Corrupt and Inaccurate Research, Hides Negative Effects from Wind Turbines!

Biology professor blows the whistle on wind farms

The biggest danger: corrupt research


corruption

Infrasound and other problems recognized



In an interview published in Truthout, Dr Patricia Mora casts doubts about the way in which environmental studies are conducted.


What happens is absolute corruption. I have to admit that generally there are “agreements” behind closed doors between the consultants or research centers and the government offices before the studies are conducted. They fill out forms with copied information (and sometimes badly copied), lies or half truths in order to divert attention from the real project while at the same time complying with requirements on paper. Unfortunately, consultants sometimes take advantage of high unemployment and hire inexperienced people or unemployed career professionals without proper titles. Sometimes the consultants even coerce them into modifying the data.


“Research centers, pressured by a lack of funding, accept these studies. It is well known that scientists recognized by CONACYT (National Counsel on Science and Technology)accept gifts from these companies, given that they need money to buy equipment for their laboratories and to fill their pocketbooks to maintain their lifestyles. This is the extent of the corruption. Upon reviewing these studies, it is clear that the findings are trash, sometimes even directly copied from other sources online. These studies tend to focus on the “benefits of the project” and do not include rigorous analysis.


“The Secretary of Environment and Natural Resources (SEMARNAT) does follow-up to the studies, but everything can be negotiated. The bureaucrats have the last word.”


Patricia Mora is a research professor in coastal ecology and fisheries science at the Interdisciplinary Research Center for Comprehensive Regional Development, Oaxaca Unit (CIIDIR Oaxaca), at the National Institute of Technology.


She also raises other issues: the thorough destruction of biotopes by wind farms…


“… we find ourselves at the meeting point of various intimately related aquatic and terrestrial ecosystems, known as “ecotones.” What occurs in each distinct ecosystem affects the dynamic on a larger scale, placing the existence of the adjoining ecosystems in danger.”


… the issues of low frequency sound, infrasound, and electromagnetic fields…


“There is abundant information about the harm caused by the sound waves produced by wind turbines. These sound waves are not perceptible to the human ear, which makes them all the more dangerous. They are also low frequency sound waves and act upon the pineal and nervous systems, causing anxiety, depression (there is a study from the United States that found an elevated suicide rate in regions with wind farms), migraines, dizziness and vomiting, among other symptoms. Western science has given very little weight to electromagnetic and sound waves. In contrast, Eastern science, which gives greater importance to the flow of energy through the body, links the origin of many illnesses to the pollution we generate through the emission of human-made energy flows. The harm caused by this pollution has only recently begun to be accepted.”


… the adverse effects on the population…


“The inhabitants would have to leave behind their traditional activities. Migration and misery would be their future. You can see how this has happened in other areas of the country. They would lose their culture and a lifestyle that has a deep respect for nature. For example, in the northwest coastal region of the country, the arrival of these projects has displaced the fishing communities and farmers. Today, many of these people and their children have migrated. In the worst cases, they have joined the drug trafficking business.”


“The only benefit has been for the companies. The carbon credits they have received have allowed them to avoid taxes and have permitted them to continue polluting.”


Read more: http://truth-out.org/news/item/26244-mexico-researcher-raises-alert-about-environmental-risks-in-region-with-highest-concentration-of-wind-farms-in-latin-america

Faux-green Windpushers Wreaking Havoc on the Poorest Citizens!

It’s the Poor Who Suffer Most from the Great Wind Power Fraud

alice_in_wonderland17

In a number of posts we’ve covered Bjørn Lomborg’s critical analysis of how runaway renewables policies – and the spiralling power costs they cause – are having a devastating (and disproportionate) impact on the poorest in developed economies – and how they threaten to lock the poorest billion or so of our planet’s inhabitants into a future of misery, poverty and darkness (see our posts here and here and here).

When it comes to assessing the costs, risks and benefits of environmental policy Bjørn Lomborg has always tried to provide balanced, detailed analysis supported by facts and evidence. The economic choices we make – about allocating scarce resources to unlimited wants – should – as Lomborg consistently points out – be made taking into account all of the costs weighed against properly measured benefits (see our post here).

When it comes to renewable energy policy, however, fundamental economic doctrine has been simply thrown to the wind.

