Wind energy and health court cases found for wind energy
Wind energy was found not guilty of health impacts 48 times in 5 countries
In 2014, I was Senior Fellow — Wind with the Washington-based think tank, the Energy and Policy Institute. In addition to several smaller studies, I published one major study, an assessment of all the legal cases in which the question of wind energy and its health impacts were assessed in five countries. This is a republication of the summary material from the study on The Future is Electric, lightly edited. My thanks to the current Executive Director, David Pomerantz, for permission to reprint this material. For the full study including legal database references, please see the original report here: Wind Health Impacts Dismissed in Court.
By Simon Chapman AO PhD FASSA Hon FFPHM (UK), Professor of Public Health, University of Sydney
New technology has a long history of attracting small networks of people who believe that rapidly proliferating inventions are silently eroding people’s health. Electric light and railway travel were early villains to those who saw such inventions as Mephistophelean artifice. On September 24, 1889, the British Medical Journal carried a report that the newly popular telephone could causes “telephone tinnitus” claiming that victims “suffered from nervous excitability, with buzzing noises in the ear, giddiness, and neuralgic pains”.
In the 125 years since, televisions, electric blankets, microwave ovens, computer screens, mobile phones, and transmission towers, and most recently, Wi-Fi and smart meters are examples of technology where claims of potential calamitous consequences of biblical plague proportions have been made.
The idea that wind turbines might be harmful to people’s health began to attract minor attention around 2002, when claims made in unpublished “research” by a British general practitioner was covered by a few news outlets. The 2009 publication of a self-published vanity press book, “Wind Turbine Syndrome”, by a pediatrician, Nina Pierpont, acted like petrol thrown on a fire of anxiety in some communities where activists were doing their utmost to urge people to interpret common health problems found in any community as being caused by sub-audible infrasound emitted by wind turbines.
Since that time, a small number of anti-wind activists operating mainly in parts of Australia, Canada, Ireland, United Kingdom, and the United States made this their cause celebre. In some cases, these groups have documented links to climate change denial groups and fossil fuel interests. Without exception, they see themselves as contemporary Galileos, fearlessly holding aloft the truth in the face of doctrinaire denial from the scientific establishment, which has now published 21 evidence reviews since 2003, which dismiss claims of direct health effects from wind turbines. The groups point knowingly to the historical denials of harm by the asbestos and tobacco industries convinced that the pernicious “Big Wind” industry is reading from the very same playbook.
Legal action has emerged as a favored tactic of these groups. In this report, Michael Barnard, Senior Fellow at the Energy and Policy Institute, catalogues the outcomes of 49 attempts by wind farm opponents to use the courts or tribunals to stop developments. In all but one case, these attempts have failed. Barnard also profiles 16 alleged expert witnesses called by these opponents.
These forlorn actions will have caused many residents who were swept along by the emotive claims of often visiting anti wind activists, and then joined the legal actions to have lost substantial sums in legal costs.
Anyone curious about the track record, quality of the expertise enlisted, and arguments advanced by these litigants will find this publication indispensible. But, its most important readership will be anyone tempted to repeat this folly. Barnard’s summaries and the links provided to the cases are more than sobering.
Global installed capacity of wind energy has increased 568 percent over the past ten years. This significant acceleration of wind energy development, while benefiting the health of humans and the environment, has drawn opposition. Individuals and local groups who are opposed to the construction of wind turbines have claimed health impacts in order to prevent the wind farms from being built. But, these efforts have not been successful, and for good reason: wind farms do not cause health problems.
Therefore, government entities at the local and state level, and developers should not expect to be held liable for health issues blamed upon wind energy, as the cases have been rejected time and time again.
This Energy and Policy Institute report assesses legal cases in five English-speaking countries pertaining to wind energy. The intent is to provide clarity in assessing potential legal liability, and to identify the weaknesses of evidence and expertise that are common in health-related suits against wind farms.
This report was designed as a resource for wind energy legal defense teams and expert witnesses in preparing for any future court proceedings. The precedence of past legal cases shows health claims against wind energy have not been substantiated in court.
This report would not have been possible without the ongoing support and guidance of a worldwide collection of experts in wind farm noise and health with whom I communicate frequently and are regularly asked to provide evidence in different courts regarding wind farm noise and health concerns. These include but are not limited to Professor Simon Chapman, Dr. Geoffrey Leventhall, Professor Emerita Cornelia Baines, Christophe Delaire, Fiona Crichton, Dr. David Perry, Loren Knopper, Dr. Norm Broner and Richard Mackie. Further, wind energy experts such as Paul Gipe, Malcolm Hamilton, Ketan Joshi, and Roger Short have provided excellent insights as I have been assessing wind energy court proceedings and health concerns worldwide.
Of course, the leadership and staff at the Energy and Policy Institute must be thanked, especially Gabe Elsner and Matt Kasper, without whom this report would not exist.
Overview of Court Cases
Since 1998, 49 hearings have been held under rules of legal evidence in at least five English-speaking countries and four types of courts regarding wind energy, noise, and health. Forty-eight assessed the evidence and found no potential for harm to human health. The sole outlier is an instructive but unique case.
