The following is Wellfleet Council's legal opinion that they can use their National Park land for utility(industrial) scale electric generation plants with no concern for proximity to Federal owned park land.
16, 2009 - 4:44 PM
Selling their home isn’t something Helen and Bruce Fraser wanted to do, but they felt they had no choice. They’d bought the County Road 17 Melancthon property from Bruce’s father, included stonework from Helen’s parents in the design of the house as they built it, and spent 32 years making it their home.
It’s also where they raised their four children.
When talk of a Dufferin county wind farm first started, the Frasers thought it was a great idea. They threw their support behind anything intended to better the environment. But soon after an industrial turbine — about as tall as a 25-storey building (80 metres) — started spinning nearby, they decided they had no choice but to move away.
They’re one of six Dufferin property owners to sell their land to Canadian Hydro Developers (CHD), proponents of the Melancthon EcoPower Centre, the very same operation Fraser is convinced caused their health problems.
“I’d have such a headache I’d be holding my head thinking the top was going to come off my head — that’s how bad it was,” Helen Fraser says.
“We had no idea how they would impact us until they were put up. Basically, we were all for them because we’re for anything that’s green, until [the turbines] started running. Then we started getting the symptoms.”
The Frasers lived near the first phase of the wind farm, which started operation in 2006. Not long after, she says she started to experience headaches, muscle pain, fatigue and a ringing in her ears. Bruce, she says, began having problems with his blood sugar and when the turbine faced a specific direction, their dog would urinate inside the house at night.
They didn’t connect their troubles to the turbines at first. Fraser says that came after they went away on a couple vacations and their symptoms disappeared ... until soon after they returned home.
At the time, Fraser says they lived about 420 metres from the nearest turbine. They now live in Shelburne, several kilometres away from the turbines, where Helen says they’re doing “amazing.”
“I don’t have any of the symptoms that I had before. It’s like day and night. ... We just couldn’t go on living, for health reasons, the way we were living.”
Of the six properties purchased by CHD, Scott Hossie, the company’s Ontario environmental manager, says two were purchased as a result of residents’ health complaints.
“That’s not the preferred outcome for Canadian Hydro. We prefer to find a solution that allows us to continue operating and our neighbours to continue enjoying Melancthon and Amaranth townships. By and large, we’ve been successful in doing so,” he says.
“Really, the concerns about effects on health, or concerns raised by our neighbours of wind turbines with respect to health, are very much the exception.”
CHD purchased the other four properties, Hossie says, for storage and to house construction workers as the turbines were going up.
“It’s my understanding that all these houses, if they’re not needed by Canadian Hydro, will presumably go back onto the market,” he notes.
Hossie declined to talk about which properties were purchased because of residents’ health concerns, explaining CHD and the sellers signed contracts not to discuss their deal.
Fraser says she signed such a contract.
“I can’t discuss the sale,” she says, suggesting CHD could “come back” at her if she did. “I can discuss the turbines, but we can’t discuss the sale of the property.”
Former Seventh Line of Amaranth resident Barbara Ashbee-Lormand says she too signed a similar contract with CHD, which purchased her home.
“At this point, we can state that we and Canadian Hydro Developers Inc. are pleased that we have reached a comprehensive settlement which addresses, to the satisfaction of all parties, the issues that had arisen between us regarding the performance of the General Electric wind turbines at the Melancthon EcoPower Centre,” she wrote in a statement emailed to The Banner. “The parties have all agreed that the specific terms of the settlement will remain confidential.”
Prior to the settlement, she complained vibrations from low frequency noise kept her and her husband, Dennis, up at night. She said they worked “diligently and openly” with CHD to resolve the issue without success, before they hired a lawyer to take up their case, which resulted in a settlement being reached.
The majority of people living near the local turbines don’t appear to suffer the symptoms experienced by some nearby residents.
“We’re having no problems at all,” says Melancthon’s Randy Nielsen, speaking for his wife and two teenage children. “We’re surrounded by turbines.
“We’ve had people come to visit and they all like them.”
Of about 300 neighbours, the Ministry of the Environment has received complaints from 17 regarding the Melancthon EcoPower Centre.
“If you have problems with wind turbines in your home, and you’re really having difficulty, the wind industry will eventually settle with you,” suggests Dr. Bob McMurtry, a former member of the Health Council of Canada and former dean of medicine at the University of Western Ontario.
“It’s worked out best for (the wind industry) if they keep those things quiet. There’s no requirement by the government for the wind industry to report settlements.”
McMurtry acknowledges he has spoken on behalf of Wind Concerns Ontario (WCO) — a grassroots group dedicated to raising the profile of health complaints from people living near turbines — but maintains he has no formal affiliation with the group.
Like WCO, McMurtry is convinced of a link between wind turbines and public health problems — a link other health professionals, government officials and wind industry leaders insist has never been proven.
“Despite individual concerns on occasion, peer-reviewed literature has never indicated any trend associated with health effects coming from wind turbines,” says Hossie. “From Canadian Hydro’s perspective, if anybody has a concern, we deal with it proactively on a case-by-case basis. We certainly do take those very seriously.”
Most of the time, he says, noise complaints are mitigated through routine maintenance and upkeep of the turbines.
“In North America, we now have more than 10,000 wind turbines operating. Concerns that have been expressed with respect to health impacts across that entire fleet are few and far between,” adds Robert Hornung, president of the Canadian Wind Energy Association (CanWEA). “Our common understanding is that the overwhelming majority of people who live near wind turbines actually have a quite positive experience and are living productively and harmoniously with those turbines.”
McMurtry takes a different perspective on the existing literature.
“It’s remarkable. [Turbines] been around [in Canada] for over 20 years and no one’s done an adequate study to demonstrate their safety,” the doctor says.
