All in all, ICNIRP 2020 has 158 unique references. Not all have been authored by the ICNIRP co-authorship network found in Pattern 1. We found that the network co-authored 78 of the referenced peer reviewed papers, seven of the literature reviews, and six ICNIRP publications, in total 91 documents. In addition to these 91 documents, there are 67 references to other documents.
Of these 67 documents, only 15 are peer reviewed papers on RF EMF and health. The remaining 52 are documents with no direct relation to this topic. We termed these 52 “technical documents”, as they address topics such as WHO’s definition of “health” and other general terms used (three documents), thermal regulation (20 documents), contact currents and pain (five documents), technical documentation (three documents) and SAR-modelling and calculations (21 documents). We excluded these technical documents from further analyses (see Figure 1) .
In the introduction we raised five questions relating to the authorship behind the referenced literature used to underpin the ICNIRP 2020 thermal-only view. Below we repeat the patterns found, answering these questions whilst adding some overarching conclusions.
Pattern 1: ICNIRP affiliates and ICNIRP 2020 authors are heavily involved in literature referenced in ICNIRP 2020 to underpin it. Figure 2 shows the graph of the complete network of co-authorship relations found in the referenced literature in ICNIRP 2020 originating from the ICNIRP affiliates, displaying that ICNIRP affiliates are the most central nodes of the network, and seven of the most central nodes being ICNIRP 2020 authors.
Pattern 4: a small and tight network of just 17 authors is behind all the literature used to underpin ICNIRP 2020. Of these 17, 10 were ICNIRP affiliates, of whom six were also authors of ICNIRP 2020. Five of these 17 were IEEE C95.1 2019 authors, two of whom were also ICNIRP 2020 authors.
Pattern 2: ICNIRP 2020 authors are involved in all the literature reviews referenced in ICNIRP 2020 to underpin it. In addition to the ICNIRP 2020 authors, these committees are manned by several other ICNIRP affiliates.
Pattern 3: All scientific papers used to underpin ICNIRP 2020 are from the same co-author network centered around ICNIRP affiliates.
Only four papers were found to be used to underpin ICNIRP 2020 that were not linked to the ICNIRP co-authorship network. Of these four, a simple internet search revealed that two of them have authors who have co-authored several papers with ICNIRP affiliates and thus cannot be seen as independent from ICNIRP. The two last were misinterpreted to underpin ICNIRP 2020 or offered no scientifically sound support.
Pattern 5: The spread of first authors gives a false impression of broad support. While there is a high variation of first authors, most of them not affiliated with ICNIRP/IEEE, a tight network of just 16 key authors, dominated by ICNIRP and IEEE affiliates, is involved in all the papers used to underpin ICNIRP 2020 (Pattern 4). Moreover, in the co-authorship network (Pattern 1) ICNIRP affiliates are found as central nodes, while most first authors are peripheral in the network.
Intentionally or not, the domination of ICNIRP affiliated authorship is blurred by the practice of having many different non-affiliates as first authors. This conceals the fact that effectively all referenced papers used to support ICNIRP 2020 originate from a network of researchers completely dominated by ICNIRP affiliates and a few who are closely related.
Pattern 6: All referenced papers not authored by the ICNIRP co-authorship network are either rejected, misinterpreted to underpin ICNIRP 2020, or offer no scientifically sound support.
Our analysis shows that ICNIRP 2020 itself and, in practice, all its referenced supportive literature stem from a network of co-authors with just 17 researchers at its core, most of them affiliated with ICNIRP and/or the IEEE and with ICNIRP 2020 authors in prominent positions, where those who are not are still closely related.