To find the decisions, I searched legal databases of environmental, utility, civil, and higher courts in Canada, New Zealand, the United States of America (USA), the United Kingdom, and Australia. In the USA, this required state-by-state searches. I also searched anti-wind campaign sites for the Waubra Foundation and the US National Wind Watch for cited cases. I requested information from contacts in the wind industry and wind advocacy organizations as well. While well over 150 potential decisions were found and assessed and 49 found that pertained to noise and health, this does not mean that every single case has been identified. Courts in Denmark, Germany and the Netherlands have also found no connection between wind turbines and health issues per reports, but the records are not in English.
Court cases jumped dramatically after Dr. Nina Pierpont, the pediatrician wife of an anti-wind activist, self-published a book alleging health risks from wind turbines based on phone interviews with a self-selected and very small number of people who blamed them for commonly experienced symptoms.
Canada is the center of wind farm health-related court challenges, with 17 separate hearings for its 7.8 GW of wind energy capacity and a population of 35 million.
This is mostly due to Ontario, with 14 Environmental Review Tribunals (ERT) testing the evidence and the relative experts, as well as two higher court cases. The mechanism of the ERT was specifically referenced in the Renewable Energy Act to provide recourse related to specific wind farms, and it’s being heavily exercised.
The province of Alberta has seen two significant cases in its Alberta Utility Commission court, and the province of Saskatchewan saw a single civil suit related to wind energy and health.
All Canadian courts found that wind farms would not and do not cause health impacts with proper setbacks in place.
Next up is Australia with 10 cases over its 2.7 GW of capacity and a population of 23 million.
The state of Victoria appears to be the Ontario of Australia, with seven civil suits.
The states of South Australia and New South Wales saw three cases in their environment and resource courts.
All Australian cases found that wind farms would not cause health impacts with proper setbacks in place.
The United Kingdom has seen the next highest numbers of cases, with nine hearings over its more than 10 GW of wind energy capacity and a population of 63 million.
The county of Devon saw the most cases, with three bringing evidence related to wind energy, noise, and health. Denbighshire had two cases, and various other counties and Scotland each had one case.
All United Kingdom cases found that wind farms would not cause health impacts with proper setbacks in place.
In one outlier case in the UK, a wind farm complied fully with the noise standards, but the Inspector charged with assessing the wind farm siting felt the combination of wind farms in the area would cause discernible noise on more evenings in households than was acceptable; this was upheld as being within the authority of the Inspector upon appeal.
The United States saw eight court cases in total that pertained to wind energy, noise, and health concerns over its 61 GW of wind energy capacity and population of 314 million people.
States in the northeast represented five of the eight court cases with the other three taking place in the central United States.
Seven cases found no harm from wind energy with the proper setbacks currently in place.
The USA has the only case where a wind farm was considered to have caused harm. This case was brought by a single family near a pair of wind farms erected on the municipal wastewater treatment plant by the town of Falmouth, Massachusetts. The judgment includes the statement that dental harm occurred, along with other types of medical ailments. This single small wind farm is referenced worldwide by anti-wind advocacy groups as if it is representative of wind health court cases instead of a unique outlier.
New Zealand, somewhat surprisingly given its size, managed five environmental and civil hearings over wind energy, noise and health over 0.6 GW of wind energy capacity and population of 4.4 million people.
Only one case in New Zealand went against a wind farm, the Te Rere Hau wind project, and that was only because noise was greater than anticipated, not because the wind noise was above standards or harmful to human health. This case is widely misrepresented and selectively quoted by anti-wind campaigning organizations such as the Waubra Foundation and National Wind Watch.
The raw numbers become startling when compared to both capacity and population of each of the countries. The United States has, by far, the lowest incidence of litigation and legal procedures, while New Zealand has the most. This is over a very small number of cases, so not much can be inferred from this, but it is interesting nonetheless. All numbers in the table are as of July 2014. There is roughly one court case per 10 million people and for every two GW of wind energy to date for English speaking countries.
An important conclusion can be reached in reviewing the various courts’ decisions — many people put forward as expert witnesses bring a great deal of passion against wind energy, but very little expertise. See the section on inexpert ‘experts’ brought against wind energy in court cases for additional details.
A complete list of cases that have been assessed and analyzed for this report can be found by country at the links below, maintained on the Energy and Policy site.
Falmouth Wind Farm Case: The Outlier
In 2010, the town of Falmouth, Massachusetts constructed a pair of Vestas V82 1.65 MW wind turbines on their waste water treatment plant. After the first wind turbine became operational, nearby residents started complaining about noise. There are a few interesting circumstances related to the wind turbines in Falmouth.
Most of the closest homes are on the other side of a divided highway, Route 28, and when the highway is busy there is considerably more ambient noise in the area.
As can be seen from the Google maps image, the closest home is 335 meters or 1099 feet from the wind turbine. Given that there is a divided highway which provides much higher levels of ambient noise much of time, the distance seems potentially reasonable. This isn’t a quiet area most of the time and wind energy noise is typically highest when wind noise itself masks it.
The turbines were originally intended for another site. They were purchased by the Massachusetts Technology Collaborative for a site in Orleans, Massachusetts. That project didn’t go ahead and the turbines were sold to two different organizations for deployment in Falmouth, which had been considering 1.5 MW wind turbines.
There was a specific noise complaint related to a “bong” sound that was traced to a misaligned inertial damper and corrected by Vestas. There are occasional mechanical challenges in wind farms as with any large piece of machinery which can lead to it being noisier than expected until corrected. This occurred in Falmouth and was corrected.