He believes a “proper” study of the issue would take about five years to complete, with a budget of at least $1 million to complete the work.
“The only people with the resources to do that kind of thing ... is either the industry, which won’t happen I imagine, and certainly the government is responsible too, and haven’t done so.”
http://www.orangeville.com/news/article/240889--no-proven-link-exists-between-wind-turbines-health-problems
February 06, 2010, 3:10PM
The parents of a 34-year-old technician who died when the 230-foot wind-turbine tower he was in collapsed to the ground in a Sherman County wheat field is suing for $7 million.
In their lawsuit, Gail Eikanas and Jerry Mitchell fault the Danish turbine maker Siemens Wind Power A/S, the Klondike Wind Farms III and ownersPPM Energy, among others. Their son, Chadd Mitchell, died in August 2007. He was the father of two.
The suit was filed Thursday in Multnomah County Circuit Court. According to the suit, the wind turbine's rotor went into "overspeed," causing the structure to crash to the ground and crush Mitchell.
In early 2008, the Oregon Occupational Safety and Health Division fined Siemens Power Generation $10,500 for safety violations, after a six-month investigation.
The agency found that Siemens didn't properly train or supervise the employees on the job, and that Mitchell and another worker had less than two months of experience and were working without a supervisor. Siemens disagreed with the findings of safety violations, and appealed the findings. It's not clear what the outcome of that appeal was.
-- Aimee Green
http://www.oregonlive.com/news/index.ssf/2010/02/parents_of_technician_killed_i.html
From:
MA.DR SWINBANKS
To:
MPSCEDOCKETS;
CC:
MA.DR SWINBANKS;
Subject:
Re: Case No U-15899
Date:
Wednesday, December 09, 2009 10:09:47 AM
Attachments: MAS Research Ltd Michigan Windmill Letter.doc
Case No U-15899
Dear Sir,
I am enclosing a Word document relating to comments on Windmill
Setbacks & Noise, which represents a letter that I have sent to you. I
posted this letter in Port Hope yesterday, and hope that it arrives in
Lansing before your Friday 5pm deadline. But I am also enclosing an
electronic copy with this email. I hope this is satisfactory.
Sincerely,
M.A.Swinbanks
MAS Research Ltd
Mathematical & Scientific Research
Tel: 011-44-1-223-512250
Company Number 1586916
8 Pentlands Court
Incorporated 1981
Pentlands Close,
Cambridge CB4 1JN,
Executive Secretary, MPSC,
United Kingdom
December 8th, 2009
P.O.Box 30221,
Lansing,
Michigan 48909
Re: Case No U-15899
Dear
I am a professional consultant engineer, and my company is based in the United
Kingdom, but fourteen years ago I was asked to come to the US to lead an advanced
research project for the Office of Naval Research. My American wife & I now live at
7087 Kinde Road, Port Hope, Michigan. During the course of my career, I became a
consultant to many different companies and research organizations on a wide variety of
problems related to unsteady dynamics, noise, vibration, shock and acoustics.
I have worked personally with both Professor J.E.Ffowcs-Williams, and Dr
H.G.Leventhall, two of the foremost UK acousticians. 20-30 years ago, I worked
directly in collaboration with both on several low-frequency noise installations, thus
gaining first-hand experience of the problems associated with low-frequency noise and
infrasound. My actual time-on-site addressing low-frequency noise probably well-
exceeds either. [ 1], [2 ].
This letter addresses three separate issues relating to wind-turbines. First, an unresolved
issue relating to low-frequency sound generation by wind-turbines. Second, further
well-established characteristics of low-frequency noise. Third, the present status of
permitted noise levels and setbacks.
(1) Low-Frequency Sound Generation by Wind-Turbines
The opinions of the two UK acousticians relating to wind-turbine noise differ.
Professor Ffowcs-Williams has stated “It is known that modern, very tall turbines,
do cause problems, and many think the current guidelines fail adequately to
protect the public.”
while Dr Geoff Leventhall has commented "I can state quite categorically that
there is no significant infrasound from current designs of wind turbines.
• Infrasound is not a problem, • Low frequency noise may be audible under
certain conditions, • The regular 'swish' is not low frequency noise.”
1
In practice, the transition from infrasound to low-frequency sound may be blurred.
Based on my own experience, the consistent reports of physical discomfort resulting from
wind-turbine noise reinforce my perception that low-frequency noise can indeed be a
problem. The reported effects are entirely consistent with those that I have experienced
at first hand, 20-30 years ago.
Low frequency noise can induce feelings of discomfort and nausea, not unlike
seasickness. Like seasickness, the sensitivity of different individuals varies enormously,
some being immediately sensitive, while others can barely detect anything. I have stood
beside two people on a site where low-frequency noise was present. One person said “I
can’t really hear anything”. The other said “I feel ill – I should like to leave”. Both
were reporting accurately; there can often be more than 12dB difference ( a factor of 4)
in the sensitivity of individuals to low-frequency noise. Given that for very low
frequencies, 12dB represents the difference between just audible, and uncomfortably
loud, it is clear that very real problems are experienced by some individuals, while others
remain largely unaffected.
It is important to emphasize that there does not yet appear to be a full understanding of
how to assess low-frequency wind-turbine noise. As recently as April 2008, A Danish
researcher, T.H.Pedersen demonstrates clearly in [3] how different conventions for
measuring the noise field of a turbine can lead to diametrically opposite conclusions. He
summarizes by writing “The above mentioned issue has been discussed with a number of
researchers (Henrik Moller, Aaborg University, Torsten Dau, Ranish Technical
University, Hugo Fastl and Geoff Leventhall) and solutions have been sought for without
result.” He goes on to describe a procedure involving weighting the spectra with the
inverse hearing-threshold (HT-weighting) but while clarifying the problem, this does
nothing to resolve the issue.