The overlaps between ICNIRP and the committees authoring the referenced literature reviews have been documented multiple times [4, 19, 20]. However, it was not anticipated that these ties would be so strong, that they include all committees behind the literature reviews, as well as the authorships of all the peer reviewed papers used to underpin ICNIRP 2020. Indeed, we would never have expected to find as few as 17 key authors as the smallest set of authors involved in all the literature used to underpin the ICNIRP 2020, and that they constitute a network heavily overlapping with the ICNIRP 2020 authors themselves. It was also not anticipated that the ICNIRP 2020 authors themselves would be represented in all committees. This means that the authors of ICNIRP 2020 are exclusively referring to themselves and their fellow network members as the basis for their own scientifically highly controversial recommendations.
As well, it was highly unexpected to find that the WHO report  described in ICNIRP 2020 as “an in-depth review from the World Health Organization on radiofrequency EMF exposure and health” [2 p. 486] and presented in these words: “This independent review is the most comprehensive and thorough appraisal of the adverse effects of radiofrequency EMFs on health” [2 p. 517], is in fact a retracted draft where five out of six WHO core group members were ICNIRP affiliates, of whom three are among the authors of ICNIRP 2020. Such a claim and circularity of authorship is encroaching upon something very similar to fraud.
From our findings we draw the conclusion that the referenced literature used in ICNIRP 2020 to underpin its guidelines is neither varied, nor independent or balanced, and is by no means “consistent with current scientific knowledge”, as claimed by ICNIRP 2020 [2 p. 484]. ICNIRP 2020 bases this claim within this small network only, a claim that runs contrary to the majority of biology-oriented researchers and publications within this research field. Hence, our review shows that the ICNIRP 2020 guidelines fail to meet fundamental scientific quality requirements as to being built on a broad, solid and established knowledge base, uphold a view contrary to well established knowledge within the field, and therefore cannot offer a basis for good governance when setting RF exposure limits for the protection of human health.
"Fast forward to the 21st century, when, in 2011, the World Health Organization’s International Agency for Research on Cancer (IARC) classified exposure to RF radiation as 2B—a possible cancer-causing agent to humans. The IARC had evaluated the then-available scientific studies and, although evidence was incomplete and limited (especially regarding results from animal experiments), concluded that the epidemiological studies of humans reported increased health risks for long-term users of cellular mobile telephones. These risks included gliomas (a type of malignant brain cancer) and acoustic neuromas (or acoustic schwannomas—a nonmalignant tumor of the auditory nerves on the side of the brain). This evidence was sufficiently strong to support a classification of exposure to RF radiation possibly being carcinogenic for humans , .
In 2018, the National Toxicology Program (NTP) of the U.S. National Institute of Environmental Health Science (NIEHS) reported observations of two types of cancers in laboratory rats that were exposed, for their entire lives, to RF radiation used for 2G and 3G wireless cellular mobile telephone operations , . This is the largest health-effect study ever undertaken by the NIEHS/NTP for any agent. A 12-member peer review panel of independent scientists convened by NIEHS/NTP evaluated the toxicology and carcinogenesis studies and concluded, among other observations, that there was statistically significant and “clear evidence” that the RF radiation had led to the development of malignant schwannoma in the heart of male rats.
Shortly after the NTP report, the Cesare Maltoni Cancer Research Center at the Ramazzini Institute in Bologna, Italy, published the results from its comprehensive study on carcinogenicity in rats with lifelong exposure to 2G/3G 1,800-MHz RF radiation . The study involved whole-body exposure of male and female rats under plane-wave equivalent or far-zone exposure conditions. A statistically significant increase in the rate of schwannomas in the hearts of male rats was detected for 0.1-W/kg RF exposure. It is critical to note that the recent NTP and Ramazzini RF exposure studies presented similar findings about heart schwannomas and brain gliomas. Thus, two relatively well-conducted RF exposure studies, employing the same strain of rats, showed consistent results of significantly increased cancer risks from mobile phone exposures.