The wind industry and its parasites tout spurious and unproven benefits in terms of CO2 emissions reductions – reductions which cannot and will never be delivered by a generation source delivered at crazy, random intervals that adds nothing to the entire Eastern Australian Grid hundreds of times each year – and which, therefore, requires 100% of its capacity to be backed up 100% of the time by fossil fuel generation sources (see our posts here and here).

Despite (or, rather, because of) its mad wind-rush Germany has seen CO2 emissions increase as it has had to build and re-commission coal fired plants to provide reliable base-load power to keep the grid up and running (see our posts here and here).

Not content with claiming fictional environmental benefits, the wind industry and its parasites dissemble and obfuscate on the true and hidden cost of wind power – only ever pointing to the wholesale price – when it falls – on those rare occasions when wind power output contributes something meaningful to the grid – which is usually at night-time, coinciding with the overnight plummet in demand, naturally resulting in a depressed wholesale price. The industry never discusses the costs that retailers pay through their Power Purchase Agreements – that guarantee minimum prices to wind power generators and which – at $90-120 per MW/h – are 3-4 times the cost of power from conventional sources. And it’s the price retailers pay under their PPAs and pass on to consumers that really matters to power punters.

Wherever there’s been any significant investment in wind power retail power prices have gone through the roof – witness Denmark, Germany and South Australia – which all jostle for the top spot on the table for the highest power prices in the world. See the table at page 11 in this paper: INTERNATIONAL-PRICE-COMPARISON-FOR-PUBLIC-RELEASE-19-MARCH-2012 – noting that the figures are from 2011 and SA’s retail power costs have risen significantly since then (and see our post here).

bread and water for dinner

With thousands of Australian households living without power – having been chopped from the grid simply because they can no longer afford what used to be a basic necessity of life – and thousands more suffering “energy poverty” as they find themselves forced to choose between heating (or cooling) and eating – Australia risks the creation of an entrenched energy underclass, dividing Australian society into energy “haves” and “have-nots”.

For a taste of the scale (so far) of a – perfectly avoidable – social welfare disaster, here are articles from Queensland (click here); Victoria (click here); South Australia (click here); and New South Wales (click here).

Slapping a further $50 billion in REC Tax on top of already spiralling Australian power bills – all to be directed to wind power outfits over the next 17 years can only add to household misery (see our post here).

The Germans launched into massively subsidised wind and solar power, causing power prices to rise 80 per cent in real terms in little over a decade. Unable to pay skyrocketing power bills, 800,000 German households have been disconnected from the grid – with that number growing by 300,000 each year. In addition, almost 7 million German households are suffering “fuel poverty” – forced to choose between eating or heating. Large numbers of them have headed to their forests, stealing wood to cook with and heat their homes (see our post here).

The impact of spiralling power prices hits the poorest the hardest and hits those in the developing world the hardest of all – depriving them of the opportunity of ever having access to cheap and reliable power. Here’s a piece from Forbes detailing how it’s the poor that suffer most from the costs of “green” fantasies.

Who Pays For Green Dreams?
Forbes
Loren Steffy
15 September 2014

Renewable energy is coming to an economic crossroads, one that could have dire unintended consequences for some of the most vulnerable populations – the poor and the elderly.

As renewable energy expands, activists around the world are calling for programs that would supplant conventional fuels – coal, oil and, to a lesser extent, natural gas – with renewable sources such as wind and solar.

Programs such as the misguided fossil fuel divestiture movement, ignore the costs that forcing a move away from fossil fuels imposes on those who are slowest to embrace the change. While there are benefits to diversifying our fuel portfolio, in its current form, the growing use of renewables requires a subsidy from fossil fuels.

This isn’t a cost being foisted upon those who deny climate change. Quite the opposite. In many cases, it is those who already face the biggest impact from global warming who are being saddled with the greatest cost for switching to renewables.

Caleb Rossiter, an adjunct professor with American University’s School of International Service recently outlined his concerns with how the fossil fuel divestiture program could affect Africa:

Africa accounts for 5 percent of global emissions. America’s per-person emissions are 20 times higher. Successful divestment would freeze African economic development while having little effect on global emission levels. Africa has not taken part in the energy revolution that has boosted education, comfort, income and life expectancy. According to the World Bank, only 24 percent of Africans have access to electricity. The rest must resort to burning dung and wood in their houses and huts, leading to horrific rates of lung and heart disease.

The typical African business loses power 56 days each year, constraining commerce, agriculture, education and industry. Growth suffers, and because wealth allows people to live healthily, so does life expectancy.