So it is difficult to understand how it can be argued emphatically that there is no problem,
when it is clearly reported that significant ambiguity still remains in assessing these
effects.
The present author has considered this aspect, and believes that the misunderstanding
may lie in a failure to take into account correctly the impulsive nature of the turbine
noise, as each blade passes the tower, and interaction takes place between the blade, the
wake, and the tower. Although it is now widely recognized that this can give rise to low-
frequency modulation of higher frequency aerodynamic noise, resulting in a “swishing
sound” (aerodynamic modulation), it remains the case that the low-frequency effects of
the impulse are often incorrectly analyzed. This latter effect has been described as a
distinct repetitive “thumping sound” audible at distances of 500 to 1000 meters (~ 1600
to 3300 ft.)
The feature of impulsive noise is that there is a large signal present for a short period of
time. Consequently, the mean, or root-mean-square (rms) level of the signal may be
very low, apparently well below the threshold of hearing, but the peak level is much
higher and can be perceived. This ratio of peak-to- mean level is the Crest-Factor.
2
The present convention of combining frequency-weighted spectral or octave levels only
measures the rms level – it does not take any account of the crest-factor.
The hearing threshold has been determined experimentally using individual sinusoidal
sound waves. But sinusoidal waves have the lowest of all crest factors. C.S.Pedersen
[4] has reported that band-limited 2Hz-20Hz, and 2Hz-40Hz white noise is audible 7-
10dB below the threshold defined for sinusoidal signals. This observation is consistent
with the increased crest-factor of such noise. But low-frequency, repetitive impulsive
sounds possessing a multiplicity of harmonic components, have an even more
recognizable characteristic, and are likely to be audible at even lower levels. Preliminary
calculations indicate that periodic 1Hz impulses may be audible even when the individual
components of spectral lines lie 25dB below the threshold of hearing. So simply
examining low-frequency spectra and observing that individual spectral lines lie well
below the threshold of hearing does not begin to summarize this situation accurately.
A further comment relates to this impulsive component of noise. If an observer stands
near to the wind-turbine, the distance from him to different portions of the tower and
blade varies significantly. Consequently, the time taken for sound to propagate to this
observer differs for each portion of the blade segment. As a result, the arrival times of
the impulsive effects are “smeared-out”, and much less audible, despite the close-up
distance. But for an observer positioned several hundred feet away, along the line of the
axis of the turbine, the impulsive components all tend to arrive at the same time, giving a
much enhanced effect.
(2) Additional Well-Established Effects of Low-Frequency Noise
Two further effects relate directly to the annoyance of low-frequency noise. The
hearing threshold of individuals does not remain fixed at a constant level, but rises or
falls according to the background sound level. In addition, there is an acquired learning
process, where a person can become much more sensitive to a specific low-frequency
sound after repeated exposure. Unfortunately, the people most likely to become ultra-
sensitive to low-frequency wind-turbine sound are precisely those people who live closest
to the unwanted source.
The variation of hearing threshold according to background noise has an important
consequence. People are often invited to visit wind-turbine sites during daytime, when
ambient levels are high, and they conclude that the turbine noise levels are not excessive.
But under these circumstances, their own threshold of hearing is raised, so the extent to
which the turbine noise protrudes above their threshold is minimal. But at night, in the
quiet of an interior living room or bedroom, the ambient level is lower, their hearing
threshold drops accordingly, and the wind-turbine noise can rapidly become intrusive or
intolerable.
Indeed, subsequent attempts to shut out the sound, by closing doors and hiding under
pillows and bedclothes, have exactly the opposite effect. The higher-frequency
3
background ambient levels are reduced still further, while the remaining component, the
penetrating low-frequency turbine noise, can become even more dominant.
Several additional physical effects can cause the low-frequency sound levels of wind-
turbines to rise above conventional expectation. G.P.Van den Berg [5] has reported that
variations in wind-gradient at night can cause wind levels at the turbine hub height to be
considerably greater than wind speeds near ground level, thus giving rise to a more
rapidly changing wind profile and underestimates of true wind speed. He reported
increased sound levels of 15dB as a consequence.
In addition, the present author is familiar with reduced-temperature night-time conditions
where low-frequency sound from a gas-turbine installation could be audible at distances
of 1-mile (5280 ft), given appropriate atmospheric conditions, possibly associated with a
temperature inversion. Calculation would have predicted that the gas-turbine noise
should have been inaudible at approximately 400 yards (1200ft). By implication, the
attenuation with distance was very much less than expected, apparently by an amount
corresponding to over 12dB.
Finally, it should be noted that operation of several wind-turbines together, near-
synchronized, gives rise to additional modulation of sound intensity which itself can be
very disturbing, and yields higher than predicted sound levels . Van den Berg has
reported this effect, and measured rising and falling intensities corresponding to the
effects of the turbine noise sources moving into and out of phase.
Few, if any, of these directly relevant effects are taken into account in the present
assessments of the low-frequency noise associated with wind-turbine farms. Yet they
directly impact the quality of life for individuals and families living close to wind-farms.
(3) Setbacks & Noise Criteria for Wind-Turbines.
It should be noted that UK criteria have been guided by a 1997 recommendation, ETSU-
R-97 which has advocated night-time levels not exceeding 43dBA or 5dBA above
background levels for external noise-levels at habitations. Specific setbacks are
calculated according to the individual performance data and geometry of proposed wind-
turbine configurations, but in general, have tended to underestimate the actual sound-
levels that subsequently are manifest in practice.
