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STRONG GUST FOR WIND FARMS?

A new rule could make it easier to build wind-energy projects in Wisconsin

READ IT AT THE SOURCE: thonline.com Dubuque IA

January 4, 2010

By Craig Reber

A wind-siting rule that took effect in Wisconsin on Jan. 1 could open the door to wind farms in southwest Wisconsin.

The rule provides a path for obtaining a permit to build a wind farm -- as long as the project developers abide by the guidelines established by the state Public Service Commission. If a township or other municipality opts to regulate a wind-energy power system, its ordinances can't be more restrictive than the PSC's rules.

Basically, the PSC's rules trump any local ordinances.

In southwest Wisconsin, the new rule could pave the way for the development of the proposed White Oak wind project by Wind Capital Group that includes parts of Smel-ser, Hazel Green and Paris townships. The project has been on hold for more than two years.

"We believe that passage of the PSC's rule will certainly set the conditions in place that make development of wind facilities much more possible in Wisconsin," said Tom Green, Wind Capital senior manager of project development. "In reviewing the new rule and applying those rules to their plans for White Oak, they will have a better idea moving into the future of the viability of the project."

Ron Brisbois, Grant County Economic Development director, said the new law will allow communities to plan and give wind developers the freedom to create wind-farm strategies.

"That was what everybody was waiting on," Brisbois said of the White Oak project and another in northern Grant County. "This should allow them to move forward to secure financing and implement the design of the full layout of where the turbines will go."

"It's important," said Joe Alt, of rural Cuba City and a participant in the White Oak project, discussing the new rule. "It's definitely going to help get a wind farm going."

The White Oak project has its opponents, and the Smelser Township supervisors enacted a moratorium on wind farms in 2009. Foes said siting has and always will be the main concern of numerous Smelser Township residents. Some sought an 1,800-foot minimum setback requirement to minimize what they call the "noise, safety and health risks" to their families and their houses. Others cited concerns about falling property values because of the size and location of the towers, usually as high as 400 feet.

"We're just sitting in neutral right now," said Smelser Supervisor Arnie Rawson, who voted for the moratorium and who hadn't seen the new wind-siting rule as of Monday afternoon. "We are very open-minded on it, but we have to be careful to weigh in both sides."

Gabe Loeffelholz, Smelser Township chairman and a former state legislator, said there still are residents in favor of the moratorium. He isn't one of them.

"I don't know what lies ahead," Loeffelholz said, "but whether it's ethanol, solar power, or wind turbines as an alternative source of energy, I say go for it."

That's what former Gov. Jim Doyle and state lawmakers did previously. In October 2009, Doyle signed a bill (2009 Wisconsin Act 40) that called for state regulators to come up with statewide rules for wind farms that specified the conditions a local government entity could impose on the installation or use of a wind-energy system. The state Wind Siting Council formulated the rule after numerous public meetings, hearings, discussions and fine-tuning.

Earlier this month, the commission adjusted the requirements on two issues of critical importance to the wind industry: setback distances and compensation to neighboring residents, called a "Good Neighbor" payment.

Initially, the rule did not specify a definite setback distance between turbines and residences neighboring the host property. Now, municipalities cannot establish a setback distance on non-participating residences that is less than 1,250 feet.

Alt said the new rule allows for the owners of non-participating residences within a half-mile of a wind turbine to receive monetary compensation from the wind system owner.

"It's fair to everybody," he said.

If the wind farms move forward, Brisbois said both the participating townships and Grant County will receive revenue. Participating landowners will receive a new source of farm income from the leases on the wind turbines.

"This is an opportunity that not a lot of townships in Wisconsin have," he said. "It's somewhat unique. You can't just plop down a wind farm anywhere. You have to have the wind and the substations."

THIRD FEATURE

OUR SOURCE: National Wind Watch

Global Wind Industry and Adverse Health Effects: First International Symposium

Author:  Society for Wind Vigilance

Abstracts from the international symposium held October 29-31, 2010, Picton, Ontario, Canada, by courtesy of the Society for Wind Vigilance, Ontario. Click on a title to download the complete presentation. Or click here to download them all in a 16-MB zip file.

FRIDAY 7:00-9:30 pm

Session I: No Rules, No Caution, No Accountability

Orville Walsh
NO GLOBAL STANDARDS
[ view online ]
Abstract: The rapid expansion of the wind energy industry globally has resulted in governmental authorities at different levels responding to opposing pressures to create or modify regulations and planning guidelines for the siting of utility scale wind turbines. Siting guidelines for health, safety, cultural and natural heritage were reviewed and compared. The results indicate wide ranges of siting standards are being adopted. Government authorities have employed a variety of criteria, resulting in significant variation in the spatial separation between wind turbines and sensitive areas as well as the intensity of the development. Separation distances in many jurisdictions are less than those recommended by health professionals suggesting some in the population are at risk. Current trends in government planning and regulations are discussed.

