Whooshing noise in ear 2014,finally a cure for tinnitus yet,tinius olsen uk contact phone - And More

15.03.2016
Whooshing that you hear when you're lying with your head on a pillow could be blood moving through your carotid artery and jugular vein, which run behind your ear. The material in this site is intended to be of general informational use and is not intended to constitute medical advice, probable diagnosis, or recommended treatments. Consequently, the campaign for a 2km buffer zone – this way the effects of potential AM side effects can be minimised. Naturally, this is inconvenient for the developers because it is hard to find sites that comply with a buffer zone of this size. Equally, the planners are reluctant to enforce it because no one has been brave enough to make a decision on this basis (preferring to opt for landscape, residential amenity etc which do have legal precedents) – until a legal decision quotes this as a recognised issue this is unlikely to change. However, planners and politicians are now increasingly aware of it as an issue and whilst it may not find its way into the formal decision documents it is having a background effect on the way planners are thinking – therefore, very much worth emphasising! Since the report (below) was written in November 2013, the research and understanding of the issues surrounding noise from wind turbines and its effect on people living nearby is becoming (a) much clearer and (b) has appeared in planning test cases and is now widely accepted as valid for consideration. As wind turbine projects have become wider spread across the country and have been sited closer and closer to people’s homes the truth of the health and welfare impacts is sadly becoming clearer and clearer (sleeplessness, anxiety, depression, migraines amongst many others). Amplitude Modulation (ADM), low-frequency sound, air turbulence created by blade      rotation. As a result, it is becoming widely recognised that turbines should not be sited within 2,000m (2km) of homes. Noise issues are not just linked to the gearing mechanisms of the machine itself; this means that an applicant who claims that noise is not an issue because the gearing is only covering one aspect of the issue. 9.While the Committee has not made any specific recommendation for planners to take into account any potential adverse impact of wind turbines on the physical or psychological health of those living nearby, the Committee concluded that any significant evidence of such an impact should be given serious consideration in assessing an application for the siting of a wind turbine.
11.The Committee has also recommended that the Department should establish procedures for monitoring wind turbine noise on an on-going basis and should work to establish independent research evidence on the long-term impact of this noise. Stormont committee has called for new noise and setback guidelines for wind farm developers in Northern Ireland. The Environment Committee report out today urges widespread reform of the planning process and cites noise as the biggest issue for the industry.
The document, chaired by Anna Lo of the Alliance Party, also criticises current community engagement efforts by developers. The document urges the department to begin monitoring wind farm noise and to commission research to investigate what, if any, impact low frequency noise has on nearby residents. It states that in addition to minimum set back distances, specific measures are required to assess turbine saturation points in particular areas. The committee also concludes that grid connections should form part of initial planning applications along with the identification of specific turbine models to be used.
Wider community engagements, stronger pre-application consultation process, standardisation of local spin-off benefits and compensation for a drop in local house values are also called for. Lo, MLA for south Belfast, said the committee supported the Executive’s commitment to renewable energy but called for the issues cited in the report to be addressed.
As part of the pre-planning surveys applicants for wind turbine projects do have to conduct surveys in relation to noise. However, a wind turbine which generates the same level of sound as bird song does not make the turbine noise acceptable – turbine decibels are continuous, mechanical and monotonous; birdsong decibels are intermittent, natural and melodious.
The Assessment and Rating of Noise from Wind Farms (ARNWF) sets out ‘a framework for the measurement of wind farm noise and gives indicative noise levels thought to offer a reasonable degree of protection to wind farm noise’. Night time noise limits are derived from sleep disturbance criteria with an allowance for attenuation through an open window and LA90 to LAeq conversion.
It should be noted that background noise levels at the nearby dwellings would be likely to increase as wind speeds increase owing to wind noise in trees and other foliage so the source noise should be further masked. In addition, as wind speeds increase, further masking (of noise from the turbine) should occur as the turbine speed is limited to protect it from damage. A doubling of the sound is perceived, by most people, when the level has increased by 10 dB(A).
If a noise varies over time then the equivalent continuous level, or Laeq, is the notional constant level of noise which would contain the same amount of acoustic energy as the time varying noise.
The noise and penetrating sound of the rotating blades has been compared to the low thud of base notes from loud music or the sound of a constant helicopter at a distance.
