritus professor of epidemiology at the University of Toronto, wrote in an e-mail. He cited the substantial human epidemiology and animal evidence of carcinogenicity that has accrued since the 2011 evaluation. “If a working group were to conclude that RF is a Group 1 human carcinogen, as many of us now believe,” he said, “it would be impossible for governments and public health authorities to ignore.”

Neither Kurt Straif, the head of IARC’s Monographs section, nor Joachim Schüz, the head of its environment and radiation section, responded to a query on the likelihood that the agency would follow through and convene a new RF assessment committee. Schüz has made no secret of his skepticism of an association between RF and cancer.

Despite the confidentiality of the priority panel’s deliberations, one insider revealed that, during the extensive discussion of the RF nomination at the meeting, some argued against it. This might explain why, while RF was given a high priority, it was assigned to the second half of IARC’s five-year planning window (2020-2024).

Details, including the full membership of the priorities panel, are posted on the Lancet Oncology Web site (free access).

April 24, 2019
Correction:
Kurt Straif has retired. Kathryn Guyton is the acting head of the IARC Monograph Group, which is part of the Evidence Synthesis and Classification Section.

October 30, 2019
Today, IARC released the Report of the Advisory Group to Recommend Priorities for the IARC Monographs during 2020–2024. The section on non-ionizing radiation, EMFs and RF, is on pp.148-149.

The recommendation for RF is “high priority (and ready for evaluation within five years).”
The recommendation for ELF magnetic fields is “no evaluation.”

A Request That It Be Withdrawn

February 20, 2019

A major review of cell phone cancer risks is at the center of an ongoing controversy over whether it is biased and should be withdrawn.

The new paper by some of the most prominent members of the RF–health community contends that epidemiological studies do not show an increased risk of brain tumors or acoustic neuroma associated with the use of mobile phones. That is, cell phones are cancer safe.

Titled “Brain and Salivary Gland Tumors and Mobile Phone Use: Evaluating the Evidence from Various Epidemiological Study Designs,” the new paper is a detailed look at the literature and includes a meta-analysis of many of the studies that have been completed over the years. The lead author is Martin Röösli of the University of Basel in Switzerland.

The paper is slated to appear in the 2019 edition of the Annual Review of Public Health, which is scheduled to be published in the spring. The paper was posted online on January 11.

Röösli has four coauthors: Maria Feychting of Sweden’s Karolinska Institute; Joachim Schüz, a senior manager at IARC in Lyon, France; Italy’s Susanna Lagorio; and the U.K.’s Minouk Schoemaker. Both Röösli and Feychting are members of ICNIRP; Feychting is its vice chair.

Four of the five, all except Röösli, worked on IARC’s Interphone project, a 13-country study of cell phones and cancer. They were part of the faction that maintained the results do not show a link.

In 2011, a panel assembled by IARC —Röösli was a member— disagreed and used Interphone as part of its rationale for classifying RF radiation as a possible human carcinogen (2B).

At the close of the panel meeting, there was talk of a minority report by those who disagreed with the 2B designation. But it never happened. The Annual Review paper fills that gap, though it’s a bit late as many are now asking IARC to reclassify RF radiation as a probable human carcinogen (2A), or even as a known carcinogen (1) in light of the NTP and Ramazzini animal studies.

In December, Australia’s Rodney Croft, another member of ICNIRP, published an analysis that had the same general objective. It is less sophisticated than the new review, and many say that it is flawed.

These disputes are shining a spotlight on the workings of ICNIRP at a time it is under growing scrutiny. A team of reporters is working together on a project called “Investigate Europe: The 5G Mass Experiment,” a series of articles published across the continent on the health implications of the 5G rollout. The German affiliate coined the phrase, “The ICNIRP Cartel.”

Berkeley’s Moskowitz: A Biased Review

Michael Jerrett of UCLA, a member of the Annual Review’s editorial board, solicited the review paper. His expertise is on exposure assessment and his recent research has addressed air pollution as well as behavior and obesity.

When Röösli submitted the manuscript last August, Jerrett worried that the authors had overstated the no-risk case and asked Joel Moskowitz at UC Berkeley to take a look and offer an informal peer review. “The paper is the most biased review of this topic that I have [ever] read,” Moskowitz replied. He urged Jerrett not to publish it, telling him that doing so would be a “disservice to public health.”

Moskowitz, an epidemiologist who tracks RF and health developments on his Web site, Electromagnetic Radiation Safety, has long believed that there is sufficient evidence to adopt precautionary policies and to limit exposures. Ten years ago, he was a coauthor of a meta-analysis that found “possible evidence” linking mobile phones to cancer.

Jerrett asked for another external review of the manuscript and later sent all the comments to Röösli with a request for revisions.

Jerrett and UCLA colleague Jonathan Fielding, the editor of the Annual Review of Public Health, referred a recent query from Microwave News about the peer review process to Jennifer Jongsma, the director of production and the associate editor-in-chief of all 50 Annual Reviews, which cover assorted scientific topics from analytical chemistry to virology. She told me that the two external reviewers “well represented” the views of what she called the “counter group.” She went on to describe what happened next:

“The authors made several compelling arguments in their response to this extensive feedback to justify their causal determinations, and then they revised the manuscript to present a more nuanced interpretation of the evidence base.”

Moskowitz says that he was never sent the revised manuscript for a second review. Jongsma told me that neither of the outside reviewers was asked to take another look and that the decision to publish was made by the Editorial Committee on its own. Asked whether members of the Committee have had experience with the RF issue, Jongsma answered yes, without offering any specifics.

When Moskowitz learned a couple of weeks ago that the paper would be published after all, he was appalled. He wrote and asked Jerrett and Fielding “to consider retracting” it. Moskowitz explained:

“In my opinion, this meta-analysis and review paper does not reflect the state of the science. Furthermore, publication of the paper in this form would contribute to industry efforts to manufacture doubt about cell phone radiation risks and impair public health harm reduction efforts.”

I asked Moskowitz, How extensive were the changes made to the original draft? He declined to answer, citing the confidentiality of the peer review process, however informal it might have been. He did comment that, “The paper that is posted online is biased to minimize evidence of increased risk.”

Stung by the renewed criticism, Fielding and his two associate editors have prepared an introduction to be included in the print edition when it appears in May. They write, in part:

“[S]ome experts may still feel that the authors’ conclusions are biased toward the null. These strong differences of opinion suggest that interested readers should consult the many referenced publications to help them make up their own minds about a public health impact.”

There are 120 publications cited in the review paper.

I did what Fielding is suggesting. It is hardly reassuring. See my companion article, “The Precarious Case Against Precaution.”

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