Recently, a privately constituted group, with self-appointed membership, published a set of guidelines for limiting exposure to RF electromagnetic fields in the 100-kHz and 300-GHz frequency range . The proposed guidelines were primarily based on the tissue-heating potentials of RF radiation to elevate animal body temperatures to greater than 1° C. While recognizing that the two aforementioned studies used large numbers of animals, best laboratory practice, and animals exposed for the entirety of their lives, the private group preferred to quibble with alleged “chance differences” between treatment conditions and the fact that the measured animal body core temperature changes reached 1° C, implying that a 1° C body core temperature rise is carcinogenic, ignoring the RF exposure. The group then pronounced that, when considered either in isolation or within the context of other animal carcinogenicity research, these findings do not provide evidence that RF radiation is carcinogenic.
Furthermore, the group noted that, even though many epidemiological studies of RF radiation associated with mobile phone use and cancer risk had been performed, studies on brain tumors, acoustic neuroma, meningioma, and parotid gland tumors had not provided evidence of an increased cancer risk. It suggested that, although somewhat elevated odds ratios were observed, inconsistencies and limitations, including recall or selection bias, precluded these results from being considered for setting exposure guidelines. The simultaneous penchant to dismiss and criticize positive results and the fondness for and eager acceptance of negative findings are palpable and concerning.
In contrast, the IARC’s evaluation of the same epidemiological studies ended up officially classifying RF radiation as possibly carcinogenic to humans , .
An understandable question that comes to mind is this: How can there be such divergent evaluations and conclusions of the same scientific studies? Humans are not always rational or as transparent as advertised, and scientists are not impervious to conflicts of interest and can be driven by egocentric motivations. Humans frequently make choices and decisions that defy clear logic.
Science has never been devoid of politics, believe it or not."
Some years ago, I commented, “Science has become partisan. And the corollary, if science becomes partisan, is it science or politics, or would it be political science?” . Perhaps, it is simply a matter of the willing being politically correct.
When decisions are not arrived at by prudently balancing the facts or are made via impaired rational judgment, it could lead to poor decisions through biases.
Cellular mobile communication and associated wireless technologies have proven, beyond any debate, their direct benefit to humans. However, as for the verdict on the health and safety of billions of people who are exposed to unnecessary levels of RF radiation over extended lengths of time or even over their lifetimes, the jury is still out. When confronted with such divergent assessments of science, the ALARA—as low as reasonably achievable—practice and principle should be followed for RF health and safety."
Dariusz Leszczynski, Tekniikka & Talous, Jan 20, 2022 (Google translation from Finnish)
Dariusz Leszczynski estimates that the regulation of radiation in mobile communications is not sufficiently based on scientific evidence. More data. Coverage of 5g networks is increasing all the time.
In 2020, the International Commission on Non-Ionizing Radiation (ICNIRP) updated its safety guidelines regarding exposure to radio frequency radiation (RF-EMF) emitted by wireless communication devices such as mobile phones and their base stations. The previous standard was from 1998.
The World Health Organization WHO recommends the mentioned guideline, which has been adopted by a large part of the world's countries and has become part of the wireless regulatory framework. Although the US uses IEEE/ICES and FCC standards, it also seeks to "harmonize" with Icnirp.
ICNIRP's safety instructions are based on one basic principle, according to which the only proven health effect caused by radiation exposure is the thermal effect. It appears when the temperature of the skin tissue rises above 1 degree Celsius, and when the temperature rise falls below one degree Celsius, the radiation is considered harmless to health. ICNIRP's view is that the radiation level of wireless devices according to its safety guidelines is not sufficient to produce a temperature rise in skin tissue. Furthermore, according to ICNIRP's science review, without that temperature rise there can be no proven effects. ICNIRP has drawn up its safety instructions to protect consumers only from possible thermal effects, which the commission considers sufficient.
However, there are a large number of experimentally observed thermal-independent, non-thermal effects in both animals and laboratory-grown cells caused by exposure to wireless radiation well below the current exposure limits set by ICNIRP. The researchers are concerned that similar, non-thermal reactions would also occur in users of mobile devices. This could lead to health problems. According to ICNIRP's scientific position, this could not happen. Is the assessment of scientific evidence biased? Not all observations made by researchers about non-thermal effects can be "pure hallucinations".