A group of turbines produce pulses of sound which cause greater effect when they synchronise. A family living near a wind farm in Askam, Cumbria (7 turbines, 62.5m tall) describe the noise as ‘a washing machine that’s gone wrong. So far there has been no success in reducing this invasive noise, caused by wind turbines, which can continue unabated day and night for extended periods and can travel several miles. Wind energy developers measure the audible range of noise, but not the lower frequencies – which are sometimes below audible limits.
Wind turbines are now being built to a greater height and blade span than when the original environmental assessments were made for smaller turbines. Professor Peter Styles, Keele University, in the UK, published a study on vibrations from the 60m high wind turbines at Dun Law, Scotland. Whilst earlier studies conclude that there was no significant risk to human health from vibrations produced by wind farms, these studies are dated, and refer to older, much smaller turbines. While it is noted in the report that turbines should be placed at least 10Km away from any resident, it must also be stressed that acoustic signals relative to distance and disturbance of residents and siting of wind turbines must be reviewed on a case by case basis. There are other objections to the turbines, especially now that they are being built on a larger scale.
Again, such issues call into question the suitability of ETSU regulations and support the many calls for their urgent review. The economic argument proves that wind power generated energy is one of the most expensive forms of electricity and survives on direct and indirect subsidies bringing an added cost to tax payers without making a significant contribution to reducing greenhouse gas emissions.
Wind turbines built on peat-lands (which represent substantial long term stores of carbon which is released if they are disturbed) are therefore counter-productive as they will then release CO2 into the atmosphere throughout the life of that wind farm.
The strobe effect from wind turbines, when the sun is behind the rotating blades, can cause dizziness, headaches and trigger seizures. In April 2005, the BBC reported that the owners of a wind turbine near a top security prison (Whitmore Prison in Cambridgeshire, England) agreed to turn the turbine off in the early mornings to prevent possible ‘security problems’ because prisoners were becoming upset by the flickering shadows.
Julia Armstrong, Conservation Officer and wild life trust co-ordinator for Berkshire, Buckinghamshire and Oxford in the UK states that “Wind turbines are a potential hazard for bats.
Doubts are shared by many acousticians with regard to the continued usefulness of current UK noise regulations relating to wind turbines, ETSU-R-97, which are now some ten years old and refer to a previous generation of much smaller turbines. The current method of calculating noise from a wind turbine is not able to predict noise levels accurately. The study found that night time wind speeds were some 2.6 times the expected levels calculated which resulted in sound levels from turbines some 15dB higher than the predicted emissions.
The national calculation models used measured wind speeds at a height of 10m, however, at a hub some 58m above the ground, they were up to 18dB noisier than the calculated value suggested.
The ongoing denials by Vestas of health and sleep problems including their latest global “Act on Facts” campaign launched recently in Australia [8] to be rolled out globally, are further evidence of their true intentions to maximize profits and grow their company and their business, at the direct expense of the health of citizens around the world. Wind farm noise causes “clear and significant” damage to people’s sleep and mental health, according to the first full peer-reviewed scientific study of the problem.


Research has proved there windfarms can have a direct impact on sleep and mental health American and British researchers compared two groups of residents in the US state of Maine. Both sets of people were demographically and socially similar, but the researchers found major differences in the quality of sleep the two groups enjoyed. The findings provide the clearest evidence yet to support long-standing complaints from people living near turbines that the sound from their rotating blades disrupts sleep patterns and causes stress-related conditions.
The study will be used by critics of wind power to argue against new turbines being built near homes and for existing ones to be switched off or have their speed reduced, when strong winds cause their noise to increase. The researchers used two standard scientific scales, the Pittsburgh Sleep Quality Index, which measures the quality of night-time sleep, and the Epworth Sleepiness Scale, which measures how sleepy people feel when they are awake.
The researchers also tracked respondents’ “mental component scores” and found a “significant” link – probably caused by poor-quality sleep – between wind turbines and poorer mental health.
More than a quarter of participants in the group living near the turbines said they had been medically diagnosed with depression or anxiety since the wind farm started. According to the researchers, the study, in the journal Noise and Health, is the first to show clear relationships between wind farms and “important clinical indicators of health, including sleep quality, daytime sleepiness and mental health”. Unlike some common forms of sleep-disturbing noise, such as roads, wind turbine noise varies dramatically, depending on the wind direction and speed.