These criteria have been consistently questioned for 12 years since 1997, and there have
been repeated requests to revise the criteria in the light of actual experience. Professor
J.E.Ffowcs-Williams has stated
"Van den Berg's paper adds weight to the criticisms frequently offered of UK
regulations covering wind turbine noise, ETSU-R-97. The regulations are
dated and in other ways inadequate. It is known that modern, very tall
turbines, do cause problems, and many think the current guidelines fail
adequately to protect the public……. It really is time for the DTI (Dept of
4
Trade & Industry) to clear the air on this one, and institute a comprehensive
and fully transparent study, obtaining data from the United States and
Europe, as well as the United Kingdom."
Given that the UK night-time levels of 43dBA are now proving to be inadequate in
practice, it is clear that proposed Michigan levels of 55dBA, corresponding to sound
pressure levels 4 times higher, and 1000 ft setbacks would likely represent intolerable
levels for many members of the community.
Moreover, the convention of using the A-weighted decibel scale has itself been
questioned, since this specifically filters out and minimizes the effects of low-frequency
noise. The flatter C-weighting scale has been suggested as a more appropriate
alternative. This issue relates back to the author’s earlier comments about the lack of
rigour in defining the low-frequency impulsive effect.
In respect of actual measured levels for a windfarm, the paper by Van den Berg is very
relevant. He measured sound levels adjacent to a windfarm consisting of seventeen
1.8MW wind-turbines. In particular, he derived a continuous record of dBA levels taken
at 50 millisecond intervals, which showed modulating peak levels of 51-53dBA recorded
on the terrace of a house 750m ( ~ 2500ft) from the windfarm. Projecting these levels
back to 1000ft, would imply peak levels 8dB higher at 59-61dBA.
Van den Berg [5] described the situation as follows: “However, on quiet nights the
wind park can be heard at distances of up to several kilometres when the
turbines rotate at high speed. On these nights, certainly at distances
between 500 and 1000m ( ~ 1600 and 3300 ft) from the wind park, one can
hear a low pitched thumping sound with a repetition rate of about once a
second (coinciding with the frequency of blades passing a turbine mast), not
unlike distant pile driving, superimposed on a constant broadband ‘noisy’
sound. A resident living at 1.5km (~ 4900 ft) from the wind park describes
the sound as ‘an endless train’. “
In conclusion, it is well-reported that the close proximity of wind-turbines to residences
can cause very real annoyance and distress. Experience in practice has consistently
shown that present guidelines for setbacks are proving to be inadequate. There is no
fully agreed method of defining accurately the low-frequency noise effects, largely
because these can vary markedly according to circumstance, wind gradients, atmospheric
conditions, and personal susceptibility. Consequently, it is important to be guided by
lessons learned from experience.
Yours Sincerely,
Malcolm A. Swinbanks, M.A., PhD
References /(over)
5
References
[1] Swinbanks M.A. The Active Control of Low Frequency Sound in a Gas
Turbine Compressor Installation, Inter-Noise '82, May 17-19, 1982
[2] Swinbanks, M. A. The Active Control of Noise and Vibration and some
Applications in Industry. Proc. IMechE 198A, No. 13, pp. 281–288, 1984.
[3] Pedersen T.H. Low Frequency Noise from Large Wind Turbines
A Procedure for Evaluation of the Audibility for low Frequency Sound, and a
Literature Study. Delta Acoustics & Electronics. AV 1098/08 30 April 2008
Client: Danish Energy Authority
[4] Moller H & Pedersen C.S. Hearing at Low & Infrasonic Frequencies, Noise &
Health, Volume 6, Issue 23, April-June 2004
[5] G.P. van den Berg Effects of the wind profile at night on wind turbine sound.
Journal of Sound and Vibration, Volume 277, Issue 4-5, p. 955-970, 2004
It is a bright mid-September day. Hal and Judy Graham are sitting in the living room of their restored 19th century farmhouse, which looks out over the still-green rolling hills near Cohocton, a rural community in the Finger Lakes region of upstate New York.
The pastoral view is punctuated by two 420-foot-high structures. The sleek towers, almost alien in appearance, are wind turbines. One of them stands 1,000 feet from the farmhouse, on a neighbor's property. The second is 2,000 feet away on the Grahams' own land.
On this afternoon in the late summer of 2009, the twin Goliaths are still. One was shut down last winter after a flurry of attempted repairs, and the other has unaccountably been shut down for just a couple of days. But the Grahams expect it to be only a temporary respite. When the winds are high and the turbines are spinning fast, "it sounds like a jet engine taking off in your backyard," says Judy Graham. "Only it never stops."
In 2004, the Grahams signed a contract that permitted a company named UPC Wind (since renamed First Wind) to construct and operate a wind turbine on their property as part of a 50-turbine "farm" that stretches across a number of properties. Later, the town of Cohocton passed an ordinance that effectively exempts leaseholders from any noise controls.
"They told us that the noise at 900 feet would be no louder than the hum of a refrigerator," says Hal Graham. But he says the reality has been far different. "We can't sleep. We can't watch TV. This has been a disaster for us and our neighbors."
Wind power is one of the current darlings of the movement to find alternative energy sources, and in 2008 the United States surpassed Germany as the world's leading producer of electricity generated by wind. "With the right government policies, this cost-effective source of energy could provide at least 20 percent of the nation's electricity by 2030, create thousands of jobs, and revitalize farms and rural communities-without consuming any natural resource or emitting any pollution or greenhouse gases," says the American Wind Energy Association on its website.
But an increasingly vocal minority says there is another, more sinister, side to wind power. They acknowledge that, from a distance, the towering sentinels seem to spin lightly and noiselessly in the wind. But closer up, they insist, turbines emit stomach-jarring whooshes and rumbles, and an impossible-to-ignore rhythmic hum that disrupts sleep and causes headaches, nausea and fatigue in some people.
