“This brings us to indefatigable wind warrior Esther Wrightman, an Ontario wind turbine refugee who fled to New Brunswick. Last year she filed a Freedom of Information request (FOI) with the Ontario Ministry of Natural Resources and Forestry in order to obtain the wind industry’s mandatory bird and bat mortality reports. In January she finally received “loads” of them, for a hefty fee. The mortality numbers are disturbing. Esther writes:
As the bird and bat mortality reports are slowly uncovered, the numbers just seem to get worse and worse. I never imagined it could get this low, but then again nobody was releasing this info to the public, so how were we to know?”
You’ve heard that wind turbines are no louder than refrigerators at 40 decibels? That measurement is taken a foot or two away from the bottom of the refrigerator.
If 40 decibels is acceptable to you, then maybe refrigerators should be installed on your night stand next to your bed. Please make sure the refrigerator is set to turn on and off, on and off every two seconds to simulate the wind turbine blade’s movement. Do you really think that two-second intermittent noise all night long will lull you to sleep?
The scientific studies referred to by wind energy companies are often wind energy-funded studies. And when recent studies from many independent researchers are published that comment on audible noise, pulsation/vibration, and shadow flicker affecting nearby residents, the wind faction is quick to dismiss, trivialize, debunk, and simply ignore that information.
Michigan State University has been promoting sample zoning for wind energy systems that was highly permissive toward wind development and darn near hostile to neighbors of wind turbines. The animosity created in communities with unsafe wind development favoring wind developers may take years to disappear.
It’s a brand new ball game because, on March 6, MSU released its new wind energy sample zoning regulations. MSU researchers don’t condone prohibiting turbines. They condone safe setbacks.
The study informs the uninformed about wind development and reasonable land use regulations. These new recommendations are extremely important and confirm all of the things so many people in Michigan have worked so hard for.
Here are some highlights of the MSU recommendations:
Sound Level — On-site use wind energy systems shall not exceed 40 dB(A) at the property line closest to the wind energy system. This sound pressure level may be briefly exceeded during short term events such as utility outages and/or severe wind storms.
One MSU recommendation is a turbine setback of 2,500 feet from the property line of any parcel which is not receiving compensation for the Utility Grid Wind Energy System.
And, to show how wind energy is losing its grip in Michigan, here is a recent straw poll: In Ingersoll Township, Michigan (just south of Midland), board officials took a poll of 88 people at their March 22 board meeting. Results?
• 75 against wind development in township
• 3 for wind development in township
• 10 undecided
The money a community can make and the money a large landholder can make certainly is important. But, it’s the only bullet the pro wind faction has. However, to allow so many large landholders a financial gain is to throw the neighbors of wind turbines under the bus.
New wind energy resource for planning commissions; Michigan State University
Abstract: Large numbers of migratory bats are killed every autumn at wind energy facilities in North America. While this may be troubling from a population perspective, these fatalities provide an opportunity to learn more about bat migration and the origins and summer distributions of migratory bats by using endogenous markers. Such markers include stable isotope values, which have been used to answer questions about ecological systems, such as trophic levels and food webs, and the origins and migratory routes of animals. To estimate the origins of migratory bats, we determined nitrogen (δ¹⁵N), carbon (δ¹³C), and hydrogen (δ²H) stable isotope values of fur (δ¹⁵Nf, δ¹³Cf, δ²Hf, respectively) from hoary bats (Lasiurus cinereus) and silver-haired bats (Lasionycteris noctivagans) killed at a wind energy facility in southern Alberta, Canada. We determined that mean isotope values varied among species, year, sex, and age class. δ¹³Cf and δ²Hf values indicated that silver-haired bats likely originated in the boreal forest, farther north and/or at higher elevations than the aspen parkland-like habitat suggested by the isotope values of hoary bats. IsoMAP analysis indicated that bat fatalities may have originated from a large catchment area potentially hundreds of kilometers away. Our data provide further evidence for a migration route along the eastern slopes of the Rocky Mountains that is used by bats from across Alberta and beyond, and suggest that fatalities at a single wind energy site have the potential to have far-reaching ecological and population consequences.