John Harrison, PhD
IT’S PURE PHYSICS
[ view online ]
Abstract: The setback of wind turbines from homes and other sensitive receptors is determined by national and local regulations. These regulations specify a maximum noise level at the receptor and make use of sound propagation models. The models account for spherical spreading of the sound generated by the turbine, refraction of sound by wind speed and temperature gradients, absorption of sound energy by the atmosphere and the ground, and reflection of sound by the ground. In practice, the resulting setbacks result in considerable annoyance, sleep deprivation and consequent health problems for a significant proportion of people living among the turbines. The talk will review deficiencies in the regulations and limitations in the modelling.

Rick James, INCE
HOW WE GOT HERE
[ view online ]
Abstract: What was learned in the 1980′s was forgotten in the 1990′s and set the stage for the Wind Turbine Boom of the 2000′s. But the pillars of the position, that wind turbines are safe for use near people’s homes, are falling. An overview of the key arguments presented by the wind industry’s trade associations and their representatives who support their position will be discussed.

SATURDAY 8:30-10:00 am

Session II: What Clinicians Need to Know

KEY NOTE SPEAKER:
Nina Pierpont, MD, PhD
DEFINING A SYNDROME
[ view online ]
Abstract: Wind Turbine Syndrome. Consider that no government, and certainly no health agency, anywhere on the face of the earth believes in it. Nor does the wind energy industry, which ridicules it as preposterous, telling sufferers they’re hysterical and making up their symptoms. Primary care physicians generally look the other way and plead ignorance or indifference. The media, meanwhile, treats it as an entertaining sideshow. How does one perform credible clinical research in the face of such massive and systematic denial, cover-up, and apathy? Where the research population is often silenced by “confidentiality clauses” or the fear of alienating neighbors and relatives — and potential buyers — should they reveal that their homes are acoustically toxic and, frankly, uninhabitable. Welcome to the past six years of my life. This morning I’m going to explain how I navigated this surreal landscape, employing the instruments of population biology, clinical medicine, and ethnography — along with the services of a first rate guardian angel.

Alec Salt, PhD Cochlear Physiology, MSc, BSc Biology
INFRASOUND: YOUR EARS HEAR IT BUT THEY DON’T TELL YOUR BRAIN
[ view online ]
Abstract: The ear is far more complex than a microphone. It actively amplifies high frequency sounds, so you hear them better, and likely works to actively cancel out infrasonic sounds, so that you don’t hear them. So, it is wrong to regard the ear as insensitive to infrasound. Indeed, measured electrical responses from the ear with infrasound can be larger than those for sounds in the acoustic range and these responses may alter function in a variety of ways. They may also be transmitted to the brain by subconscious pathways that do not represent “hearing”, but affect some people in other ways, such as by causing the sensation of “fullness” or perhaps disturbing sleep. It is therefore physiologically possible that prolonged exposure to the moderate levels of infrasound generated by wind turbines could have detrimental effects on people, mediated by unheard physiological changes in the ear. This work supported by NIDCD/NIH, grant number DC01368, 2005-2010.

SATURDAY 10:30-12:00 am

Session III: Cause and Effect

Arline Bronzaft, BA, MA, PhD
CHILDREN: CANARIES IN THE COAL MINE
[ view online ]
Abstract: Research linking loud sound to hearing loss in youngsters is now widespread, resulting in the issuance of warnings to protect children’s hearing. However, studies attesting to the adverse effects of intrusive sounds and noise on children’s overall health and psychological well-being have not received similar attention. This, despite the fact, that many studies have demonstrated that intrusive noises, e.g., from passing traffic or overhead aircraft, adversely affect children’s cardiovascular system, memory, language development and learning acquisition. While some American schools have received funds to abate noises from intrusive aircraft, many schools still expose children to the noises from passing traffic and overhead aircraft. Additionally, homes and schools expose youngsters to the impacts of interior noises as well. Discussion will center on the harmful effects of noise on children, what has been done to remedy the problem, and what needs to be done further to lessen the impacts of noise, including low-level vibrations.

Christopher Hanning, BSc, MB, BS, MRCS, LRCP, FRCA, MD
THE TORMENT OF SLEEP DISTURBANCE
[ view online ]
Abstract: The most common complaint of those exposed to industrial wind turbine noise (WTN) is sleep disturbance. Many of the other symptoms, fatigue, headache, nausea, memory problems and tiredness are probably secondary to sleep disturbance. Sleep is by the brain and for the brain. It’s principal purpose seems to be the consolidation of memory. Loss of sleep, in the short term, causes daytime sleepiness, fatigue, problems with memory and thought processes and, in the longer term an increased risk of obesity, diabetes, high blood pressure and heart disease. There is now a large body of evidence proving beyond any reasonable doubt that sleep is disturbed and health impaired by wind turbines at distances up to 2km, at noise levels claimed to be safe by the industry.