Another problem is shadow flicker, caused when the spinning blades chop up sunlight, creating a swooping pattern of shadows that some people say makes them woozy and sick.
Dr. Nina Pierpont, a pediatrician in Malone, N.Y., at the north edge of Adirondack Park, has coined the phrase wind turbine syndrome to describe the cluster of symptoms-sleeplessness, headaches, depression, dizziness and nausea-that she has identified in people she has studied who live within a mile of industrial-size wind turbines. In November, Pierpont published a report on some of her research, Wind Turbine Syndrome: A Report on a Natural Experiment. Pierpont's findings have been criticized by some in the wind energy industry, partly on grounds that her study looked at fewer than 40 people.
• • •
The growing contentiousness over the health effects of wind turbines already has resulted in some sharp legal fights -with more sure to come-over where turbines should be located and how they should be regulated. And because wind power can be harnessed most efficiently in wide-open spaces-the largest wind farms contain hundreds of turbines-the task of sorting out these issues has fallen primarily on local government bodies representing communities such as Cohocton.
According to a U.S. Chamber of Commerce webpage titled "Project No Project," which tracks energy projects that have been stalled or killed, more than 70 wind farm proposals around the country are bogged down by moratoriums, restrictive ordinances, environmental challenges and lawsuits filed by community groups.
Although the states and even the federal government are inexorably being drawn into the issue, for now it is local government taking the lead to craft ordinances and zoning regulations that try to answer questions like these: When it comes to placing wind turbines near residences, how close is too close? And how loud is too loud?
Under the 10th Amendment to the U.S. Constitution, land use generally is regulated at the local level through the police power of towns, cities and counties to protect the health, safety and general welfare of their residents, says Glenn M. Stoddard, an attorney in Eau Claire, Wis., who has helped local governments in his state develop wind ordinances.
Generally, a local government can't just ban an industry outright, Stoddard says. "There's a zoning doctrine that basically prohibits what we call ‘exclusionary zoning' in which a local government simply discriminates against a certain type of land use," he says. There must be a rational reason for restricting an industry that is related to the health, safety or general welfare of the populace.
This is a tricky standard when it comes to regulating noise. "There's plenty of evidence that noise makes people sick," says Arline L. Bronzaft, a New York City psychologist who has conducted landmark research linking classroom noise to learning deficits in children. According to the World Health Organization, noise can interfere with sleep, speech, learning and social behavior, as well as cause stress, cardiovascular problems and, at high decibel levels, impaired hearing.
But there are no national standards defining just how much noise is too much. The U.S. Noise Pollution and Abatement Act of 1972 promised to "promote an environment for all Americans free from noise that jeopardizes their health or welfare." But the Office of Noise Abatement and Control created to enforce the law has been defunded since the Reagan administration.
The EPA's website contains guidelines on acceptable noise levels based on the agency's 1974 Information on Levels of Environmental Noise Requisite to Protect Public Health and Welfare with an Adequate Margin of Safety-commonly known as the Noise Levels Document. But Les Blomberg, executive director of the Noise Pollution Clearinghouse in Montpelier, Vt., says these guidelines were developed with the residents of noisy urban environments in mind. Too often, he says, the guidelines are applied without making the adjustments suggested by the Noise Levels Document for quieter rural areas or for noise with characteristics that make it particularly troublesome.
• • •
On Sept. 19, the town board of Italy-a tiny hamlet about 15 miles northeast of Cohocton-met to hear comments on a proposal by Ecogen Wind of West Seneca, N.Y., to erect 18 wind turbines on the surrounding hills.
Many opponents of the proposal wore black T-shirts emblazoned with "50 dBA No Way."
The slogan refers to daytime noise limits measured at property lines near wind turbines. A limit of 50 decibels on the A-weighted scale-the most common measure for sounds perceived by the human ear-is the standard set by most local wind ordinances. Most also require a minimum setback from residences of 1,000 feet.
That would seem to be in line with EPA guidance, which suggests an outdoor noise limit of 55 dBA, though the Noise Levels Document also suggests that, in quiet rural areas, 10 dBA be subtracted from this level.
Some argue that wind turbine noise may be a problem even at this level. "It appears that the noise that comes from wind farms bothers people at lower decibel levels than aircraft noise and road noise," says Jim Cummings, executive director of the Acoustic Ecology Institute in Santa Fe, N.M.
For one thing, the whirling of the blades causes a rhythmic pulsing that Bronzaft likens to "the drip, drip, drip of the faucet that makes you crazy, crazy, crazy." Noise that pulses should be adjusted down by 5 dBA, suggests the EPA's Noise Levels Document.
Then there's low-frequency noise-sound that vibrates relatively slowly and is pitched low on the scale of sounds audible to the human ear. It travels farther and penetrates walls and windows more efficiently than high-frequency noise, making it hard to block out. Think of the pulsing sound you hear when a car blasting its stereo pulls up next to you at the stoplight-that's low-frequency sound, stripped of its higher frequency components by the closed car windows.
According to the World Health Organization, low-frequency sound can accentuate the negative health impacts of noise, and even sounds below 30 dBA can disturb sleep.
The American Wind Energy Association and other wind power advocates generally dismiss claims of conditions like wind turbine syndrome. In December, the association and its Canadian counterpart issued a report concluding that, while some people may be "annoyed" by wind turbine noise, there is no reason to believe such noise creates health risks.
Some wind advocates suggest that, in certain cases, claims of health concerns may be a smokescreen for another reason why some people oppose wind turbines: They don't like the way they look.