Massachusetts and Falmouth combined have three provisions in their noise guidelines and statutes. Falmouth required that wind farms meet the 40 decibels A-weighting (dBA) limit which is in agreement with World Health Organization guidance for environmental noise of an annual average of 40 dBA outside homes (dBA indicates decibels in the A-filtered scale which is what humans hear best and is agreed time-and-again to be the appropriate choice for wind noise assessments). The Massachusetts Department of Environmental Protection (DEP) requires that there be no more than a 10 dBA increase in a specific standard of averaged noise and that there be no ‘pure tone’ conditions which cause specific spikes in specific frequencies which are disruptive.
Noise modeling projections after the first turbine was constructed, including a ten-day noise testing period by HMMH, found that under certain circumstances the combination of the two turbines might occasionally exceed the 10 dBA increase limit at two homes on the other side of the highway. Noise modeling standards assume that the wind moves directly through each turbine to the receptors.
In May 2012, additional sound testing was performed by the DEP (This was done using non-standard approaches it appears, including a noise averaging approach which is not aligned with acoustic’s industry standards and would tend to skew results high, and a peak noise determination approach which is also not aligned to industry standards). The complainants selected the wind conditions under which the greatest noise was experienced, and that became the basis for testing.
It determined that the wind turbines did exceed the 10 dBA threshold at night at just one home. Interestingly, this home is not one of the closest homes across the highway, but a home to the south at 211 Blacksmith Shop Road. Averaged noise calculations using the non-standard approach when turbines were operating were not included in documentation, but ambient noise approached 40 dBA without turbines so it can be assumed that under the worst circumstances noise outside of some homes with turbines exceeded an average of 40 dBA.
The 10 dBA guidelines have a solid rationale, because as the WHO guideline documents, if maximum noise inside a bedroom exceeds 45 dBA maximum more than 10–15 times in a night, sleep can be sufficiently disrupted to cause concern. The WHO guidelines point out that partially closing windows can reduce noise inside bedrooms by 10–15 dBA. So does the empirical evidence show that noise inside bedrooms was outside of WHO standards? No, it doesn’t. The worst noise was around 50 dBA outside of homes and with partially closed windows that would likely have been 40 dBA or lower inside bedrooms. And given that the testing was only done under conditions identified as worst by the complainants, it’s unlikely that the World Health Organization guideline of 40 dBA annual average outside of homes was exceeded either.
The final circumstance that is interesting about this case is that Massachusetts (and New England in general) is a locale where anti-wind campaigners have created health scares in residents related to wind energy. Dr. Nina Pierpont, who is at the epicenter of the psychogenic ailments related to wind energy, is a resident in the region, and in fact interviewed Neil Andersen regarding his symptoms in 2011. As has become clear from other court cases, the evidence presented, and further studies in Australia and New Zealand, Dr. Pierpont creates symptoms in those near wind turbines by raising health fears and triggering the nocebo effect in them.
In 2013, the town of Falmouth had reduced the turbine operating hours to 16 hours per day, eliminating noise from the turbines at night. However, Neil and Elizabeth Andersen, who lived at 211 Blacksmith Shop Road, did not consider that adequate and brought a civil action to have the turbines shut off for twelve hours a day instead of eight and they won. Pertinent quotes from the decision include the following:
The Andersens have submitted affidavits and medical records supporting their claim that the nuisance produced by the turbines has resulted in substantial and continuous insomnia, headaches, psychological disturbances, dental injuries, and other forms of malaise. The court finds the Andersens’ claims that they did not experience such symptoms prior to the construction and operation of the turbines, and that each day of operation produces further injury, to be credible.
Thus, a turbine schedule of 7am to 7pm, Monday through Saturday, would provide seventy-two operational hours per week and provide substantial mitigation of the proven (at this point) harm, with no irreparable harm to the Town. While the Town may suffer some financial penalties for reduced REC production and a decrease in expected revenue generation, the risk of major default on various financing agreements or damage to the equipment from prolonged shut down is likely avoided. [the judge adds some holidays later in the decision]
In this case, according to the data, there was a noise problem with one of the turbines that was fixed. The turbines operated within World Health Organization guidelines for community noise requirements but were perceived to be noisy especially under certain wind conditions. A single judge out of the 49 cases that considered medical information found the wind health impact claims to be credible, although there is no documentation I was able to find that medical experts were brought in as witnesses in this case.
Of course, anti-wind campaigners such as Sarah Laurie of Australia and Carmen Krogh of Canada now reference this decision in their submissions to wind farm siting bodies around the world as if it is proof, as opposed to an interesting outlier.
Challenge of Inexpert Experts
Over the past several years, anti-wind campaigners without credentials or experience related to wind energy and its effects on humans have attempted to elevate themselves into the role of expert witnesses in civil suits, Environmental Review Tribunals (ERT) in Canada, and Environmental Resources and Development (ERD) proceedings in Australia. This report singles out several individuals based on the courts’ dismissal of their expertise or evidence.
In 2011, Ms. Sarah Laurie attempted to testify at an ERD proceeding in Australia. During the testimony, Laurie admitted she was not an expert in the subject matter she was called to testify on, and qualified experts in additional testimony discredited her submission. But, this did not stop Laurie from submitting future testimony.