SATURDAY 12:30-1:30 pm

Session Working Luncheon

Robert Bryce
A JOURNEY OF DISCOVERY
[ view online ]
Abstract: Over the past decade, the global wind sector has experienced phenomenal growth thanks largely to the industry’s ability to portray itself as “green.” But that growth will be difficult to sustain for several reasons: the industry has overstated its ability to deliver meaningful savings with regard to carbon dioxide emissions; it faces a growing backlash from landowners irritated by noise and flicker caused by the turbines as well as from ratepayers who are learning the high costs of “green” energy; and finally, the industry must compete, particularly in the US and Canada, with low natural gas prices for the foreseeable future.

SATURDAY 2:00-3:30 pm

Session IV: Research and Motion

Michael A. Nissenbaum, MD
DELETERIOUS HEALTH EFFECTS ARE UNDENIABLE
[ view online ]
Abstract: In the Real World: Adverse Health Effects Related to Industrial Wind Turbines – Controlled Studies at Mars Hill and Vinalhaven, Maine. Following reports of adverse health complaints among residents of Mars Hill, Maine, a pilot study was undertaken to provide information to the Public Health Subcommittee of the Maine Medical Association in the first half of 2009. This represented the world’s first controlled study of adverse health effects related to industrial wind turbines. Adverse effects are real, and significant. The findings from this pilot study will be discussed. Since the pilot study was completed, a larger, more detailed and standardized controlled study has been undertaken at Mars Hill and Vinalhaven, Maine, utilizing validated questionnaires. Preliminary findings from these will be presented.

Carl V. Phillips, PhD
THE ABSENCE OF HEALTH STUDIES PROVES NOTHING
[ view online ]
Abstract: The claim that there is no evidence of negative health effects from wind turbines near residences is clearly false since there are ample credible reports of people experiencing problems. Many of these offer compelling case- crossover data, with individuals experiencing changes in symptoms when changing the exposure. But to the extent that we do not have as much data as would be ideal – which is certainly the situation – the problem is the failure to carry out the optimal studies. Obviously the lack of evidence resulting from the lack of studies is not informative. We should demand affirmative evidence about what risk exists, and make decisions that admit and consider whatever is found. Industry should pay for independent research but failing that, creative solutions are called for. I hope to develop a self-administered research tool for collecting case-crossover data that could be used by any interested community.

SATURDAY 4:00-5:30 pm

Session V: The Consequences – Violation of Social Justice

Carmen Krogh, BSc Pharmacy
A GROSS INJUSTICE
[ view online ]
Abstract: “I trusted the wind energy companies.” “I can’t believe the government is doing this to me.” Those experiencing symptoms feel victimized by the very systems that would normally protect them. The lack of social justice hurts deeply. Many families are affected by the industrial wind turbines sited too close to their homes. In some cases Ontario families have abandoned their homes to protect their health. Some have had to sign non-disclosure agreements as a condition of a buy out of their homes by the wind developer. Their grief is exacerbated by the emotional toll, disturbed living conditions, loss of enjoyment of their homes and property, and financial loss and the negative impact to the health of their families.

Eric K. Gillespie, LLB
SOCIAL JUSTICE AND THE LAW
[ view online ]
Abstract: The advent of large-scale industrial wind turbine (IWT) projects has brought with it many legal challenges but also opportunities. Families, communities and municipalities are more aware of the risks posed by IWTs. At the same time, legal options are starting to be pursued that may lead to local resolutions of issues, or potentially provincial, national or even international changes. These legal strategies include (i) private litigation brought by individuals, (ii) public interest litigation raising broader issues; (iii) by-laws, resolutions and other steps taken by local government, and (iv) administrative hearings outside of the court system. All of these areas will be reviewed, using Ontario as a case study but with examples of how communities around the world are also responding.

SUNDAY 8:30-10:00 am

Session VI: Social Marketing – Disinformation

Dale Goldhawk, Broadcaster
MEDIA AND PRE-EMPTIVE STEREOTYPING
[ view online ]
Abstract: I believe that advocacy journalism, used sensibly and carefully, backed up by proven facts and presented with passionate conviction, can influence and even change public policy. I am in my 43rd year as a journalist and have seen it happen countless times. And it happens at any stage in a war against policy, dumb laws and stubborn champions of bad ideas. Advocacy journalism was a major triggering factory that stopped a dump site project, even after the hole had been dug, getting ready for the garbage that never came. And this was a project where we were told it was a “done deal” and that nothing could be done to stop it. There are no done deals with projects that are counter to the best interests of people — and that includes wind turbines. Advocacy journalists would do well to remember the prescriptive words of Mohandas Gandhi: “First they ignore you, then they laugh at you, then they fight you, then you win.”