Energy poverty is stunting the sort of economic growth that Africa needs if it is to move from 59 years of life expectancy to the 79 that China has achieved through 20 years of economic growth fueled by intense, government-backed promotion of carbon-based electrical capacity.

It isn’t just Africa, though. The cost of increasing renewables use is being borne in developed countries, too. On Sunday, the New York Times had a story about the expanding use of renewables in Germany. Germany leads in the industrialized world in renewable energy production, and it will soon get 30 percent of its power from renewable sources.

That sounds great, but as the Times piece points out, all of Germany’s investment in offshore wind and solar has resulted in an increase in intermittent power sources. The country’s conventional utilities are still expected to find a way to keep the lights on when the wind doesn’t blow.

That means in Germany, just as in the U.S. and other countries, the shift to renewable power is being subsidized by those who continue to use conventional energy sources.

In most countries, customers pay for electricity based on the amount they use. Using less – by, say, putting solar panels on your house — means paying less. But renewables, despite their growth, remain supplemental energy sources. Utilities are still responsible for maintaining reliability of the electric system, and they still bear most of the same costs as they did before renewables entered the mix.

Those costs get spread disproportionately among ratepayers who are still using conventional power. As a result, customers who don’t use renewables wind up subsidizing the reliability for those who do. In many cases that means poorer customers who can’t afford to install solar panels, or the elderly who are slower to embrace new technology.

The irony is that if everyone embraced renewables completely, no one would be able to afford them. Like it or not, in the developed world, the shift to renewables is being funded by fossil fuels, and probably will be for decades.

In developing regions like Africa, the subsidies are even more damning, because the development of affordable and reliable power is the road out of poverty. Activists in the west would have their green dreams financed by the continued poverty of the poorest nations on earth.
Forbes

poverty_2226036b (1)

Win Prize Money for Anti-Wind Turbine Art! AWESOME!

Galerie Q would like to announce an exciting Art Competition

We are inviting the greater art community to present their vision of the effect which the Wind Turbines and the Solar farms have on nature, our health and our community.

Art Contest Poster

This event coincides with the ongoing challenges of having many Wind Turbines each 475 feet in height in our region and neighbourhoods.

Contest Details

Submission of 2D and 3D art works are encouraged in various mediums.
The Competition is open to artists of all ages regardless of where geographically they are located on the planet earth. There will be three divisions: children up to 12 years old, youth 13 to 19 years and adults 19 years and older.
We encourage the local schools, colleges and universities to promote this competition among their students as well as any interested artists who feel passionate about this subject.
Winners will be announced at our opening event which will showcase the winning submissions and the top runner up submissions.

Prizes

  • In the Children’s category top prize will be $250, Second prize $100 and Third prize $50.
  • In the Youth category top prize will be $500, Second prize $250 and Third prize $100.
  • In the Adult category top prize will be $2500, Second prize $1000 and Third prize $500.
  • The Competition will be open effective February 20th, 2014 and will close December 31st, 2014.

Check out the Gallery Q Website, for more details!

http://galerie-q.com/index.php/art-contest-rule

galerieq

Wind Turbine Troubles…..They’re Definitely NOT Safe!

The scandal of UK’s death-trap wind turbines: A turbine built for 115mph winds felled in 50mph gusts. Dozens more affected by cost-cutting. Why residents living in their shadow demand to know – are they safe?

  • Health and Safety Executive release reports on collapsed wind turbines
  • Causes were manufacturing faults and basic installation mistakes
  • Campaigners believe the risk of turbines collapsing will continue to grow

By SIMON TRUMP FOR THE MAIL ON SUNDAY

It was just before midnight on a winter’s night last  year. Outside in the gusting January wind it was freezing, but Bill Jarvis was sitting by the fire with his  wife Annie and a few relatives in their cottage on the North Devon moors.

And that’s when they heard it: a  tremendous ‘crack’, louder than  a thunderclap.

‘We rushed outside wondering what on earth had happened,’ recalls Bill. ‘We thought perhaps a plane had crashed it was such a loud  noise. ‘We couldn’t see flames or anything burning, even though we peered out in the direction it had come from. There was nothing  else though, no more noise or aftershocks.’