"My impression is that a lot of the opponents are people who want to stop the turbine coming into their backyards, and not because they think that it will cause this or that health problem," says Patricia E. Salkin, director of the Government Law Center at Union University's Albany Law School. She also is a past chair of the ABA Section of State and Local Government Law.
A study conducted in the Netherlands, for instance, found that people disturbed by the look of wind turbines were more likely to be bothered by the noise, as well.
"What's clear is that there are people making claims" about the health impact of wind turbines, says Jeff Deyette, a senior energy analyst for the Union of Concerned Scientists, a strong advocate of wind power headquartered in Cambridge, Mass. "But there are really not a whole lot of, or hardly any, epidemiological studies to bear them out."
Trey Cox, an attorney at Lynn Tillotson Pinker and Cox in Dallas, represented a wind farm developer in what he says is the first nuisance claim based on noise impacts to be heard by a jury.
The plaintiffs lived in the vicinity of the Horse Hollow Wind Farm near Abilene, Texas. With 421 turbines spread out over 47,000 acres, Horse Hollow, owned by FPL Energy, is the world's second-largest wind farm. The nearby property owners sought injunctive relief based on claims of nuisance. At trial, defense sound experts testified that, after logging 675 hours of sound measurements at plaintiffs' residences, they found that wind turbine noise averaged 28 dBA at a distance of 1.7 miles from the wind turbines, and 44 dBA at 1,700 feet. In an 11-1 verdict, the jury found that these noise levels did not constitute a nuisance.
At trial, Cox was struck by the testimony of a plaintiff he described as "a wonderful woman, a salt-of-the-earth type," who testified that the sound of the wind turbine on her land was equivalent to the sound of a B-1 bomber.
"Well, I knew that was impossible," says Cox. "A B-1 bomber makes a sound around 101 decibels. I think that when people don't like the wind turbine, they become bigger, they become louder and they become uglier in their minds."
On appeal to the Texas Court of Appeals in Rankin v. FPL Energy, the nearby property owners argued that the trial court erred when it instructed the jury not to consider aesthetics in deciding whether the wind farm was a nuisance to those on nearby properties. The appellate court upheld the trial court, however, on grounds that aesthetics are not a basis for nuisance claims under Texas law.
Cummings says the argument that opposition to wind turbines is primarily a matter of what they look like "drives me crazy." He acknowledges, however, that there is a strong psychological component to noise perception, as well as a wide variation in individuals' responses to sound. The same low-frequency pulsing sound that drives one person up a wall can be imperceptible to another, and to a third it is soothing background noise.
"But one of the questions is: How much of the population living around a wind farm is it OK to disturb?" Cummings says. "If 20 percent of the residents are bothered, is that OK?"
• • •
It is clear from the prevalence of pro-wind posters displayed in yards and windows in Cohocton that the wind farm enjoys strong support from many residents. In 2007, town supervisor Jack Zigenfus defeated anti-wind activist Judy Hall by a vote of 506-210, according to local press reports. By 2008, Zigenfus was boasting about a 30 percent reduction in local taxes because of cash incentives First Wind paid to the town.
In neighboring Italy, however, opposition to its proposed wind farm has been fueled by the complaints of people living or working within earshot of the Cohocton wind turbines. At the town board meeting in September, a Cohocton man asked Italy to reject a wind project proposed by Ecogen Wind because "I may need someplace with peace and quiet to move to."
Others, though, urged the board to approve the project, some because they hoped for lower taxes and some because they feared that the developer would sue if the town didn't go along with the plan.
"They've got a lot more money than we'll ever have," said one speaker. Another said, "You have to choose your battles, and I think this battle here, we're going to lose if we fight it."
John Servo, a resident of neighboring Prattsburgh, scoffed at giving in. "If people in 1776 had that attitude, we'd still be part of the British empire," said Servo, who belongs to Advocates for Prattsburgh, which opposes a proposed wind farm outside of that community.
But the fear of being sued is real. In 2006, after Italy repeatedly extended a six-month moratorium that was first imposed in 2004, Ecogen sued the town in federal court. Ecogen argued that the moratorium was facially unconstitutional because it denied the company the use of property without due process.
Judge David G. Larimer of the U.S. District Court for the Western District of New York in Rochester rejected Ecogen's argument, however, ruling the moratorium, though "suspicious" in its length, could serve a legitimate public purpose. Still, the town had to pay fees and costs of $80,000 when Larimer rejected its claim that they be paid by Ecogen.
And as the issue heated up again during 2009, the town board sent a letter to residents in July expressing fears that if the town didn't eventually accept Ecogen's proposal, "because of wind resources in the town of Italy and the push for renewable energy, industrial wind turbines will eventually be forced on the town by either the state or federal government."
Several states, including Ohio, Washington and Wisconsin, have passed laws restricting local control over wind turbine projects.
A 1982 Wisconsin statute, for instance, allowed local governments to regulate solar power projects only when the health and safety of residents were specifically involved.
Local regulation was prohibited as a matter of the general welfare. The state legislature amended the statute in 1993 to extend the same restrictions on local government bodies regarding wind energy projects.
Still, some local governments, basing their actions on health and safety concerns alone, have passed ordinances blocking or limiting wind energy projects that developers say are equivalent to imposing a ban on the industry. Stoddard helped draft an ordinance adopted by the town of Wilton, about 75 miles northwest of Madison, establishing setbacks of 2,640 feet from residences and noise limits of 40 dBA or 40 dBC (decibels measured on the C-weighted scale, a better assessment of low-frequency noise) within 100 feet of any residence, and no more than 5 dBA or dBC over ambient noise levels.
On Oct. 2, Wisconsin Gov. Jim Doyle signed Senate Bill 185 into law, directing the state's Public Service Commission to develop standards for siting wind power facilities-including noise levels and setbacks-that local governments will not be permitted to exceed.