ICNIRP's instructions therefore only prevent the occurrence of an acute heat effect lasting from minutes to hours, but not repeated and long-lasting from months to decades. Although there have been published studies on acute effects that occur during or shortly after exposure, there are very few publications on long-term chronic exposure. The application of ICNIRP's standards to the real situation seems to be based on a mere safety assumption without a scientific basis.
The standard is advertised as sufficient for every user regardless of age or health. ICNIRP assures that all population groups are equally protected, whether it is the growing and developing body of a small child, or an elderly person suffering from a chronic, potentially fatal disease, or a young, healthy, robust adult man.
Since human experimentation is limited for obvious ethical reasons, we need to look at epidemiology to determine long-term effects. Studies of long-term biological effects or health effects can take years and have limitations, so information is scarce. That is, there is no evidence to guarantee that Icnirp's safety instructions would cover everyone, regardless of age or health status, also taking into account how long people have been using wireless devices. It's all about assumptions without a scientific basis.
Looking at the ICNIRP commission, it is easy to see that the members have very similar views on key issues. They have expressed almost the same opinion; "wireless networks are absolutely safe within all security limits set by ICNIRP." The scientific assessments prepared by ICNIRP's experts are often in conflict with the assessments of researchers outside the organisation's operations. It is even more interesting to observe how the members of the commission act when they are placed in national scientific committees in the company of scientists from outside the organization. In this case, they may draw conclusions that conflict with ICNIRP's views. Recently, these dissenting opinions were published by, among others, the BERENIS Committee in Switzerland,
For most users of wireless technology, Icnirp is just an abbreviation. Consumers are told that it acts only as a committee on science with no other influence, be it industry or a government radiation regulatory body. However, many users are not aware of how Icnirp works in practice. For your consideration:
1. ICNIRP is a group of about a dozen scientists who do not claim to represent anyone but themselves.
2. It presents itself as outside the lobbying influence of industry and national radiation protection organizations.
3. Retired members will be replaced by new members elected by the current members.
4. ICNIRP's selection criteria and their justifications for selecting new members are not publicly available. Only members know why a person has been selected for their group.
5. ICNIRP is not responsible for the scientific decisions it makes to any party.
6. No one can control the methods used by ICNIRP to achieve the safety guidelines it recommends.
7. No one supervises its operation.
8. It is not legally responsible for its scientific statements. Legal liability is limited to what members say. It's just a matter of instructions and no one is legally obliged to use them. Even if the instructions turned out to be incorrect, no one could legally sue ICNIRP.
However, the telecommunications industry and national radiation protection organizations have ended up using ICNIRP's safety instructions. By doing so, they are legally responsible for any health risks caused by the devices they manufacture, even if they meet ICNIRP's guidelines. In other words, the Commission avoids the legal responsibility that remains with the operators in the field if the use of the equipment causes health problems. The members themselves are responsible only to "God and history" for all the right or wrong decisions they make.
In order to fully understand the great significance of this complete lack of oversight of Icnirp's operations, it must be remembered that the safety guidelines developed by Icnirp are the only guidelines used by the industry that manufactures and operates wireless communication equipment and infrastructure in most of the world.
Basically, ICNIRP's security guidelines legitimize the operation of the telecommunications industry, which in 2019 had an annual value of approximately $1.74 trillion worldwide. The ICNIRP in question is an organization that claims to be completely independent of all outside interests and operates without any kind of supervisor or control, without responsibility for its scientific decisions.
The introduction of the new 5th generation wireless communication, 5g, which is currently underway, has further raised the debate about the validity of ICNIRP's standards. New in wireless 5g communication is the use of millimeter waves and frequencies above 20 GHz – 300 GHz. Although millimeter waves can transfer large amounts of data, they have the problem of how far the data can be sent within the limits of short wavelength bandwidth. This causes very frequent deployment of base stations (cell antennas) in different areas. Roughly estimating, one small base station would be placed on every other lamp post, and base stations would also be required inside buildings. In practice, this leads to the fact that in a few years, urban environments will be saturated with millimeter waves, when 5g has been fully implemented.