In a judgment released in December 2013 from an ERT in Ontario, Bovaird v. Director, Ministry of the Environment, Laurie’s evidence was rejected almost entirely. The remaining evidence was deemed biased and of low reliability.
Five pages in the judgment devoted to Laurie’s background determined:
- Ms. Laurie is not a doctor and must stop referring to herself as one, as part of an agreement with the Australian Health Practitioner Regulation Agency (AHPRA), based on the outcome of an ethics complaint.
- She is not licensed or permitted to diagnose patients because she is deregistered and non-practicing. However, she has continued to diagnose people.
- Most of her planned testimony required her to diagnose patients.
- Ms. Laurie has no training in research methodology and design.
- Ms. Laurie is not a trained acoustician.
- Ms. Laurie has not performed a comprehensive literature review related to wind farms.
In summary, the Ontario ERT considered her a biased witness, and gave less weight to the evidence she submitted.
Also in 2013, the Ontario ERT prohibited Laurie as an expert witness in a case regarding the Adelaide project proposed by NextEra Energy Resources. She was rejected as a witness very early in the proceedings, after she admitted that she could no longer call herself a doctor.
Months later, Laurie was allowed to testify in a hearing for the BullCreek Wind Project in Alberta, Canada. Despite her earlier admission, she portrayed herself as a doctor. However, the commission gave its opinion on her competence, skills, and testimony, stating:
Dr. Laurie’s written evidence also included her interpretation and discussion of numerous published and unpublished epidemiological and acoustical reports and studies. In the Commission’s view, Dr. Laurie lacks the necessary skills, experience and training to comment on the interpretation of epidemiologic studies or the interpretation of acoustical studies and reports. The Commission gave little weight to this aspect of Dr. Laurie’s evidence.
Dr. Nina Pierpont
Dr. Nina Pierpont was a long-term campaigner against wind farms near her home who conducted a minor and very poorly constructed health survey. This survey was the basis for her self-published book which coined the phrase, “wind turbine syndrome.” This “syndrome” is widely referenced by people campaigning against wind turbines. Pierpont claims that wind turbines cause tinnitus, dizziness, heart-palpitations, nausea, tingling, and loss of sleep, among several other symptoms. However, the book is deeply flawed.
Pierpont interviewed 23 people by phone. They were chosen by advertising through anti-wind groups that blamed wind farms for their health issues. Pierpont also accepted statements about an additional 15 household members without speaking to them and did not assess health histories of the participants outside of verbal statements by people surveyed. She hypothesized a connection of infrasound and created 60 pages of charts, graphs, and tables, a level of statistical analysis far beyond anything supportable by the data. The symptoms she identified are very commonly found in the general populace.
There have been 22 literature reviews on wind turbine health and many point-specific studies on wind turbine noise, vibration, infrasound, and shadow flicker, conducted by public health doctors and scientists, acousticians, epidemiologists, and related specialists. The studies considered Pierpont’s book along with other published literature. In every case, they found that her work was lacking in credibility. Recent major reviews have been conducted in Ontario, Massachusetts, Oregon and Australia with the same results.
In October of 2013, Pierpont attempted to gain expert witness status at the Adelaide ERT wind farm hearing in Ontario. She wrote:
I will attempt to teach the representatives of NextEra and the Ontario Ministry of the Environment, as well as the members of the Tribunal, enough about brain and ear physiology and pathophysiology, population-level studies in free-living organisms, and medical interviewing that they can understand the wind turbine-associated health issues.
Pierpont has no expertise from education or experience in “brain and ear physiology and pathophysiology, population-level studies in free-living organisms, and medical interviewing.” Her evidence included her self-published book, which along with her testimony, was dismissed.
Dr. Robert McMurtry
Dr. Robert McMurtry is an orthopedic surgeon, founder of the anti-wind Society for Wind Vigilance, and long-serving Board Member of the anti-wind Association to Protect Prince Edward County (APPEC). McMurtry is also the owner of a rural retirement residence in Prince Edward County Ontario near proposed wind farms, and initiated, with his wife, a $2.5 million lawsuit against a nearby wind farm.
McMurtry’s main contribution to anti-wind literature is a draft case definition of impact from wind farms that he published in Bulletin of Science, Technology, and Society. The publication has been de-indexed since 1995, a sign that indexing services regard the journal to have fallen below acceptable academic standards.
There is little evidence of peer review of any substantive nature in the set of anti-wind articles published in the special edition in which McMurtry’s case definition was published.
In 2011, McMurtry participated in a challenge to the regulated minimum 550 meter setbacks from wind turbines to homes in Ontario Superior Court case, Hanna v. Ontario (Attorney General). McMurtry asserted that there was medical uncertainty and risk associated with the setback that had not been considered in establishing it. During the case, McMurtry was forced to admit that none of the evidence he brought to bear was new:
The applicant acknowledges that virtually all of the information relied on by Dr. McMurtry to form his assessment regarding the health impacts of industrial wind turbines was known to the ministry at the time the regulation was being considered.
In 2013, McMurtry testified in the Ostrander Point-related tribunal, Alliance to Protect Prince Edward County v. Director, Ministry of the Environment in 2013. While permitted to testify, his case definition was dismissed as evidence:
With respect to the proposed Case Definition of AHE/IWTs, the Tribunal finds that it is a work in progress. It is preliminary attempt to explain symptoms that appear to be suffered by people with whom Dr. McMurtry is familiar, who live in the environs of wind turbines. Dr. McMurtry’s case definition has admittedly not been validated; thus there is currently no grouping of symptoms recognized by the medical profession as caused by wind turbines.