"What it really boils down to is a kind of classic legal battle over rights," says Stoddard. "If someone has enough clout, they can override someone else's rights."
A law like Wisconsin Senate Bill 185 would be a tough sell in New York, which has a strong tradition of home rule, says Clifford C. Rohde, an associate at Cooper Erving & Savage in Albany who maintains the Wind Power Law Blog.
Nevertheless, there have been calls for the New York legislature to revive Article X of the New York Public Service Law, which took siting decisions for power facilities out of the hands of local governments. The law expired in 2003.
Salkin says the federal government should step in, as it did with regard to cellular communication towers, which had also faced tough local opposition due to concerns about possible health effects caused by the radio frequency radiation emitted by the towers. The Telecommunications Act of 1996 barred local governments from considering the environmental impact of radio frequency radiation emissions when regulating the placement of cell towers.
Fearing the possibility that federal or state government might force wind farms on them, some local government bodies are seeking to strike the best deals they can get with developers while they still hold some of the cards, says Arthur Giacalone, an attorney in East Aurora, N.Y., near Buffalo, who represents homeowners in disputes relating to wind power.
A town board may, for instance, offer a wind farm a special-use permit instead of requiring the developer to obtain a rezoning. "Once a project has been given a special-use permit, the developer can do pretty much what it wants to do," Giacalone says.
In some cases, towns skimp on, or even bypass, the environmental review mandated by New York's State Environmental Quality Review Act. The review is supposed to take into account the impact of the project on noise, human health, aesthetic resources and community or neighborhood character.
Giacalone represented a group of residents in a successful bid to overturn a wind ordinance that had been adopted by the town of Hamlin, west of Rochester, on this basis. Upholding the challenge in HPG v. Hamlin Town Board, Justice David Michael Barry of the trial-level New York Supreme Court ruled on Jan. 5, 2009, that the town had failed to take the requisite "hard look" at the environmental impact of wind energy development.
Some members of town boards might have their own reasons not to take a hard look at wind farm proposals. Typically, developers interested in setting up a wind farm first negotiate contracts with local landowners that offer annual payments of $3,000 or more to construct and operate one or more wind turbines on their properties. Then they take their plans to the town board for approval.
But in small agricultural communities, members of the town board often are major landowners as well, says Rohde. By the time the wind project developer approaches the town government, board members or their relatives might have financial stakes in the project. In July 2008 the New York attorney general's office launched an investigation into alleged improper dealings between wind farm developers and local officials, leading to a voluntary code of conduct by which 16 companies, accounting for 90 percent of wind energy development in the state, have agreed to abide.
The sense that they were up against a combination of moneyed interests, as well as federal and state policies, left some opponents of the Italy project discouraged. At the town board meeting in September, 119 people spoke in opposition to the project while 20 expressed support, according to a tally kept by an anti-wind group. Still, one opponent said, "I don't know if anybody is listening."
But on Oct. 5, the Italy town board surprised both opponents and supporters of the project. Despite being offered a package of amenities-including a one-time cash payment of $1.6 million for a new town hall addition, a salt barn and a new all-wheel-drive truck, as well as additional cash payments estimated at $300,000 to $400,000 per year-the board voted to deny Ecogen's application.
Dallas attorney Cox says wind project developers would much prefer that such decisions be made higher up the governmental ladder-at least at the state level. "The problem from the energy generators' point of view," he says, "is that when you consider how much they invest in a project, it's a pretty scary thing to turn it over to 12 people to decide if this billion-dollar project is going to be taken down."
But Cox also says the industry should be flexible about responding to concerns. One approach would be to extend setbacks to keep wind turbines farther away from residences. "I don't think that turbines are a nuisance by sound or by sight even if you put them 300 or 500 feet from residences," says Cox, "but if you put them farther away it'll go a long way toward alleviating people's complaints."
In a move that sent shock waves throughout the industry, the minister of energy for the Canadian province of Ontario in September proposed setbacks of about 1,800 feet from any residence, and at least 3,000 feet for wind turbines producing more than 106 dBA of noise at their bases. The Canadian Wind Energy Association estimated that these guidelines would eliminate or require extensive redesign of 79 of the province's 103 "shovel ready" wind projects.
Others question the value of mandatory setbacks. They may be an oversimplistic solution that would unnecessarily limit the number of sites that can be developed as wind farms, says Dwight H. Merriam, a partner at Robinson & Cole in Hartford, Conn., who is chair-elect of the ABA Section of State and Local Government Law (and the section's liaison to the ABA Journal). At the very least, he says, setbacks should be rebuttable, allowing developers to go to court and argue that they can be modified in some cases.
Deyette at the Union of Concerned Scientists says regulators should not leap to the assumption that setbacks always will be the answer to complaints about wind turbines. In many cases, he says, the solution may be mitigation measures such as strategically planted trees that muffle low-frequency sound and block shadow flicker.
"Wind is a viable and necessary part of our climate change mitigation strategy," Deyette says. "And it's available today, so we should be wrapping it up as quickly as possible. That being said, if it's not being done appropriately, we're going to be experiencing increased pushback."
Cummings of the Acoustic Ecology Institute agrees that the wind energy industry must take opposition into account. "My concern is that if the industry is too aggressive about siting wind farms, it's going to make the next round of wind farm development more problematic," he says. "The Internet is already full of people talking about how horrible the wind farms are."
http://www.abajournal.com/magazine/article/the_war_of_winds/
Please have a look at the Book Outline in Thirteen Chapters of
by Calvin Luther Martin, PhD Associate Professor of History (retired)
Rutgers University
Warning: The following contains profanity, vulgarity, and obscenity.