Ross McKitrick, PhD
COAL KILLS: WHERE ARE THE BODIES?
[ view online ]
Abstract: This presentation will look at the evidence regarding the health effects of coal-fired power generation in Ontario. The Ontario government maintains that the risk is large enough to necessitate shutting down the two major coal-fired generating stations in Southern Ontario and replacing them with, among other things, wind turbine installations. I will explain the nature of the Lambton and Nanticoke generating facilities and the network of thermal power plants in the northeast corridor of which they are a part. I will also explain their air pollution control features and the potential effects on Southern Ontario air quality from eliminating these plants, as estimated in the province’s own cost- benefit analysis. I will then discuss observed air pollution trends in Ontario since the 1960s and show that the claims that current air pollution levels result in thousands of cases of illness and death are not supported in up-to- date, peer-reviewed literature.

POSTER SESSIONS

Brett Horner, BA, CMA
ANNOYANCE: A CLINICAL MISNOMER?

Barbara Ashbee
VOW (VICTIMS OF WIND)
Conclusion: Government Policy for Renewable Energy implementation overrides adverse health concerns. Until 3rd-party human health research is conducted to determine safe setbacks and noise levels from industrial wind turbine facilities, including risks of electrical pollution, further development should cease and existing sites mitigated or decommissioned.

Barbara Ashbee and contributors globally
POLICY AND POLITICAL PROCESS: The Consequences
These comments are a compilation drawn from personal communications and interviews of those suffering ill health from the onset of industrial wind turbine operations. Their frustration and loss of social justice is apparent. Any compassionate member of society cannot help but be moved.

Elizabeth E. Wheatley, PhD
AN INTEGRATIVE CURRICULUM FOR THE WINDS OF CHANGE: Advancing Critical Thinking About the Michigan Wind Rush
[ view online ]
The Global wind industry is colonizing more and more of rural, wild, and coastal America with its expansive fleet of colossal, propeller-style wind turbines. Michigan has emerged as a favored target among wind developers for further deployment of industrial wind zones, given its legislative mandates for ever-increasing production of “renewable” energy, its vast swaths of agricultural land, extensive coastlines, and the absence of statewide health or safety regulations pertaining to wind energy generation. This presentation summarizes a university-level integrative curriculum designed to inspire and encourage undergraduate students’ critical thinking about the implications of wind energy development for Michigan citizens and communities. The curriculum addresses cultural, political and economic forces shaping wind energy development in Michigan, compares various forms of electricity generation methods and their impacts on humans, animals, and ecosystems; and reviews the emerging evidence of adverse health effects of industrial wind turbines in light of sociological theories of reflexive modernization as well as “popular” epidemiological struggles over socially contested environmental disease. The curriculum is a work in progress and is offered in two parts. Each part of the curriculum is offered as one of several themes addressed in two courses I teach: Part I: Social Problems; and Part II: Sociology of Health Care.

Lorrie Gillis, Protocol Administrator, and Carmen Krogh, BScPharm
THE RELATIONSHIP OF INCREASED MOOD ALTERATIONS AND INDUSTRIAL WIND TURBINES: Implications and Social Justice (WindVOiCe – Wind Vigilance for Ontario Communities)
[ view online ]
Industrial wind turbine projects became operational in rural Ontario, Canada, in 2005. Within a short period of time, residents near the projects reported noticing adverse health effects. By 2008, reports of health problems became more common and had been associated with the advent of Industrial Wind Turbines. In some cases Ontario families have abandoned their homes to protect their health. Government vigilance and long term surveillance programs for industrial wind turbines do not exist in Canada. Volunteers in various affected communities organized and funded an Ontario-based vigilance health survey to capture and document the array of adverse health effects being reported. Reports are now being received from other jurisdictions. Wind Vigilance for Ontario Communities (WindVOiCe) is a community-based self-reporting health survey based on the principles of Health Canada’s Canada Vigilance Program designed to monitor suspected drug reactions. This survey is ongoing. WindVOiCe respondents report altered quality of life. Sleep disturbance is the most common health complaint. Other symptoms include but are not limited to inner ear problems, cardiac concerns, and headaches. Respondents report in the comments section of the survey, anger, frustration, and loss of cognitive functions such as inability to concentrate, ‘foggy thinking’ and short term memory loss. Depression anxiety and stress are common. The symptoms of adverse health effects reported are consistent with other surveys and research conducted by clinicians such as Harry, Pierpont, Nissenbaum. Parents have responded on behalf of their children and indicated adverse reactions such as vomiting, nausea, nose bleeds and headaches. In the comments section of the survey, some respondents describe their emotional toll. They describe disturbed living conditions, loss of enjoyment of their homes and property, and financial loss due to the negative impact to the health of their families which further contributes to increased stress levels. Informal discussions with respondents indicate some family members grieve deeply. These include those who suffer adverse health effects, those who had to abandon their homes, and those who had to sign non-disclosure agreements as a condition of a buy out of their homes by the wind developer. They feel victimized by the very systems that normally would protect them. The lack of social justice hurts deeply.