This means that turbines cannot be built less than 380-550 yards from human habitation, with the exact distance depending on the terrain and the size of the turbines. However, as local concern about wind farm noise grows, many councils are now drawing up far wider cordons. Dr Lee Moroney, director of planning at the Renewable Energy Foundation, said: “The UK noise limits were drawn up 16 years ago, when wind turbines were less than half the current size. The story of the Davis family’s experience when a wind turbine was put up near their Lincolnshire farmhouse has come to symbolise (in all its brutal reality) what it is really like to live in close proximity to an industrial-scale on-shore wind turbine. To summarise; the family suffered such severe health problems that they were forced to leave their farmhouse and the property itself lost so much value that it now only holds a land value.
We now know that we suffer from aerodynamic or amplitude modulation created by the noise from the wind turbine array.
A deluge of inappropriately and insensitively sited wind farms has resulted in huge, unprecedented communication between people across the UK which, in turn, has fostered increasing cynicism towards wind energy, if not Renewables per se. Noise, with possible consequential health effects, and flicker from the blades, combine to diminish significantly, and even eradicate, the ability to enjoy the amenity of one’s home, loss of value of the home itself, all these increasingly justifiable fears make people very worried.
We know that 20% of all current wind farms have some noise problems, and at the moment at least 5% of the total operational numbers cause problems that are as bad as ours.
Our own experience and research suggests that the intrusive nature and the volume, depth, breadth and intensity of the noise are not yet fully understood. Tiredness means that you become more prone to accidents, not ideal in any circumstance but dangerous on a farm.
We hope that we have been able to impress upon you why we are so concerned about the behaviour and actions of the Developers of industrial wind turbine sites. In a 48 page appendix to this submission, the Davis’s record statements from all over the world – they are graphic and very moving and they are, without exception, characterised by the dignity, patience and restraint of these eye-witnesses but always, just below the surface, is a stunned disbelief and frustration at the situation they find themselves in. The noise I experience I must stress is NOT, repeat, NOT, mechanical noise, something that the developers always state that they now have under control via improved gearboxes, etc whenever the noise issue is raised at the planning stage..
Today is overcast with a gentle mist in the air, and across the road they are planting potatoes. The two tractors working the field yield 51-53 decibels of equipment noise when they are at the ends of the field farthest from me, and yield 58-63 decibels as they pass each other in the center of the field that is directly across from where I am standing on my porch. The smaller tractor with the disc puts out 51-53 decibels when it goes by alone, the bigger tractor when it goes by alone puts out 57-61 decibels when it goes by. These are the words of a lady who will be living less than a 1,000 metres from the proposed turbine in Upper Broughton. Further to my letter regarding Wind Turbines in the Belvoir Vale I am told I ought to relate to you my experiences when travelling through a collection of Wind Turbines. Two or three years ago while driving in Norfolk on my own I had to drive through a wind farm.
I experienced the same feeling while driving down the M1 two weeks ago luckily my husband was driving so I could look down at my hands, and I did the same on the way back.
I did not mention this before as I thought I was the only one who felt this way, but apparently there are 14% of the population that suffer with Acrophobia and there must be many more who like me are ashamed to talk about it. We all realise we have to have more renewable energy, but are these wind turbines the answer particularly in areas of natural beauty like The Belvoir Vale where many people come to  Recharge Their Batteries away from their stressful life and work. MAS have designed a short noise survey with the hope of gaining some insight in to people’s perception and judgement of different samples of wind farm noise. The key recommendation was that decibel measures were inappropriate to this sector because they don’t account for infrasound effects; NASA supplied detailed data outlining symptoms experienced, explanations of the causes and recognising symptoms occurred up to distances of 3km. In 1985, a study was published (Nussbaum) that established infrasound as the cause of a range of health problems. Although fully aware of this research and these recommendations the Wind Industry responded by putting industry-wide noise regulations based on decibel measurements in place (ETSU-R-97); subsequently they have persuaded governments and planners world-wide to accept these decibel-based measures as definitive. Note: Reliable, research-based evidence of the negative health impacts of wind turbine noise was publically available and was provided to the wind industry by NASA 30 years ago – only now is this evidence finally being given the attention it should have been given from the 1980s onwards. Decode every snap, crackle and burp with this guide to which body noises are normal—and which ones aren't. The sound becomes noticeable when external noise is blocked, says Anil Lalwani, MD, vice chair for research in the department of otolaryngology at the Columbia University College of Physicians and Surgeons.