In its 2020 guidelines, ICNIRP assures that consumers' health is fully protected. How does the Commission know that? Research on millimeter waves and health is limited. Recently published scientific reviews have selected various databases and found only a small number of studies on the health effects of millimeter waves. Most of the publications deal with radiation measurements and dosimetry, not biological or health effects. In 2019 Simkó and Mattsson published a review that included only 97 experimental studies and in 2020 Leszczynski published a review of 99 experimental studies. In 2021, Karipidis et al. published a review that included 107 experimental studies. Most millimeter wave studies consist of small, laboratory or animal experiments,
The lack of research causes confusion and problems in communities. When users ask for scientific evidence about the health effects of 5g millimeter waves, they get no answers. Research has not yet been done sufficiently and the safety of 5g cannot be scientifically proven. However, it would be possible to conduct a sufficient number of studies on 5g that would either show whether the health effects are minor or even insignificant.
It is interesting, but also worrying, to note what Rodney Croft, chairman of ICNIRP, a professor of psychology at the University of Wollongong, Australia, stated in an interview on Australian TV on June 16, 2020: "There is no harm associated with 5g". "Look, it's quite true that the amount of research looking at 5g is very limited, but from a science perspective, this is simply not relevant."
In this scientifically and legally complex situation, there is an urgent need to carry out an independent validation of the results of ICNIRP's scientific review and the validity of its safety guidelines.
Health risks from radiofrequency radiation, including 5G, should be assessed by experts with no conflicts of interest
The fifth generation, 5G, of radiofrequency (RF) radiation is about to be implemented globally without investigating the risks to human health and the environment. This has created debate among concerned individuals in numerous countries. In an appeal to the European Union (EU) in September 2017, currently endorsed by >390 scientists and medical doctors, a moratorium on 5G deployment was requested until proper scientific evaluation of potential negative consequences has been conducted. This request has not been acknowledged by the EU. The evaluation of RF radiation health risks from 5G technology is ignored in a report by a government expert group in Switzerland and a recent publication from The International Commission on Non-Ionizing Radiation Protection. Conflicts of interest and ties to the industry seem to have contributed to the biased reports. The lack of proper unbiased risk evaluation of the 5G technology places populations at risk. Furthermore, there seems to be a cartel of individuals monopolizing evaluation committees, thus reinforcing the no-risk paradigm. We believe that this activity should qualify as scientific misconduct.
The International Commission on Non-Ionizing Radiation Protection: Conflicts of interest, corporate capture and the push for 5G
5G : l’impartialité du comité qui guide l’Europe pour protéger la population des ondes en question
New Guidelines Adopted by the International Commission on Non‐Ionizing Radiation Protection (ICNIRP)
Protect Us Only from Thermal or Heating Effects
ICNIRP's Revised RF Exposure Limits Will Ignore Expert Opinions of Most EMF Scientists
- "No evidence that RF EMF causes such diseases as cancer
- Results of NTP, Falcioni studies (animals, lifetime exposure) not convincing (statement on ICNIRP website)
- No evidence that RF EMF impairs health beyond effects that are due to established mechanisms of interaction"
"The various agencies setting safety standards have failed to impose sufficient guidelines to protect the general public, particularly children who are more vulnerable to the effects of EMF. The International Commission on Non-Ionizing Radiation Protection (ICNIRP) established in 1998 the “Guidelines For Limiting Exposure To Time-Varying Electric, Magnetic, and Electromagnetic Fields (up to 300 GHz)” . These guidelines are accepted by the WHO and numerous countries around the world. The WHO is calling for all nations to adopt the ICNIRP guidelines to encourage international harmonization of standards. In 2009, the ICNIRP released a statement saying that it was reaffirming its 1998 guidelines, as in their opinion, the scientific literature published since that time “has provided no evidence of any adverse effects below the basic restrictions and does not necessitate an immediate revision of its guidance on limiting exposure to high frequency electromagnetic fields. ICNIRP continues to the present day to make these assertions, in spite of growing scientific evidence to the contrary. It is our opinion that, because the ICNIRP guidelines do not cover long-term exposure and low-intensity effects, they are insufficient to protect public health."