SUBMITTED PAPERS

Bob Thorne
THE PROBLEMS WITH ‘NOISE NUMBERS’ FOR WIND FARM NOISE ASSESSMENT
[ view online ]
Conclusions: Personal perception of a sound is investigated through assessment of personal noise sensitivity, personal perception of the characteristics of the sound and observable adverse health effects. Noise includes vibration in any form that can be “felt” by a person. There is, in my opinion and despite the differences in opinion as to cause, considerable agreement between the parties – residents, clinicians and acousticians – as to observable health effects from unwanted sound. There are clear and definable markers for adverse health effects before and after the establishment of a wind farm and clear and agreed health effects due to stress after a wind farm has started operation. It is the mechanism of the physical or mental process from one to the other that is not yet defined or agreed between affected persons, clinicians and psychoacousticians. There has, however, been considerable work recently (May-June 2010) on the possible mechanism between infrasound and adverse health effects.

Christopher Hanning, BSc, MB, BS, MRCS, LRCP, FRCA, MD
WIND TURBINE NOISE, SLEEP AND HEALTH
[ view online ]
Summary: Section 1 sets out my expertise in sleep medicine and physiology, my brief from CFA, the scope of the report and source material. Section 2 reviews the basic physiology of sleep. Noise can disturb sleep by causing awakenings, which are remembered and arousals, which are not recalled but are more likely. Both disrupt sleep making it unrefreshing. Research on the effects of wind turbine noise has concentrated on remembered awakenings and has thus underestimated the effects. Inadequate or poor quality sleep has many health consequences apart from daytime sleepiness and fatigue. These include obesity, poor memory, increased risk of diabetes, heart disease and high blood pressure. Vulnerable groups such as children and the elderly may be at greater risk. Section 3 reviews research on wind turbine noise, sleep disturbance and health. These include the major contributions of van den Berg and Pedersen and the dose-response relationship derived from their data. Also considered are the Salford study and the Hayes McKenzie Partnership study commissioned by the DTI. Recent major reports by WHO and RIVM are reviewed, both of which mandate lower night time noise levels than are permitted by ETSU-R-97. Predicted external turbine noise should not exceed 35dB to avoid disturbance to sleep and 40dB to avoid risks to health. Experience of existing wind farms mandates a setback of at least 1.5km in order to avoid disturbance to sleep. It is concluded that there is compelling evidence that wind turbine noise can and does disturb sleep and impair the health of those living too close and that current guidance is inadequate protection. Section 4 reviews the means of mitigating wind turbine noise to prevent sleep disturbance. It is concluded that external turbine noise levels of less than 35dB(A) or a setback of at least 1.5km of the turbines is necessary to prevent unacceptable levels of sleep disturbance and potential risk to health. Section 5 reviews UK planning guidance and argues that the evidence presented constitute material considerations. Section 6 presents the conclusions of the report. Section 7 lists the documents cited in support of this paper.

SUBMITTED SLIDE SHOW

Bob Thorne
ASSESSING NOISE FROM WIND FARMS
[ view online ]

Date added:  November 23, 2010
Health, U.S. •

Sleep Disorders and Sleep Deprivation: An Unmet Public Health Problem

Author:  U.S. Institute of Medicine Committee on Sleep Medicine and Research

It is estimated that 50 to 70 million Americans chronically suffer from a disorder of sleep and wakefulness, hindering daily functioning and adversely affecting health and longevity. The cumulative long-term effects of sleep deprivation and sleep disorders have been associated with a wide range of deleterious health consequences including an increased risk of hypertension, diabetes, obesity, depression, heart attack, and stroke. The Institute of Medicine (IOM) Committee on Sleep Medicine and Research concluded that although clinical activities and scientific opportunities in the field are expanding, awareness among the general public and health care professionals is low, given the magnitude of the burden. The available human resources and capacity are insufficient to further develop the science and to diagnose and treat individuals with sleep disorders. Therefore, the current situation necessitates a larger and more interdisciplinary workforce. Traditional scientific and medical disciplines need to be attracted into the somnology and sleep medicine field. Renewed and revitalized commitments to the field from the National Institutes of Health (NIH), academic health centers, private foundations, and professional societies are essential to ensure appropriate public and professional awareness, education and training, basic and clinical research, and patient care. Finally, the fragmentation of research and clinical care currently present in most academic institutions requires the creation of accredited interdisciplinary sleep programs in academic institutions.

Contents

• The National Academies
• Committee on Sleep Medicine and Research
• Board on Health Sciences Policy
• Independent Report Reviewers
• Preface
• Organization of Academic Health Centers
• Acknowledgments
• Summary
• 1. Introduction
• 2. Sleep Physiology
• 3. Extent and Health Consequences of Chronic Sleep Loss and Sleep Disorders
• 4. Functional and Economic Impact of Sleep Loss and Sleep-Related Disorders
• 5. Improving Awareness, Diagnosis, and Treatment of Sleep Disorders
• 6. Ensuring Adequate Diagnosis and Treatment: Access, Capacity, and Technology Development
• 7. Opportunities to Improve Career Development in Somnology
• 8. Bolstering Somnology and Sleep Disorders Research Programs
• 9. Building Sleep Programs in Academic Health Centers
• Appendixes

Download original document: “Sleep Disorders and Sleep Deprivation”

Our wind industry video of the day ends with a question: What do these wind turbines sound like to you? Better Plan has listened and the narrator's suggestion of 'waves lapping against the shore' was not our first pick.