None of it gratuitous or slovenly used but, rather, used
because the Big Wind Onslaught is so outrageous that
precisely this rich imagery is inevitable and, yes, appropriate.
When you, too, are forced to abandon your home to turbines,
you will see my point. Keep this image
Wood Rogers PLC, the Roanoke law firm representing Highland Citizens, has advised the Highland County Board of Supervisors that allowing Highland New Wind Development to proceed without the Incidental Take Permit (ITP) required by the Endangered Species Act will place the county in legal jeopardy. The letter by Attorney James T. Rodier which details the supporting law can be accessed by clicking on the link(s) at the bottom of this page.
Wood Rogers PLC, the Roanoke law firm representing Highland Citizens, has advised the Highland County Board of Supervisors that allowing Highland New Wind Development to proceed without the Incidental Take Permit (ITP) required by the Endangered Species Act will place the county in legal jeopardy. The Highland supervisors have ignored previous warnings on the advice of the county's attorney.
The new warning follows the recent federal court ruling requiring Chicago-based Invenergy Inc., to stop further construction of its Beech Ridge Project in nearby Greenbrier County, WV and to dramatically curtail operation of 40 completed turbines until the required ITP permit is obtained.
As outlined in the Woods Rogers letter, the issues related to Highland New Wind Development, which has started site preparation without an ITP, are even-more compelling.
Whereas the Beech Ridge project threatens one endangered bat species, the Highland project threatens two endangered bat species and both bald and golden eagles. Moreover, unlike the the Beech Ridge case where only the developer was responsible for compliance, in the Highland case, both the developer and the authorizing local officials are responsible for compliance.
Both the US Fish and Wildlife Service and the Virginia Department of Game and Inland Fisheries (VDGIF) have advised Highland New Wind to obtain an ITP before proceeding. Based on the importance of the site as a migratory pathway for birds and bats, the VDGIF contended in testimony presented to the State Corporation Commission that the project may result in the highest mortality rates for any wind energy project in the eastern U.S.
Web link: http://www.vawind.org/
Letter to Highland Board of Supervisors.pdf (290.83 kB)
http://www.windaction.org/documents/24885
In a decision issued this past December 1, the Court of Appeal of Rennes
ordered the eight wind turbines installed in Cast and Châteaulin to be halted from 10:00 p.m. to 7:00 a.m.
This represents a victory for the members of the Association for the Protection of Ménez, Quelec’h and Saint-Gildas, who had filed a legal action in January 2008 against the disturbance caused by these wind turbines.
The builder, Nordex, had appealed this decision, and carried out considerable operations in the meantime. However, Nordex did not provide any justification or acoustic measurement to prove that these disturbances have been significantly reduced.
http://windconcernsontario.wordpress.com/2009/12/13/french-court-orders-turbines-shut-down-at-night/
Toronto, October 19, 2009 – “The Green Energy Act, 2009 and its regulations clearly do not appear to meet the requirements of law in the province of Ontario,” said lawyer Eric Gillespie today in a news conference at Queen’s Park. On behalf of his client Ian Hanna, Gillespie explained that a court application was filed earlier today for judicial review of the Green Energy Act, 2009 based on the Precautionary Principle as it applies to industrial wind turbine installations.
Mr. Hanna of Big Island, Prince Edward County stated that he is relieved the government of Ontario will finally be held accountable for their apparent lack of due diligence.
The application claims there is more than sufficient scientific uncertainty surrounding wind development in the province to allow Ontario’s courts to strike down key portions of the legislation until such time as proper health studies have been carried out.
Dr. Robert McMurtry, former Dean of Medicine at the University of Western Ontario supported that statement revealing the number of people already apparently suffering adverse health effects from industrial wind turbines is now over 100 in Ontario alone. “The actions of this government have turned the Precautionary Principle on its head,” said McMurtry. He has been publicly calling for an independent epidemiological study into health effects from wind turbines since November 23, 2008.
The main concerns arising from wind installations surround noise levels and low frequency sound issues. These two factors and others have resulted in many apparent victims suffering from sleep deprivation, cardiac arrhythmia, tinnitus, nausea, heart palpitations, severe headaches and acute hypertensive episodes.
Rick James, a noise consultant from the United States, reported at the news conference that computer modeling of noise and infra and low frequency sound propagation, and reports of adverse health effects at distances of 1 to 1.25km or more in recent medical research indicates that in quiet rural areas setbacks should likely be increased to more appropriate distances, based on independent scientific and medical research. Mr. James of E-Coustic Solutions also stated that noise levels at night must be reduced significantly in order for people to sleep without disturbance.
Dr. McMurtry has said previously that in addition to a moratorium preventing further development until independent health studies are complete, he also believes the industrial wind installations now operating must be shut down at night at least in order to protect the health and safety of the people living near them. So far the only way for alleged victims to often get peace is to abandon their homes or possibly have the wind developer purchase their homes and move them elsewhere.
Health issues surrounding industrial wind turbines are not restricted to Ontario. In Maine, Dr. Michael A. Nissenbaum has reported almost identical symptoms with patients there. Health problems have also arisen in Japan. In New York, Dr. Nina Pierpont has published a peer-reviewed study of Wind Turbine Syndrome. In Britain, Dr. Amanda Harry calls for distances no less than 1.5 miles. The Minnesota Department of Health calls for stricter regulations and setbacks from homes. In Europe the distances of industrial-scale developments, most of which are smaller than anything in Ontario, are as far as 2km from homes.
The Supreme Court of Canada has expressly approved of the Precautionary Principle. Ontario’s courts have said it clearly applies to many forms of government activity. “It is most unfortunate and ironic that what this government is trying to promote as its flagship environmental legislation appears to have ignored one of the central environmental Principles in our legal system” said Gillespie.