E. F. BAERWALD, W. P. PATTERSON, and R. M. R. BARCLAY
Department of Biological Sciences, University of Calgary, Calgary, Alberta, Canada; and Saskatchewan Isotope Laboratory, Department of Geological Sciences, University of Saskatchewan, Saskatoon, Saskatchewan, Canada
The judicial review of the White Pines cultural heritage process, brought by Liz Driver and Edwin Rowse against wpd Canada and Ontario, will take place on Thursday and Friday, April 6–7, at Osgoode Hall, in Toronto. The hearing begins at 10 am each day.
It will be important to show the court that the community cares about the project’s visual impacts and construction vibrations on the County’s cultural heritage.
Osgoode Hall is at the northeast corner of Queen and University. There is Green P parking underground next door at City Hall or parking across the street under the Four Seasons Centre for the Performing Arts. Osgoode Subway Station is at the intersection.
TV reception in many areas suffers with the installation of industrial wind turbines. The Summerhaven wind (Next Era) project located in Haldimand County as one example responded to multiple complaints about poor TV signals by commissioning a cheeky report in 2014 ( posted online shortly after that project became operational). The conclusions of the hired opinion was that complaining people were ever so pleased and delighted to receive proper direction on how to improve TV reception by not using misaligned and broken antennas. One project operator’s response to reported problems but has it succeeded in redirecting criticism that turbines are to blame or fixed the problem? In 2017 deteriorated TV signals persists as an unresolved issue as demonstrated in the following letter recently published in the local paper.
“I see problems for broadcasters and the wind turbine operators. They are required to work in accordance with the requirements of the federal government. I feel that a petition signed by a number of citizens with their addresses and locations would have a possibility of resolving the situation.”
While removing a recent snowfall from our porch deck, the telephone rang and a volunteer from TV Ontario was asking for their annual donation. I have the highest regard for their TV programs, presence and availability — especially with the conversion from analogue to digital a few years back.
We had over-the-air TV for many years at our location and it has been quite successful with the conversion to digital, with improved picture and sound.
However, with the commissioning of wind turbines, we frequently notice a decline of the TV signal’s strength — resulting in unacceptable audio quality, which in turn, makes the entire TV signal unwatchable. If a satisfactory TV signal strength can be maintained, the process will correct itself and the TV becomes highly desirable.
Canadian TV for the east end of the Niagara peninsula is basically fed from transmitters on the CN Tower in Toronto in a straight line to the various over-the-air antennae, and passes by many wind turbines — and their associated impulse noises — resulting in the aforementioned problems. The principal TV transmitters are CBC, CTV, TVO and Global, as well as several smaller stations.
The wind turbine operation and TV system may be a question of co-ordination between the turbine power generator and associated electrical demand, as well as the population’s desire for TV — both for necessity and enjoyment.
Satellites in the upper stratosphere can be used whereby signals from the transmitter — CN Tower — can be reflected off to be received at a customer’s home, thereby obviating the wind turbine problem. However, this results in a cost for installation and ongoing rental of equipment.
To my TV Ontario fund requester, I felt I had to explain that they were a worthy charity that does a superb job, but I would not want to spend the funds and be unable to enjoy the fruits of their effort. Due to the havoc caused by wind turbines, I therefore declined their request until signal improvements can be made.
I see problems for broadcasters and the wind turbine operators. They are required to work in accordance with the requirements of the federal government. I feel that a petition signed by a number of citizens with their addresses and locations would have a possibility of resolving the situation.
We have put together this petition and have over 70 signatures at present. We feel we need more and request readers of the The Sachem to endorse this petition.
Hopefully this can provide Haldimand with better television reception.