Residents in this Ontario Community had problems getting into a public meeting about a proposed wind farm in their community unless they agreed to give their names to wind developers who hired local police to help with enforcement.

Below, a news story on what happened once the meeting got started.

With new wind siting rules in the state of Wisconsin that will overturn local ordinances created to protect residents in rural communities, will scenes like these soon take place in our state?

SECOND FEATURE: WIND TURBINES IN THE NEWS

FOR THOSE NEAR, THE MISERABLE HUM OF CLEAN ENERGY

SOURCE: The New York Times

October 5, 2010

By Tom Zeller, Jr

VINALHAVEN, Me. — Like nearly all of the residents on this island in Penobscot Bay, Art Lindgren and his wife, Cheryl, celebrated the arrival of three giant wind turbines late last year. That was before they were turned on.

“In the first 10 minutes, our jaws dropped to the ground,” Mr. Lindgren said. “Nobody in the area could believe it. They were so loud.”

Now, the Lindgrens, along with a dozen or so neighbors living less than a mile from the $15 million wind facility here, say the industrial whoosh-and-whoop of the 123-foot blades is making life in this otherwise tranquil corner of the island unbearable.

They are among a small but growing number of families and homeowners across the country who say they have learned the hard way that wind power — a clean alternative to electricity from fossil fuels — is not without emissions of its own.

Lawsuits and complaints about turbine noise, vibrations and subsequent lost property value have cropped up in Illinois, Texas, Pennsylvania, Wisconsin and Massachusetts, among other states. In one case in DeKalb County, Ill., at least 38 families have sued to have 100 turbines removed from a wind farm there. A judge rejected a motion to dismiss the case in June.

Like the Lindgrens, many of the people complaining the loudest are reluctant converts to the antiwind movement.

“The quality of life that we came here for was quiet,” Mrs. Lindgren said. “You don’t live in a place where you have to take an hour-and-15-minute ferry ride to live next to an industrial park. And that’s where we are right now.”

The wind industry has long been dogged by a vocal minority bearing all manner of complaints about turbines, from routine claims that they ruin the look of pastoral landscapes to more elaborate allegations that they have direct physiological impacts like rapid heart beat, nausea and blurred vision caused by the machines’ ultra-low-frequency sound and vibrations.

For the most extreme claims, there is little independent backing.

Last year, the American Wind Energy Association, a trade group, along with its Canadian counterpart, assembled a panel of doctors and acoustical professionals to examine the potential health impacts of wind turbine noise. In a paper published in December, the panel concluded that “there is no evidence that the audible or sub-audible sounds emitted by wind turbines have any direct adverse physiological effects.”

A separate study financed by the Energy Department concluded late last year that, in aggregate, property values were unaffected by nearby wind turbines.

Numerous studies also suggest that not everyone will be bothered by turbine noise, and that much depends on the context into which the noise is introduced. A previously quiet setting like Vinalhaven is more likely to produce irritated neighbors than, say, a mixed-use suburban setting where ambient noise is already the norm.

Of the 250 new wind farms that have come online in the United States over the last two years, about dozen or so have generated significant noise complaints, according to Jim Cummings, the founder of the Acoustic Ecology Institute, an online clearinghouse for information on sound-related environmental issues.

In the Vinalhaven case, an audio consultant hired by the Maine Department of Environmental Protection determined last month that the 4.5-megawatt facility was, at least on one evening in mid-July when Mr. Lindgren collected sound data, in excess of the state’s nighttime sound limits. The developer of the project, Fox Island Wind, has contested that finding, and negotiations with state regulators are continuing.

In the moonlit woods behind a neighbor’s property on a recent evening, Mr. Lindgren, a retired software engineer, clenched a small flashlight between his teeth and wrestled with a tangle of cables and audio recording equipment he uses to collect sound samples for filing complaints.

At times, the rustle of leaves was all that could be heard. But when the surface wind settled, a throbbing, vaguely jetlike sound cut through the nighttime air. “Right there,” Mr. Lindgren declared. “That would probably be out of compliance.”

Maine, along with many other states, puts a general limit on nighttime noise at 45 decibels — roughly equivalent to the sound of a humming refrigerator. A normal conversation is in the range of 50 to 60 decibels.

In almost all cases, it is not mechanical noise arising from the central gear box or nacelle of a turbine that residents react to, but rather the sound of the blades, which in modern turbines are mammoth steel appendages well over 100 feet long, as they slice through the air.

Turbine noise can be controlled by reducing the rotational speed of the blades. But the turbines on Vinalhaven already operate that way after 7 p.m., and George Baker, the chief executive of Fox Island Wind — a for-profit arm of the island’s electricity co-operative — said that turning the turbines down came at an economic cost.