Collapsed: The turbine that fell at East Ash Farm, Bradworthy had been installed with the wrong configuration of nuts at its base, upsetting its balance

Collapsed: The turbine that fell at East Ash Farm, Bradworthy had been installed with the wrong configuration of nuts at its base, upsetting its balance

Deafeningly loud it might have been, but what the Jarvis family had heard – as they were to discover the following morning –  had taken place at Bradworthy, a mile away. It was the noise of  a 115ft-high wind turbine crashing  to the ground.

‘It’s pretty terrifying stuff,’ says Mr Jarvis. ‘I’m no fan of the things and this has just added to my worries. Just think what could have happened. It sends a shiver down your spine.’

He is not the only one feeling  nervous about the march of the  giant metal windmills across the British landscape.

This week, the Health and Safety Executive (HSE) produced two reports – one into the catastrophic failure of the Bradworthy turbine and another into the collapse of a turbine in the next county, Cornwall, just three nights later.

And its conclusions are not  merely unsettling, but have frightening implications for wind turbines and their safety right across the country.

Man down: The wind turbine at Winsdon Farm, North Petherwin, Cornwall, fell due to a fault with the components, resulting in a failure in the foundation rods concreted into its base

Man down: The wind turbine at Winsdon Farm, North Petherwin, Cornwall, fell due to a fault with the components, resulting in a failure in the foundation rods concreted into its base

The turbines in Devon and Cornwall came down when the wind  was blowing at barely 50mph,  despite the fact that they are supposed to withstand blasts of just over 115mph.

And, as the HSE concluded, the causes were manufacturing faults and basic mistakes in the way  they were installed. The errors  have already been replicated elsewhere in the country, as the two reports make clear, and could affect dozens – if not hundreds – more of the giant towers.

It is hardly encouraging to learn that the HSE reports were not published in a normal sense, but were available only on request.

They have come to light now only through Freedom of Information (FoI) requests lodged by a number of concerned residents.

Dr Philip Bratby, from CPRE Devon, believes the risk of collapse will continue to grow as long as the  wind industry is allowed to operate behind a wall of secrecy.

A retired physicist, who formerly worked in nuclear energy, he says: ‘Safety standards in my line of work were paramount. We constantly monitored, tested and maintained equipment but this does not seem the case with turbines.

‘These two failures were catastrophic. The towers came crashing down with great force from a  great height.

‘It was only down to luck it happened in the night and no people  or animals were injured or killed.

‘The wind industry is very secretive about everything it does.  It won’t publicise any definitive information about accidents so it is impossible to make an independent assessment of the risks.’

Dr Bratby lives at Rackenford, high on the edge of Exmoor, where  there has also been a proliferation  of turbines.

‘I am not convinced that we are learning from the bad experiences and feeding those lessons back  into the education of designers and constructors because the industry is growing so rapidly,’ he says.

‘The size of these turbines seems to keep on increasing and I believe the dangers will increase accordingly. The bigger the turbine that fails, the bigger the potential for disaster and death.’

Turbine towers are supposedly secured by lowering them on  to a series of foundation rods  that emerge vertically from a concrete foundation.

These are levelled by the adjustment of bottom nuts below a flange at the base and then fixed with another set of nuts above the base.

Campaigners believe the risk of turbines collapsing will continue to grow as long as the wind industry is allowed to operate behind a wall of secrecy

Campaigners believe the risk of turbines collapsing will continue to grow as long as the wind industry is allowed to operate behind a wall of secrecy

All the exposed metal, including the rods and the nuts, is then encased in grout which protects it and spreads the stresses from any movement in the turbine.

Yet as these groundbreaking HSE reports show, not only were some of the parts faulty, two different sets of sub-contractors made the same basic – possibly cost-cutting – errors. And the result was that the metal monsters were not secure at all.

In the incident at East Ash Farm, Bradworthy, on January 27, 2013 – the one heard by Mr Jarvis – an E3120 model, made by Canadian-based Endurance, was found to have been installed with the wrong configuration of nuts at its base.

This upset the ‘loadings’, or balance, of the tower. The implication is that it wasn’t level. To compound the problem, the contractors who installed it had failed to use structural-grade grout to seal the rods and bolts from the worst of the weather and had used a ‘cosmetic’ compound instead.

The HSE reports reveal that  the same faulty configuration of  nuts had been to blame at Wattlesborough, near Shrewsbury in Shropshire, the previous year when another E3120 collapsed.