The Ostrander tribunal ruled against the wind farm based on impacts to the endangered Blanding’s Turtle, that was overturned on appeal, and as of July 2014, the approval is stayed pending another appeal.
In the Bovaird v. Director, Ministry of the Environment Tribunal, McMurtry attempted to testify about concerns well outside the boundary’s the ERT provided for him. The ERT found that McMurtry’s affidavit discussing Ontario’s energy mix and generating capacity were “clearly not within Dr. McMurtry’s area of expertise.” The Tribunal did not admit the testimony as evidence, and wrote that the testimony he was qualified to provide was of no value.
A more recent Tribunal found:
Dr. McMurtry failed to provide any support for his proposition that a non-trivial percentage of persons who both live and work near turbines will be highly annoyed. … Nor is there any evidence about how any of the subjective influencing factors that affected the response of residential dwellers…
Furthermore, the Director of the Ministry of the Environment questioned McMurtry’s judgment regarding wind turbines:
The Director questions Dr. McMurtry’s objectivity and is concerned that he is advocating on behalf of the Appellant. The Director submits that his evidence is largely improper reply evidence, and should be regarded with extreme caution and given little weight.
In February 2014, a Superior Court appeal of the Ostrander Point ERT decision was released. Judge Nordheimer, in rejecting appeals related to human health, had this to say about McMurtry’s testimony:
 It is not sufficient for the purposes of relying on a novel scientific theory to simply conclude that the theory may be correct. In that situation, the theory will not have crossed the threshold of reliability for the purpose of establishing the necessary causal link between the activity in issue and the consequences said to arise from that activity. Rather, the party attempting to rely on a novel scientific theory must first establish threshold reliability before the fact finder may consider it.
 The Supreme Court of Canada has set out four factors to be considered in determining whether threshold reliability is met. In R. v. J.-L.J.,  2 S.C.R. 600, the four factors were identified, at para. 33, as:
(i)whether the theory or technique can be and has been tested;
(ii) whether the theory or technique has been subjected to peer review and publication;
(iii)the known or potential rate of error or the existence of standards; and,
(iv)whether the theory or technique used has been generally accepted.
 Viewed from the medical perspective, and that is the perspective that is relevant in this case since harm to human health is being asserted, the expert evidence offered by APPEC, through Dr. McMurtry, failed when tested against any of these factors. Dr. McMurtry’s theory has not been tested, it has not been medically peer reviewed, it is not known what the error rate might be and the theory has not been generally accepted.
If Dr. McMurtry were not a long-serving and respected member of the Ontario medical establishment — which I fully respect as well — there is little doubt that he would not be granted expert status in virtually any Ontario court due to obvious issues with bias and lack of actual expertise.
Dr. Michael Nissenbaum
Dr. Michael Nissenbaum is a radiologist, not a researcher, acoustician, epidemiologist or public health expert. Additionally, he is a member of the Advisory Board of the anti-wind group, Society for Wind Vigilance.
Nissenbaum performed a “health survey” of people near two wind farms in Maine, where he lives. The survey was deeply flawed because of the insignificant sample size and the low response rate. Health surveys require at least a 50 percent response rate to be considered useful. The survey identified that it was assessing wind energy noise and health problems, and the questions were leading and pushed desired responses upon the respondents.
McMurtry attempted to enter Nissenbaum’s study into evidence in the 2013 Bovaird v. Director, Ministry of the Environment ERT in Ontario. The evidence was dismissed.
Nissenbaum has also published a report regarding wind energy and health in a credible peer-reviewed and indexed journal Noise and Health. However, two separate critiques of his paper were published in the same journal pointing out significant errors and erroneous conclusions.
In 2010, Nissenbaum attempted to serve as an expert witness in an ERT in Saskatchewan, Canada. The case was over the Red Lily Wind Energy Corporation proposed wind farm near the townships of Martin and Moosomin, Saskatchewan. The Tribunal wrote:
Dr. Nissenbaum is a medical doctor. He has not had any specialized training in any of the issues I have identified that are required in order to provide opinion evidence to support the injunction application. Although he has some limited experience as a result of his survey on the Mars Hill project, the nature, size and methodology used in that survey is of no value to the current application…
Dr. Nissenbaum has obtained a great deal of information on this subject, but information is not knowledge, and Dr. Nissenbaum does not have the type of knowledge referred to in the court cases that makes him an expert in any of the areas that I have identified as necessary.
In 2011, Nissenbaum tried again in another Ontario ERT. The Tribunal took the position that most witnesses brought forward would be allowed to testify, but the areas where they were explicitly considered experts would be listed, and their testimony considered in that light. The Tribunal allowed Nissenbaum to give his expert opinion in the areas of diagnostic imaging.
However, his entire testimony was outside of his area of expertise. The ERT found:
The Nissenbaum Study and Dr. Aramini’s application of it, raise enough questions about the Study to suggest that its results do not meet the legal threshold that wind turbine noise will cause serious harm to human health at the 550 m setback at the Kent Breeze Project. These questions include issues pertaining to: study design, statistical analysis, causation analysis and the transferability of the findings, given the difference in wind turbine design and in the physical lay-out and topography between the study site and that at the Kent-Breeze Project.