“The more we do that, the higher goes the price of electricity on the island,” he said.

A common refrain among homeowners grappling with sound issues, however, is that they were not accurately informed about the noise ahead of time. “They told us we wouldn’t hear it, or that it would be masked by the sound of the wind blowing through the trees,” said Sally Wylie, a former schoolteacher down the road from the Lindgrens. “I feel duped.”

Similar conflicts are arising in Canada, Britain and other countries . An appeals court in Rennes, France, recently ordered an eight-turbine wind farm to shut down between 10 p.m. and 7 a.m. so residents could get some sleep.

Richard R. James, an acoustic expert hired by residents of Vinalhaven to help them quantify the noise problem, said there was a simpler solution: do not put the turbines so close to where people live.

“It would seem to be time for the wind utility developers to rethink their plans for duplicating these errors and to focus on locating wind turbines in areas where there is a large buffer zone of about a mile and one-quarter between the turbines and people’s homes,” said Mr. James, the principal consultant with E-Coustic Solutions, based in Michigan.

Vinalhaven’s wind farm enjoys support among most residents, from ardent supporters of all clean energy to those who simply say the turbines have reduced their power bills. Deckhands running the ferry sport turbine pins on their hats, and bumper stickers seen on the island declare “Spin, Baby, Spin.”

“The majority of us like them,” said Jeannie Conway, who works at the island’s ferry office.

But that is cold comfort for Mrs. Lindgren and her neighbors, who say their corner of the island will never be the same.

“I remember the sound of silence so palpable, so merciless in its depths, that you could almost feel your heart stop in sympathy,” she said. “Now we are prisoners of sonic effluence. I grieve for the past.”

WIND FARMS FROM FAR AWAY: The view from an orbiting satellite

WIND FARMS FROM CLOSE UP: The view from someone living with them:

“I’m getting vibrations, and I haven’t slept in I don’t know how long,” Mrs. Garrow said. “But I don’t think anybody’s looking out for our interest.”

TURBINE NOISE CONCERNS RAISED

SOURCE: pressrepublican.com

September 13, 2010

By Michelle Besaw

Vibrations disturbing, some Town of Clinton residents say.

CLINTON — Noise was the big issue during the Wind Facilities Planning Board’s recent public hearing, and it wasn’t the noise coming from the 40-plus people packed into the Town Hall.

The meeting, which was set to address local concerns with variance requests from Horizon’s Marble River wind farm project, focused on noise issues surrounding Noble’s wind farms and the fear that this project will only bring the same problems.

Chad and Rose Garrow shared a complaint that the noise study done on the current turbines was unfair due to reported battery malfunctions.

“I’m getting vibrations, and I haven’t slept in I don’t know how long,” Mrs. Garrow said. “But I don’t think anybody’s looking out for our interest.”

Richard Green of Churubusco said he can feel the sounds from the turbines, citing the low range and the repetitiveness.

“It’s a constant noise that you can feel in your body.”

But Burlington, Vt., resident Martin Lavin, who owns 1,350 acres in Clinton, said he deals with noise from passing cars and loud college students at his home.

In Horizon’s original project proposal, Lavin was to have eight turbines on his property, but “we lost them all” in the scaled-back proposal, which calls for taller, yet fewer turbines.

“But I’m still in support of the project,” he said.

Jennifer Ruggles of Churubusco argued that Lavin’s example of noise was a result of his choices.

“You chose to buy a house in a city. We chose to buy a house in the country. We did not choose to move next to these things. I have 35 acres, and I can still feel (the noise). This noise came to us.”

Green said that of the landowners with turbine contracts, 49 are not town residents and just 24 are.

“The income isn’t going to town residents. They don’t have to live with the windmills.”

The town’s wind lawyer, Daniel Spitzer, suggested that the Wind Board summon a Noble representative and call a special public meeting to respond to residents’ noise complaints and address the enforcement of the noise laws.

Horizon’s variances request that it build turbines exceeding 400 feet, increasing their height to 492 feet, which raises concerns with Customs and Border Protection Supervisor Richard Bowman.

“I’ve flown around the ones that are 400 feet, and those are pretty up there,” he said, adding that the turbines’ proximity to the border is also of concern.

“We fly as low as the tress, depending on what we have to work on.”

Ruggles shared Bowman’s border concern.

“It is getting worse at our border, not better. We really should consider safety of the community before money.”

But Spitzer said the new proposal removes most of the turbines from the wetlands area, which are in the northeast area nearest to the border.

The proposal reduces the number of turbines to be built in the towns of Clinton and Ellenburg from 109 to 74.

In return, they’re replacing them with taller, more powerful turbines, generating 0.9 megawatts more than the originals, going from 2.1 to 3, which allows them to reduce the footprint of the project.

The total electrical output would remain the same as the original proposal.

Janice Padula of Plattsburgh owns land in the town but will not have turbines.

“But I am in very big support of this project,” she said.

Padula is a wind professor at Clinton Community College and supports wind energy, calling the turbines “majestic.”