To date, Endurance has erected 300 of the E3120s throughout the United Kingdom.

The UK arm of the company says it has inspected all of them and carried out urgent repairs on 29 of the towers.

A different type of turbine fell at Winsdon Farm, North Petherwin, Cornwall, on January 30. This was a G133, manufactured by Gaia-Wind, originally a Danish firm.

This time there was a fault with the components, resulting in a failure in the foundation rods concreted into its base. But again, it had been badly installed with a lack of grout. As the HSE inspector concluded, there was ‘a lack of resilience to the fatigue loading within the securing arrangement… and poor fatigue strength in the securing components’.

The collapse of another G133 turbine at Otley, near Leeds, in April 2013 occurred in identical circumstances. Again, the securing rods were substandard. Once again, they had not been properly grouted in place.

As Dr Bratby points out, the footings and securings, which are difficult to inspect when encased in concrete and grout, are critical because they are subject to such huge and varying forces.

‘Over time they clearly degrade  to the point of failure,’ he says. ‘We should be asking ourselves whether we are at a tipping point as the  first-generation technology is exposed and compromised.’

Green energy: Wind turbines and windfarms provide a renewable alternative

Green energy: Wind turbines and windfarms provide a renewable alternative

Dr Bratby is frustrated at the  lack of risk assessments undertaken when looking at sites.

He says: ‘I accept that the dangers from wind turbines located on farms without public access and remote from public rights of way are probably acceptable.

‘That is not always the case.  They have been located close  to roads and railways, at workplaces, in schools, hospitals and parks without any formal assessment of the dangers. I think that  is unacceptable.’

His views are shared by fellow campaigner Alan Dransfield, from Exeter, who helped to mastermind  the FoI application.

‘These reports took the best part of a year and several thousand pounds to compile, and the HSE decided to investigate because of the extensive media coverage and widespread public concern,’ Mr Dransfield says.

‘I’m delighted they did because look what they’ve found. Without doubt there is an urgent need for a more proactive stance with regard  to the wind-turbine industry. It clearly can’t police itself.’

Taken together, there are 380  E3120 and GI33 towers. Of these, four are known to have collapsed, while repairs were necessary in  39 others to prevent potential further collapses.

Meanwhile, an as yet undisclosed number have further problems  with the way they are bolted down, according to the HSE, and need repairing as soon as possible.

Revealing as they are, however,  the two new reports deal with only  a small minority of British  turbines: there are 6,500 of differing design and manufacture across  the country, and when it comes to problems with collapse or faulty installation, the public is wholly in the dark.

Figures from Caithness Windfarm Information Forum, a wind-turbine monitoring website, show that structural failure is the third most common major fault, behind blade failure and fire.

It has recorded an average of 149 accidents worldwide every year between 2009 and 2013 but believes this to be the ‘tip of the iceberg’ as  it relies on scanning the internet  for reports of such incidents.

‘The trend is as expected – as more turbines are built, more accidents occur,’ says a spokesman. ‘The numbers will continue upwards  until the HSE helps force significant change.

‘In particular, the public should be protected by declaring a minimum safe distance between new turbine developments and occupied houses and buildings.’

However, Chris Streatfeild, director of health and safety with Renewable UK, the industry trade association, believes that any fears of wind power are unfounded and the risks minimal  and acceptable.

‘Manufacturers, installers and  owners work hard to ensure that they meet extremely stringent health and safety standards,’ he says.

‘There’s a rigorous process, verified by independent bodies, to ensure strict installation standards and safe siting. That’s why problems are  so rare.’

He adds: ‘When incidents do occur, it’s important to learn from them  and implement any lessons fully and promptly. Any serious incident has to be reported to the HSE and we work closely with them to ensure high standards are maintained.

‘To put this into its proper context, no member of the public has ever been injured by a wind turbine. It’s unfortunate a handful of anti-wind campaigners are choosing to indulge in scaremongering.

‘Climate change is a real and pressing issue. When it comes to generating clean electricity, onshore wind is the most cost-effective way so we should be making the most of it.’

Meanwhile, at North Petherwin,  the fallen wind turbine has now  been resurrected. Indeed, landowner and Liberal Democrat councillor Adam Paynter has installed a second one alongside it. Mr Paynter declined to comment when contacted by The Mail on Sunday.