Most recently, Nissenbaum’s study was presented as evidence at the Bull Creek Wind Project siting in Alberta in 2013. The final judgment stated:
The Commission does not find the Nissenbaum study to be compelling evidence that wind turbine noise below 40 dBA will cause sleep disturbance or health effects. The Commission considers that the study’s use of noise data from publicly available records and from a single day of measurements is not a sufficient basis for drawing conclusions about a dose-response relationship for wind turbine noise.
In February of 2014, the Australian National Health and Medical Research Council reviewed Nissenbaum’s study as part of an exhaustive review of wind turbines and health concern studies. The council classified the quality of the study as “poor” because of the clear bias Nissenbaum demonstrated.
Dr. Carl V. Phillips
Before Dr. Carl V. Phillips was being presented as an expert witness at wind development planning hearings, he was a fixture in courtrooms related to tobacco health suits. His ties to the tobacco industry and acceptance of tobacco funding ultimately caused the end of his academic career. Phillips then set up his own research foundation and has come out against peer-reviewed research, specifically regarding wind turbines.
Phillips published a paper related to epidemiology and wind energy in the un-indexed Bulletin of Science, Technology and Society. He is also a member of the Science Advisory Group of the Society for Wind Vigilance.
In late 2013, Phillips testified in an Alberta court related to the Bull Creek Wind Project. The final judgment stated:
The Commission carefully reviewed the evidence provided by Dr. Phillips and finds that his prediction that three per cent of area residents will experience severe health effects and approximately 50 per cent will experience some health effects is not supported by the evidence for the following reasons.
First, Dr. Phillips provided little rationale for his predictions regarding the number of people who would experience health effects from the project. Dr. Phillips stated he based his prediction that 50 per cent of nearby residents will experience health effects on “things like the Nissenbaum study” but did not elaborate further…
Second, Dr. Phillips confirmed that his conclusions were not based upon any particular adverse event reports and, in fact, he had not reviewed any adverse event reports in the preparation of his written evidence…
Third, Dr. Phillips confirmed that the data he looked at was not organized in a systematic way and that he did not break down the data to determine a dose-response relationship between wind turbine operation and the symptoms he described. In other words, he did not correlate the prevalence or the intensity of the constellation of symptoms he identified with the sound levels at the persons’ residences or the distance between the person experiencing the symptoms and the turbine(s) in question.
Fourth, Dr. Phillips conceded that he had not specifically defined the population upon which his conclusions were based upon.
Dr. Daniel Shepherd
Dr. Daniel Shepherd received his PhD in psychoacoustics and is a Senior Lecturer at the Auckland University of Technology. He performed a study on the Makara Valley wind farm in New Zealand. It had a small sample size of 39 participants, and a non-equivalent control group that found no self-reported variance in health or illness. Nonetheless, Shepherd asserted that setbacks of wind farms greater than two kilometers (1.2 miles) were required in hilly terrain. As with others on this list, he is a member of the Society for Wind Vigilance.
Shepherd has been granted expert witness status at several hearings in Canada and New Zealand. However, his testimony did not convince the review bodies that wind farms caused health problems, that setbacks should be changed, or that acoustics standards were inadequate.
And in 2011, he testified at a New Zealand Environment Court hearing for the Hurunui wind farm in Canterbury. Judge Melanie Harland, and Commissioners Marlene Oliver and Bruce Gollop wrote:
Dr. Shepherd referred to papers by Pierpont and Harry to support his theory that health effects can arise from turbine noise, but… Dr. Pierpont’s work in this area has been criticized and should not be considered reliable.
Shepherd tried again at an Ontario ERT pertaining to the Suncor’s Chatham Kent wind farm in 2013. According to the Tribunal, Dr. Kenneth Mundt, based on his 5 years of application of epidemiological concepts to potential environmental harm, said:
Dr. Mundt asserted that Dr. Shepherd does not provide scientific evidence to support his claims regarding stress related health effects caused by noise induced sleep deficits and annoyance. He stated that many of the references that Dr. Shepherd includes in his report are not peer reviewed published scientific research. Further, the interpretation of the results cited by Dr. Shepherd is severely limited due to the methodological issues in the designs and methods used in conducting these studies… Dr. Mundt stated that Dr. Shepherd did not explain how he identified and assessed the literature for quality and comparability, and therefore, it cannot be determined whether his conclusions are based on a thorough review of the literature or only a few selected studies… Dr. Mundt questioned the data presented in Dr. Shepherd’s evidence, as he included no description of methodology for collecting or analyzing his data. Dr. Mundt stated that Dr. Shepherd fails to define “degradation of amenity” in his report and provides no scientific evidence to support his opinion that degradation of amenity at the Kent Breeze Wind Farms will cause serious adverse health effects.
Shepherd’s testimony did not convince the judge in the Tribunal that wind turbines cause health problems.
Mr. Bill Palmer has a Bachelor of Science in Electrical Engineering, is a Professional Engineer, and worked for Bruce Nuclear, a Canadian nuclear power generating station, as a shift supervisor and trainer. He took early retirement to oppose wind energy development, and has been attempting to introduce evidence at Canadian ERTs with little success.