“When I hung my very first load of laundry, I thought, wow, I’m going to put a turbine up here someday.

“I really know these people are reputable. Don’t throw out the project because of someone else,” she continued, referring to residents’ issues with Noble’s turbines.

“I really believe in the reputation of Horizon.”

Nancy Neubrand, a student of Padula’s, said renewable energy is necessary today.

“Wind is free. We need to get into renewables. We’re using substantial resources.”

Will Rogers of Clinton agreed.

“We need to go to renewable or be at the mercy of the Mideast.”

The Wind Facilities Planning Board will have a public meeting at 7 p.m. Monday, Sept. 20, at the Fire House, 1301 Clinton Mills Road.

They committee will review Horizon’s application for variances.

MORE FROM VINALHAVEN:

STATE MUST PROVIDE SOME RELIEF TO NEIGHBORS OF WIND TURBINES

Here, it is not just the constant noise, but the pulsing drone that makes the noise particularly hostile that is so disturbing. It is inescapable.

SOURCE: freepressonline

By Alan Farago

Consultant: Vinalhaven wind turbine noise exceeds limit

“Anybody with a set of ears can come sit on my porch. You can clearly tell the difference between wind in the trees and the sound of the turbines. They don’t cancel each other out.”

 SOURCE Bangor Daily News, www.bangordailynews.com

September 12, 2010

by Abigail Curtis

VINALHAVEN, Maine — The three wind turbines that were designed to lower and stabilize the unpredictable electric bills of Vinalhaven and North Haven islands also have brought some sleepless nights to those who live closest to their giant blades and the noises they make.

The controversy over the noise levels between Fox Islands Wind officials and some islanders began soon after the turbines went on line last fall, but last week, the Maine Department of Environmental Protection received a letter from its wind turbine noise consultant that seems to back up the project’s unhappy neighbors.

“There exists a significant body of consistent meteorological and sound data indicating sound levels greater than applicable limits,” Warren L. Brown, who also serves as the University of Maine’s radiation safety officer, wrote Wednesday in a detailed letter. “Substantial changes are recommended for FIW nighttime operations.”

Brown reached his conclusions after reviewing a noise complaint submitted by Fox Islands Wind Neighbors, a loose association of those who are negatively affected by the turbines, and also after reviewing sound and other data from the Fox Islands Wind project.

For Cheryl Lindgren, who lives less than half a mile from the turbines, Brown’s words came as welcome news, though the department has yet to make a decision based on them.

“It’s gratifying, it’s hopeful. It’s also been a lot of work having to do all this to get people to acknowledge that we have a problem,” she said Sunday in a telephone interview. “We’re hoping we can work together now to get some kind of compromise — that we can get some dialogue going, and that they will respond to the needs of the people who are suffering with this.”

But George Baker, the CEO of the Fox Island Wind electric company and vice president for wind at the Island Institute, said Brown’s findings might not be conclusive.

“He’s looked at a bunch of data that our sound consultant has put together. Our sound consultant analyzed exactly the same data and found us to be in compliance,” Baker said Sunday in a telephone interview. “There’s something going on here, and we don’t know exactly what it is, between the experts, and how they are analyzing and interpreting exactly the same data.”

According to Baker, the differences might stem from the way the experts treat ambient sound from various sources, especially the wind in the trees. State sound regulations “have a hard time” dealing with wind turbines, he said.

“If we were an industrial facility, you would turn on the facility on a still, calm day [and measure its noises],” he said. “Unfortunately, our little community wind farm doesn’t operate on still, calm days. It operates on windy days. … When the wind is blowing in the woods, it makes a lot of sound.”

Lindgren, however, says this argument is full of hot air.

“[Baker] keeps talking about the ambient sound. It’s a little disheartening,” she said. “Anybody with a set of ears can come sit on my porch. You can clearly tell the difference between wind in the trees and the sound of the turbines. They don’t cancel each other out.”

Baker said the turbines are turned down by 2 decibels at night in order to meet the state sound requirements.

“If, when experts get through sorting out this question of compliance, and it’s determined that we are out of compliance, we’ll just turn them down a little more at night,” he said. “We’re absolutely committed to compliance.”

But that solution might not sit well with some islanders, he suggested, who have benefited from a 15 to 20 percent reduction in their electricity costs since the turbines starting moving.

A survey completed a month ago by Fox Islands Electric Coop members showed that the majority of respondents were in favor of slowing down the turbines in order to reduce sound no more than state regulations require.

“The project remains very, very widely supported on the islands,” he said.

Lindgren, however, pointed out that electricity costs dipped nationwide last fall, not just on Vinalhaven and North Haven islands. And, after nearly a year of being woken up by the noisy turbines, she’s both frustrated and disappointed.

“We believed in ‘green energy’ as being all good. That’s not always true,” she said. “When corporations get involved, it’s not always from the heart. … I think the whole population could turn off a couple of light bulbs and we’d be in the same place.”