How many contributors called for RF exposure guidelines that protect humans and other species from health risks due to exposure to low-intensity or non-thermal levels of RF radiation? Did the ICNIRP seriously consider the public input in revising the guidelines? Will the ICNIRP publish these comments?
A compilation of the information gathered by Investigate Europe about the ICNIRP Cartel members and the health agencies that the Cartel affected can be downloaded at:
The information on these pages was extracted from “The ICNIRP Cartel: Who’s Who in the EMF Research World,” an interactive graphic developed by Investigate Europe which can be found at https://www.kumu.io/Investigate-Europe/whos-who.
Investigate Europe (2019). How Much is Safe? https://www.investigate-europe.eu/publications/how-much-is-safe/.
Investigate Europe (2019). Mobile phones and health: Is 5G being rolled out too fast? https://www.computerweekly.com/feature/Mobile-phones-and-health-is-5G-being-rolled-out-too-fast
WHO RadiofrequencyRadiation Policy
See THE EMF CALL and all signatories at: www.emfcall.org
Franz Adlkofer, Pandora Foundation for independent research, Oct 26, 2018
US Scientist Criticizes ICNIRP’s Refusal to Reassess Cell Phone Radiation Exposure Guidelines after US National Toxicology Program Studies Show Clear Evidence of Cancer
"Based on numerous incorrect and misleading claims, the ICNIRP report concludes that “these studies (NTP and Ramazzini) do not provide a reliable basis for revising the existing radiofrequency exposure guidelines.” The data on gliomas of the brain and schwannomas of the heart induced by cell phone radiation are suitable for conducting a quantitative risk assessment and subsequent re-evaluation of health-based exposure limits. The ‘P’ in ICNIRP stands for Protection. One must wonder who this commission is trying to protect – evidently, it is not public health."
Melnick RL. Critique of the ICNIRP Note of September 4, 2018 Regarding Recent Animal Carcinogenesis Studies. Environmental Health Trust. Sep 12, 2018. Open access document: http://bit.ly/MelnickICNIRP9-12-2018
ICNIRP. ICNIRP Note on Recent Animal Carcinogenesis Studies. Munich, Germany. Sep 4, 2018. https://www.icnirp.org/cms/upload/publications/ICNIRPnote2018.pdf
Two recent animal studies investigating the carcinogenic potential of long-term exposure to
radiofrequency electromagnetic fields (EMFs) associated with mobile phones have been released: one by the U.S. National Toxicology Program (NTP 2018a, b) and the other from the Ramazzini Institute (Falcioni et al. 2018). These studies, among others, have been taken into account during revision of the ICNIRP radiofrequency exposure guidelines. However, both studies have inconsistencies and limitations that affect the usefulness of their results for setting exposure guidelines, and both need to be considered within the context of other animal and human carcinogenicity research. Overall, based on the considerations outlined below, ICNIRP concludes that these studies do not provide a reliable basis for revising the existing radiofrequency exposure guidelines.