At Bradworthy, farmers Des  and Vera Ludwell were also staying quiet about their windmill. A  new turbine stands in the position  of its collapsed predecessor, about  50 yards from the road. A second  one is even closer, leaving little  safety margin.

Councillor David Tomlin revealed there are 50 turbines within a six-mile radius of Bradworthy, a quiet market town, and a further 20 have been approved.

‘We are not anti-wind power as such,’ he says. ‘But there is a visual intrusion and residents who live  close to turbines report a constant whooshing noise from blades. Most importantly, can we still be certain they are safe?

‘What happened here and in Cornwall and analysed in detail in these two reports should be a wake- up call. Perhaps we should halt  the erection of further turbines pending an investigation of the industry  as a whole.’

  • An earlier version of this article said the HSE reports had been published in redacted form. We would like to make clear this was incorrect and the full reports have been available.

Read more: http://www.dailymail.co.uk/news/article-2754679/The-scandal-UKs-death-trap-wind-turbines-A-turbine-built-115mph-winds-felled-50mph-gusts-Dozens-affected-cost-cutting-Why-residents-living-shadow-demanding-answers.html#ixzz3DZc8QQO6
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Self-Destructing Wind Turbines…..a Brilliant Idea!

New Wave of Turbine Terror: Brits Brace as Giant Fans Keep Collapsing

TurbineBlade-OklahomaTornado

A while back we covered what the wind industry and its parasites call “component liberation” in our post – Life in the “throw zone” which included video of a Vestas’ turbine “liberating” its components.

That led to a retort from an employee from AGL’s Macarthur wind farm disaster – calling himself “Prowind” – about the exploding turbine – “that turbine in the video is not accident, they purposely let it self destruct.  That is NEVER going to happen at MacArthur.”

We dealt with “Prowind” in our post – Logic: not found on other planets?– which included a serious scientific study into the distances blades are likely to travel during “component liberation”.  The study dealt with over 37 “component liberation” events, recording blade throw distances of up to 1,600 m.

turbinedutchbladeaccident

And we covered a turbine liberating its components in a schoolyard at Caithness, Scotland in this post: Remember the days of the old school yard?

We also covered – yet another component liberation – in our spoof post –IWTs or WMDs?

The obvious irony and sarcasm in that post was lost on greentards – a humourless bunch at the best of times – which prompted us to explain the difference between the literal and the figurative – in this post – It’s all about the costs, stupid.

turbine blade donegal

Not only are giant fans determined to “liberate” their blades all over the countryside, schools and homes, these friendly little puppies are just as keen to collapse, laying waste to anything in their path.

IMG_6772

Here’s a wrap up from the UK on the terror and havoc being caused by collapsing turbines.

The scandal of UK’s death-trap wind turbines:
The Mail on Sunday
Simon Trump
14 September 2014

A turbine built for 115mph winds felled in 50mph gusts. Dozens more affected by cost-cutting. Why residents living in their shadow demand to know – are they safe?

  • Health and Safety Executive release reports on collapsed wind turbines
  • Causes were manufacturing faults and basic installation mistakes
  • Campaigners believe the risk of turbines collapsing will continue to grow

It was just before midnight on a winter’s night last year. Outside in the gusting January wind it was freezing, but Bill Jarvis was sitting by the fire with his wife Annie and a few relatives in their cottage on the North Devon moors.

And that’s when they heard it: a tremendous ‘crack’, louder than a thunderclap.

‘We rushed outside wondering what on earth had happened,’ recalls Bill. ‘We thought perhaps a plane had crashed it was such a loud noise. ‘We couldn’t see flames or anything burning, even though we peered out in the direction it had come from. There was nothing else though, no more noise or aftershocks.’

Deafeningly loud it might have been, but what the Jarvis family had heard – as they were to discover the following morning – had taken place at Bradworthy, a mile away. It was the noise of a 115ft-high wind turbine crashing to the ground.

turbine collapse devon

‘It’s pretty terrifying stuff,’ says Mr Jarvis. ‘I’m no fan of the things and this has just added to my worries. Just think what could have happened. It sends a shiver down your spine.’

He is not the only one feeling nervous about the march of the giant metal windmills across the British landscape.

This week, the Health and Safety Executive (HSE) produced two reports – one into the catastrophic failure of the Bradworthy turbine and another into the collapse of a turbine in the next county, Cornwall, just three nights later.

And its conclusions are not merely unsettling, but have frightening implications for wind turbines and their safety right across the country.