In a 2011, the Ontario Erickson ERT discussed his qualifications at length. In the end, the Tribunal said it did not matter if he were rendered expert status as his evidence was unconvincing and irrelevant compared to that of the acknowledged experts in his areas of concern:
It is quite clear that, even if the Tribunal were to accord Mr. Palmer’s evidence full status as expert evidence, there is no question that the Tribunal heard much more detailed and convincing evidence on the issues raised by Mr. Palmer from the other relevant witnesses…
In sum, even if the Tribunal were to treat Mr. Palmer’s evidence as expert evidence, the best that can be said of it is that Mr. Palmer provided evidence of some “risks” of harm that fall well below the statutory test applicable to this proceeding.
In October of 2013, Palmer attempted to serve as an expert witness again, this time at the Adelaide ERT in Ontario. This time he was limited in his testimony only to his areas of expertise, which ultimately eliminated most of his submitted evidence and testimony.
Palmer has often ignored the constraints. In this case, the Tribunal judgment stated:
…in his evidence, Mr. Palmer baldly states that shadow flicker will occur and states his opinion that it will distract drivers. However, Mr. Palmer was not qualified to give opinion evidence on the impact of shadow flicker.
Mr. Palmer does not provide any explanation, nor was he qualified to give opinion evidence, on how a driver might respond to such flicker, and, to the extent it caused distraction, whether the nature of the distraction could interfere with a driver’s ability to safely drive the vehicle.
In light of the deficiency in Mr. Palmer’s assessment and the un-contradicted opinion evidence of Mr. Dokouzian, the Tribunal finds that the Appellants have not established that shadow flicker will cause serious harm to drivers on Highway 402.
In summary, due to the numerous deficiencies in Mr. Palmer’s assessment, and limitations respecting the evidence adduced in response to Mr. Palmer’s evidence, the Tribunal finds that it has received insufficient evidence to make any definitive findings regarding the probability that blade throw, tower collapse, and damage resulting from a tower fire, would cause harm to human health.
Despite being told at least twice that he is not an expert and that his evidence failed every test of relevance applied to it, Palmer attempted to gain expert status on multiple subjects at the ERT in Ontario regarding the Arnow wind project.
Mr. Palmer gave evidence as a participant. He asked to be qualified to give opinion evidence as a professional engineer with expertise on acoustics and several matters related to public safety. Following submissions from the parties, the Tribunal qualified Mr. Palmer as a professional engineer with expertise in public safety risks due to turbine failure and some experience in the acoustics of wind turbines. The Tribunal directed Mr. Palmer to confine his testimony to public safety and acoustical assessment and to not speak to topics outside his area of qualification, such as health effects or shadow flicker along highways.
His evidence created conflicts, with actual experts pointing out numerous faults in the topics he was allowed to present to the Tribunal:
It was his [Mr. Dokouzian] position that Mr. Palmer selectively referred to a few statements in that study and used them out of context, while ignoring the overall conclusion of the study, that is, that the wakes of adjacent turbines did not increase the level of noise from a wind farm.
Mr. Dokouzian repeated the approach he used to calculate maximum sound power levels and took issue with Mr. Palmer’s approach. He criticized him for “cherry-picking” the highest sound power level at each octave band, adding them and adjusting them to reach a figure that is higher than the maximum possible sound power level. He stated that such an approach is not indicated in any standard or guideline and is not justified with wind turbines. He explained that the specifications Mr. Palmer found for the Siemens models that were used in a wind farm in Nova Scotia were specifications from the 2009 models of those turbines, whereas for the Project, he used the specifications from the 2013 models, which indicate evolution in the certainty of their measurements, and somewhat lower sound levels as a result.
Mr. Coulson commented on the noise measurements undertaken by Mr. Palmer that were reported in the papers he has presented at conferences. Mr. Coulson identified a concern with the instrumentation used by Mr. Palmer as being not of high quality for acoustical measurements and having a large degree of noise associated with the equipment that Mr. Palmer did not account for. He also expressed concern about Mr. Palmer’s lack of familiarity with the noise measurement standards and with some of the aspects of the locations he chose for carrying out his measurements.
Mr. Palmer was questioned about the papers he has prepared and presented at conferences. These papers were largely based on noise measurements he carried out at existing wind farms in Ontario. He asserted that his measurements were conducted in accordance with international standards, but was unable to identify the particular standard to which they conform and was unable to state the confidence limits with his data, although he suggested it might be around +/- 1.5 dB.
Mr. Palmer identified his concern that the Project was within the minimum setback from 500 kV power lines established by Hydro One so that a turbine failure could lead to a failure in the electrical system corridor. When questioned, he admitted that he had never seen a Hydro One standard or technical guideline and did not know whether his concern was the basis for a setback between turbines and power lines.
Palmer has been accused of cherry-picking and using discredited data, using inaccurate instruments inappropriately, being unfamiliar with regulations, and not accepting the variance in amplitude modulation. Yet, he continues to attempt to testify against wind turbines. The Approval Holder noted:
Regarding the evidence of Mr. Palmer on the risk to public safety due to turbine collapse, blade failure, fire and ice throw, the Approval Holder submits that his evidence is unreliable, unscientific, provides no meaningful analysis of risk and is misleading.
Mr. Rick James is a professional acoustician. When testifying or advocating against wind turbines, James has difficulty staying within the bounds of his actual expertise.