Although the NTP (2018a, b) and Falcioni et al. (2018) studies used large numbers of animals, best laboratory practice, and exposed animals for the whole of their lives, consideration of their findings does not provide evidence that radiofrequency EMF is carcinogenic. NTP reported that their strongest findings were of increased malignant cardiac schwannoma in male rats, however that is not consistent with the results of Falcioni et al. (2018), is not consistent with the NTP female rat nor male or female mouse results, and is not consistent with the radiofrequency EMF cancer literature more generally. While results from epidemiological studies suggest vestibular schwannoma is an outcome of interest,
this is not true for malignant cardiac schwannoma. NTP found no increase in schwannoma overall or for vestibular schwannoma. Further, as multiple comparisons were not controlled for in the NTP study, there is no indication that the increased incidence of malignant cardiac schwannomas in male rats was more than what would be expected by chance alone. ICNIRP considers that the NTP (2018a, b) and Falcioni et al. (2018) studies do not provide a consistent, reliable and generalizable body of evidence that can be used as a basis for revising current human exposure guidelines. Further research is required that addresses the above limitations.
Jul 23, 2018
"It is urgent that national and international bodies, particularly the WHO, take this significant public health hazard seriously and make appropriate recommendations for protective measures to reduce exposures. This is especially urgently needed for children and adolescents. It is also important that all parts of society, especially the medical community, educators, and the general public, become informed about the hazards associated with exposure to EMFs and of the steps that can be easily taken to reduce exposure and risk of associated disease."
International EMF Expert Group to Counter ICNIRP
ECERI Newsletter. No. 6, June 2017
"Following a recent meeting with WHO representatives in Geneva, members of this ECERI group have decided to publish their own data in the form of a scientific consensus paper on the effects of non-thermal EMFs on behalf of the ECERI. Finally, since several ECERI scientists believe that environmental pollution may in fact be a cause of cancer and other diseases such as Alzheimer disease and autism, ECERI has proposed to create another international group comprising scientists and jurists to discuss the possibility that intentional massive pollution could be recognized by the International Criminal Court (ICC) as a true crime against health. This proposal will be discussed at the next ECERI Executive Committee and General Assembly in Brussels.
Following the meeting with WHO in Geneva on March, the 3rd, it was proposed to create an ECERI-related working group to oppose ICNIRP (International Commission on Non-Ionizing Radiation Protection), that might be termed “International commission of scientific expertise on non-thermal radiation effects (ICSENTRE). The members of this group so far are: Dominique Belpomme (France), Igor Belyaev (Slovakia), Ernesto Burgio (Italy), David Carpenter (USA), Lennart Hardell (Sweden), Magda Havas (Canada), SMJ Mortazavi (Iran), André Vander Vorst (Belgium) and Gérard Ledoigt (France). If you wish to join this group, please contact Christine Campagnac (email@example.com)."
ECERI – European Cancer and Environment Research Institute, Square de Meeus 38-40, 1000 Brussels; Tél :0032 24 01 87 75 or 0033 18.104.22.168.52 firstname.lastname@example.org==
July 10, 2015
CONFLICT OF INTEREST EXISTING AT THE INTERNATIONAL COMMISSION ON NON-IONIZING RADIATION (ICNIRP)
AVAATE (VALLISOLETANA ASSOCIATION OF AFFECTED BY MOBILE PHONE ANTENNAS), July 10, 2015
This paper has been prepared in order to demonstrate the existence of numerous conflicts of interest among the members of the international organization ICNIRP (International Commission on Non Ionizing Radiation Protection. In Castilian, the International Commission for Non-ionizing radiation), that despite its private nature, is recognized by the World Health Organization (WHO) as reference entity to set limits of exposure for people of non-ionizing radiation in order to prevent such radiation affect your health.
The fact that the members of the organization engage in various conflicts of interest, being related to companies interested in the development of telecommunications and new technologies, undermines the impartiality that should govern the regulation of limits on non-ionizing radiation people.
It’s incomprehensible that an international organization such as WHO, which has numerous and qualified public resources to establish adequately these limits, has delegated to a private organization issues affecting public health of all humanity.
The information contained in the work presented below was obtained from searches of reliable publicly available sources on the Internet, which can be checked by anyone who has an interest in this topic.
It would be very interesting by any natural or legal person interested in this topic assumes as its own this report (AVAATE authorized fully to do so) and send it to the authorities of the United Nations, of the International Labor Organization and of the World Health Organization of the Health.