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The argument is that AM can reasonably be expected to affect a significant proportion of people living within 2,000m of a wind turbine (further if the turbine is sited higher than the affected population) and they should not be exposed to this entirely predictable risk. There are some very moving first-hand accounts on the website – a description of this kind may not represent a material planning consideration but it can sway the subjective side of the decision-making process. It does seem to be generally agreed now that approximately 14% of any given group of residents will experience serious health side-effects as a result of proximity to a large-scale wind turbine. Kevin Dooley, an acoustic researcher and inventor, describes his work with infrasound, defining it as motion sickness, which can have a profound effect on human health.
The Telegraph took a decibel meter to a wind farm and a host of residential areas to find out.
The wind industry is of the view that the current guidelines (ETSU-97) are adequate for regulating noise limits, but other stakeholders overwhelmingly cited this as their most pressing area of concern.
These documents are always shown on planning applications and follow a very standard format.
Noise limits should be set relative to the existing background noise at nearest noise sensitive properties and that the limits should reflect the variation in both turbine source noise and background noise with wind speed. In itself, and occasionally, it may not seem particularly bad but when it is there all the time it produces anxiety, headaches, depression and sleeplessness. While there remains dispute regarding the source and definition of this sound, there is no doubt that residents remain disturbed and distressed by its promulgation. The sound then resembles distant pile-driving, or as one resident put it, “an endless train”.


Its whooshing drumming just goes on and on, it’s torture’ and ‘it is an audio version of Chinese Water Torture. There are recognised health problems such as pulse irregularity and sleep disturbance associated with this type of low-frequency sound. In 2004, the DTI commissioned the Hayes McKenzie Partnership to report on claims that LFN and infrasound were causing health effects.
Amanda Harry showed that all but one of the fourteen people living near Bears Down wind farm in Cornwall had experienced increased incidents of headaches, migraines, nausea, dizziness, palpitations, tinnitus, sleep disorders, stress anxiety and depression. He found that ‘… when the windfarm starts to generate, even at low wind speeds, considerable infrasound signals can be detected at all stations out to circa 10Km’ and ‘… we have clearly shown that wind turbines generate low frequency sound and acoustic signals which can be detected at considerable distances (many kilometres) from wind farms on infrasound detectors and on low-frequency microphones’. Concern has increased as most modern wind turbines are in excess of 100 metres high, (much bigger than those at Dun Law). The Seamer & Hilton Windfarm Action Group in the northeast of England published a report in January 2009 describing many of the risks to the general public from wind turbines including noise, light flicker, and accidents involving giant turbines catching fire, shedding blades or parts of blades and throwing large ice lumps.
Bats use echolocation to build up a picture of their surroundings but cannot detect the rotating blades or changes in air pressure around the blades. A range of factors affect the possible noise pollution: the turbine design, atmosphere, wind speed, terrain, time of day, all of which cannot be contained within even the most complicated algorithm.
The nature of the noise — a rhythmic beating or swooshing of the blades — is also disturbing. Worse still, the guidelines permit turbines to be built so close to houses that wind turbine noise will not infrequently be clearly audible indoors at night time, so sleep impacts and associated health effects are almost inevitable.
They fought through the courts and gave evidence to a Select Committee in the House of Lords. The government has found it necessary to set a specific measurement for wind turbine noise (ETSU-R-97) and has publicly acknowledged that aerodynamic modulation is not fully understood by scientists. The behaviour of the wind energy industry, whose tactics to succeed at any price, promotes the impression that there is something unsavoury about wind farms in the first place. Increasing knowledge is demonstrating that Wind Turbine Syndrome does exist, and emerging evidence from across the world does demonstrate the devastating effects that this can have. However no-one really knows why, or appears interested in researching and finding out ways to solve an issue which clearly has the capacity to increase, if more wind turbines are built too close to homes.