When he has attempted to testify at wind farm related lawsuits in the United States, his testimony has been demonstrated to be lacking in substance, his noise studies lacking in any rigor and his credentials and experience unrelated to measuring wind-related noise. He was slated to appear at the ERT in Ontario regarding the Adelaide project and attempted to introduce testimony unrelated to acoustics. The ERT restricted his testimony strictly to matters of acoustics, eliminating most of his submission.
James also gave testimony at an ERT pertaining to the K2 Wind Huron County project. The council for the Ministry of the Environment noted:
The Approval Holder states that Mr. James has a bias against wind development and purported to give evidence beyond the scope of his expertise, and in so doing breached his obligations as an independent expert and the Tribunal’s Practice Direction for Technical and Opinion Evidence (“Practice Direction for Opinion Evidence”).
The ERT agreed:
[T]he Appellants had not established that the threshold to establish a deprivation or “serious psychological or physical harm” had been met.
James also appeared at the Armow ERT, and his testimony included areas outside of his expertise and made substantial errors:
The Tribunal considered the submissions of the parties on this issue and qualified Mr. James to given opinion evidence on matters related to acoustics and noise control engineering and wind turbines. The Tribunal excluded from its consideration evidence provided by Mr. James concerning the health effects of wind turbines, and epidemiology.
He is a member of the Institute of Noise Control Engineers (“INCE”), but is not certified by the INCE as an acoustical engineer, nor is he a registered professional engineer in any jurisdiction.
He did concede that he is not an epidemiologist and was not aware of the limits of the Waterloo study identified by Dr. Bigelow. He also agreed that he did not include reference to epidemiological studies that came to differing conclusions in his witness statement.
James is not a certified acoustician or a registered professional engineer, but identifies himself and sells his services as both. He is prone to hyperbole while on the witness stand. He attempts to make erroneous claims despite having been corrected in exactly the same type of ERT proceedings previously. Yet, he continues to put himself forward as an expert.
Mr. Les Huson is an engineer and acoustician running a small acoustics consultancy, L Huson and Associates Pty Ltd. This business is a member of the Association of Australian Acoustical Consultants. He regularly submits material against wind turbines and gains expert standing based on his credentials.
However, his testimonies often are disputed once submitted. During an ERD proceeding in 2011 related to the Allendale East wind farm, Huson attempted to bring evidence based on an alternative noise model to the standard ISO model more generally used. He then misused the model he was presenting and was forced to backpedal under cross-examination:
In cross-examination, Mr. Huson… was forced to concede that the authors of the ENM model had issued a Technical Note stating that the ENM had propensity to predict unusually high noise levels for this type of noise. In the Technical Note, the authors recommended that, when using the ENM, a correction needed to be applied to wind speeds for sources having a height greater than 10 meters.
In the circumstances, we reject the evidence of Mr. Huson.
Huson also submitted a lengthy set of material to the Victoria VCAT case related to the Cherry Tree wind farm in 2013. His testimony was referenced in the decision as being accepted over objections, and the Cherry Tree decision ruled in favor of the wind farm. Huson gave evidence the same year at an Environment Court in New Zealand for the Hurunui wind farm proposal. Again he attempted to discredit an existing standard with inadequate understanding of it, and his evidence was dismissed.
Huson has a several year history of submitting material that does not bear scrutiny, yet continues to be brought forward as an expert witness.
Dr. Adrian Upton
Dr. Adrian Upton, Emeritus Professor of McMaster University, is a relatively new addition to the ranks of purported experts called against wind farms. Last year, he submitted testimony regarding the Bull Creek Wind Project. The judgment by the Alberta Utilities Commission stated:
In the Commission’s view, Dr. Upton did not appear to have specialized knowledge or experience specifically with respect to wind turbines and their health effects (other than epilepsy). Dr. Upton appeared to be unfamiliar with the qualifications of some of the authors of the reports he relied upon in forming his opinion on the health impacts of wind turbines or whether the reports he referenced were published or peer reviewed. The Commission took this apparent unfamiliarity with the subject into account when it weighed Dr. Upton’s evidence regarding the general health impacts of wind turbines on nearby residents.
It’s likely that courts will be seeing more of this Dr. Upton in the next couple of years, as he testifies on his actual area of expertise, agreeing that wind turbines will not cause epileptics any problems, but then proceeds to submit unsupported testimony in unfamiliar areas.
Wind energy has been in court for health-related complaints at least 49 times in five English-speaking countries. The courts have dismissed all but one of the cases and that case is clearly an outlier and circumstantial.
Municipalities and other levels of government involved in wind farm siting can rest assured that citizens are not put at risk by wind farms, and further, that vexatious cases brought by those opposed to wind farms will not succeed on health grounds. In civil cases, judges have typically awarded costs to the defending organizations, so while court cases are time consuming, organizations will typically not find them costly otherwise.
Court cases often occur after anti-wind campaigners travel to potential wind farm sites to spread health and other scares. Municipalities, companies, and organizations considering wind farms would benefit by working to establish good consultative relationships early with future wind farm neighbors, providing them with clear and accurate information about impacts and benefits. This will assist in making the citizens relatively immune to the hyperbole of anti-wind groups, and prevent frivolous court cases.
The courts have spoken. Wind farms do not cause health problems.