The turbines in Devon and Cornwall came down when the wind was blowing at barely 50mph, despite the fact that they are supposed to withstand blasts of just over 115mph.

And, as the HSE concluded, the causes were manufacturing faults and basic mistakes in the way they were installed. The errors have already been replicated elsewhere in the country, as the two reports make clear, and could affect dozens – if not hundreds – more of the giant towers.

It is hardly encouraging to learn that the HSE reports were not published in a normal sense, but were available only on request and in redacted form.

They have come to light now only through Freedom of Information (FoI) requests lodged by a number of concerned residents.

Dr Philip Bratby, from CPRE Devon, believes the risk of collapse will continue to grow as long as the wind industry is allowed to operate behind a wall of secrecy.

A retired physicist, who formerly worked in nuclear energy, he says: ‘Safety standards in my line of work were paramount. We constantly monitored, tested and maintained equipment but this does not seem the case with turbines.

‘These two failures were catastrophic. The towers came crashing down with great force from a great height.

‘It was only down to luck it happened in the night and no people or animals were injured or killed.

‘The wind industry is very secretive about everything it does. It won’t publicise any definitive information about accidents so it is impossible to make an independent assessment of the risks.’

Dr Bratby lives at Rackenford, high on the edge of Exmoor, where there has also been a proliferation of turbines.

‘I am not convinced that we are learning from the bad experiences and feeding those lessons back into the education of designers and constructors because the industry is growing so rapidly,’ he says.

‘The size of these turbines seems to keep on increasing and I believe the dangers will increase accordingly. The bigger the turbine that fails, the bigger the potential for disaster and death.’

Turbine towers are supposedly secured by lowering them on to a series of foundation rods that emerge vertically from a concrete foundation.

These are levelled by the adjustment of bottom nuts below a flange at the base and then fixed with another set of nuts above the base.

All the exposed metal, including the rods and the nuts, is then encased in grout which protects it and spreads the stresses from any movement in the turbine.

Yet as these groundbreaking HSE reports show, not only were some of the parts faulty, two different sets of sub-contractors made the same basic – possibly cost-cutting – errors. And the result was that the metal monsters were not secure at all.

In the incident at East Ash Farm, Bradworthy, on January 27, 2013 – the one heard by Mr Jarvis – an E3120 model, made by Canadian-based Endurance, was found to have been installed with the wrong configuration of nuts at its base.

This upset the ‘loadings’, or balance, of the tower. The implication is that it wasn’t level. To compound the problem, the contractors who installed it had failed to use structural-grade grout to seal the rods and bolts from the worst of the weather and had used a ‘cosmetic’ compound instead.

The HSE reports reveal that the same faulty configuration of nuts had been to blame at Wattlesborough, near Shrewsbury in Shropshire, the previous year when another E3120 collapsed.

To date, Endurance has erected 300 of the E3120s throughout the United Kingdom.

The UK arm of the company says it has inspected all of them and carried out urgent repairs on 29 of the towers.

A different type of turbine fell at Winsdon Farm, North Petherwin, Cornwall, on January 30. This was a G133, manufactured by Gaia-Wind, originally a Danish firm.

This time there was a fault with the components, resulting in a failure in the foundation rods concreted into its base. But again, it had been badly installed with a lack of grout. As the HSE inspector concluded, there was ‘a lack of resilience to the fatigue loading within the securing arrangement… and poor fatigue strength in the securing components’.

The collapse of another G133 turbine at Otley, near Leeds, in April 2013 occurred in identical circumstances. Again, the securing rods were substandard. Once again, they had not been properly grouted in place.

As Dr Bratby points out, the footings and securings, which are difficult to inspect when encased in concrete and grout, are critical because they are subject to such huge and varying forces.

‘Over time they clearly degrade to the point of failure,’ he says. ‘We should be asking ourselves whether we are at a tipping point as the first-generation technology is exposed and compromised.’

Dr Bratby is frustrated at the lack of risk assessments undertaken when looking at sites.

He says: ‘I accept that the dangers from wind turbines located on farms without public access and remote from public rights of way are probably acceptable.

‘That is not always the case. They have been located close to roads and railways, at workplaces, in schools, hospitals and parks without any formal assessment of the dangers. I think that is unacceptable.’

His views are shared by fellow campaigner Alan Dransfield, from Exeter, who helped to mastermind the FoI application.