We find it very interesting that across the world people, such as ourselves, who suffer intensely from the noise use the same phrases to describe it. These people usually experience the problem before realising there are others who have already been exposed. The peculiar noises that the wind turbines emit cannot only be heard, they can also be felt by the body, and thus trying to rest becomes impossible. A John Deere is pulling a disc to prepare the ground, and a huge New Holland is pulling a four-row planter.
This is a condition the effects of which is very difficult to explain and one of which I have always been ashamed as I am basically a person who believes in ‘Mind over Matter’!! The panic and dizziness I felt was frightening just like minor electric shocks going through my body and I knew I should not be driving.
The findings will be written up as part of a paper to be presented at the Inter-Noise conference 2016.
After considering the evidence from its specialist advisor, the Committee agreed that the use of the ETSU-97 guidelines should be reviewed on an urgent basis by the Department and that more appropriate guidance should be put in place.
Importantly, the guidelines which are used to establish acceptable parameters were laid down 16 years ago; at this time turbines were smaller and more mechanical in nature and as technology has moved on the guidelines have failed to keep pace with the concerns relating to a newer breed and scale of turbine. It is common for the sound level meter to filter or ‘weight’ the incoming sound so as to mimic the frequency response of the human ear. The turbine sound acquires a distinct ‘beating’ character, the rhythm of which is in agreement with the blade passing frequency and this effect is stronger for more modern, taller wind turbines. Their report noted that a phenomenon known as Aerodynamic Modulation was occurring in ways not anticipated by UK regulations relating to wind farms ETSU-R-97 (ETSU). Unsurprisingly, therefore, recent research studies have highlighted previously unidentified problems. Some developers are proposing to install these devices as close as 650 metres to human habitation and, in some cases, closer. This leads to collision with the blades causing fatalities and internal injuries caused by the pressure changes. UK planning guidance allows a night-time noise level from wind farms of 42 decibels – equivalent to the hum made by a fridge. This means that no developer can categorically state that there will not be a noise problem. A study into flicker and association with photosensitive epilepsy has recently been published.
I have not seen an Environmental Impact Survey that directly addresses this phenomena, and this is once again because a) It is not understood by the industry and can not be forecast, so the consequences can not be evaluated. The road is about 550 feet from the porch, and the field is 15 or 20 feet on the other side of the road. Consequently on my return the next day although it took me twice as long, having examined the map I came back a different route. Congestion in your eustachian tube, which connects your nose and throat to the middle ear, also muffles external sounds; it should clear on its own or with the help of an antibiotic or decongestant. We know that not every wind farm creates noise issues but those that do make life impossible for those who live near them.
People generally do have a genuine concern for their environment, both locally and globally, and do appreciate the need for security of energy supply.
The latter mask background noises but allow the low frequency sound wave to penetrate so that it feels part of your body. However, because these wider concerns are used tactically by the industry, they leave individuals and whole communities subsequently feeling that they have been disenfranchised.
Meanwhile the beat, the pulsation, that is slightly faster than our human hearts beat, means that you feel as if you are constantly trying to get your heart to catch up with this external rhythm that is felt by the body rather than heard, so rest is impossible. The problem with the noises from the wind turbines is that they are so unpredictable, and the noise draws your attention and completely distracts you. How would you feel about having three tractor-trailer trucks idling in your yard any time of the day or night? How would you feel about having songbirds or two people carrying on a conversation in your bedroom at 2 a.m.? The next time you are listening to birds outside, think for a minute — what kind and size of birds are they, how far away are they, how many are there, are they happy or territorial — think of all the things that affect what you hear when you hear a bird’s song.



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Comments Whooshing noise in ear 2014

  1. 8km_yek
    Right after exposure and hear far more tinnitus.
  2. LiYa
    Blood flow to the tiny blood earphones if I had only recognized that tinnitus, mentioned study senior.
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    Do, I traveled extensively, interviewed medical doctors are distinct methods by which outer.
  4. PLAGIAT_EMINEM
    Me And Tinnitus Ringing in the sensorineural, irreversible, and progressive according to the American Tinnitus Association, approximately.
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    ETD is virtually gone, I can good for your teeth, is high.