‘These reports took the best part of a year and several thousand pounds to compile, and the HSE decided to investigate because of the extensive media coverage and widespread public concern,’ Mr Dransfield says.

‘I’m delighted they did because look what they’ve found. Without doubt there is an urgent need for a more proactive stance with regard to the wind-turbine industry. It clearly can’t police itself.’

Taken together, there are 380 E3120 and GI33 towers. Of these, four are known to have collapsed, while repairs were necessary in 39 others to prevent potential further collapses.

Meanwhile, an as yet undisclosed number have further problems with the way they are bolted down, according to the HSE, and need repairing as soon as possible.

Revealing as they are, however, the two new reports deal with only a small minority of British turbines: there are 6,500 of differing design and manufacture across the country, and when it comes to problems with collapse or faulty installation, the public is wholly in the dark.

Figures from Caithness Windfarm Information Forum, a wind-turbine monitoring website, show that structural failure is the third most common major fault, behind blade failure and fire.

It has recorded an average of 149 accidents worldwide every year between 2009 and 2013 but believes this to be the ‘tip of the iceberg’ as it relies on scanning the internet for reports of such incidents.

‘The trend is as expected – as more turbines are built, more accidents occur,’ says a spokesman. ‘The numbers will continue upwards until the HSE helps force significant change.

‘In particular, the public should be protected by declaring a minimum safe distance between new turbine developments and occupied houses and buildings.’

However, Chris Streatfeild, director of health and safety with Renewable UK, the industry trade association, believes that any fears of wind power are unfounded and the risks minimal and acceptable.

‘Manufacturers, installers and owners work hard to ensure that they meet extremely stringent health and safety standards,’ he says.

‘There’s a rigorous process, verified by independent bodies, to ensure strict installation standards and safe siting. That’s why problems are so rare.’

He adds: ‘When incidents do occur, it’s important to learn from them and implement any lessons fully and promptly. Any serious incident has to be reported to the HSE and we work closely with them to ensure high standards are maintained.

‘To put this into its proper context, no member of the public has ever been injured by a wind turbine. It’s unfortunate a handful of anti-wind campaigners are choosing to indulge in scaremongering.

‘Climate change is a real and pressing issue. When it comes to generating clean electricity, onshore wind is the most cost-effective way so we should be making the most of it.’

Meanwhile, at North Petherwin, the fallen wind turbine has now been resurrected. Indeed, landowner and Liberal Democrat councillor Adam Paynter has installed a second one alongside it. Mr Paynter declined to comment when contacted by The Mail on Sunday.
At Bradworthy, farmers Des and Vera Ludwell were also staying quiet about their windmill. A new turbine stands in the position of its collapsed predecessor, about 50 yards from the road. A second one is even closer, leaving little safety margin.

Councillor David Tomlin revealed there are 50 turbines within a six-mile radius of Bradworthy, a quiet market town, and a further 20 have been approved.

‘We are not anti-wind power as such,’ he says. ‘But there is a visual intrusion and residents who live close to turbines report a constant whooshing noise from blades. Most importantly, can we still be certain they are safe?

‘What happened here and in Cornwall and analysed in detail in these two reports should be a wake- up call. Perhaps we should halt the erection of further turbines pending an investigation of the industry as a whole.’
The Mail on Sunday

Wind power: ludicrously expensive; totally unreliable; utterly pointless and insanely dangerous – what’s not to like …

turbine collapse 9

Dictatorial Governments Bound to Get Backlash! Listen When We Say NO!!

NIMBYs are not the problem

Ontario’s failure to develop broader support for building wind and other renewable energy projects stems from a lack of local democracy.

Stewart Fast

The sweeping changes to Ontario’s renewable energy policy regime in the past few years have spawned a highly charged public debate. Much of the controversy focuses on the public payments offered to wind and solar developers, and there has been an accompanying backlash from dissenting neighbours and other critics against the proliferation of turbines and solar panels in rural areas. But that noisy clash obscures a deeper and more dangerous tendency in the province’s approach to new energy projects: an approval framework that sees the public as inherently selfish, prone to irrational opposition and incapable of considering the greater public interest. This policy approach reflects the bureaucracy’s mistrust of the ability of the Ontario public to make wise energy choices.

The belief that individual selfishness prevails over a sense of the common good inhibits good energy policy and is unhealthy for the province’s democracy. It springs from a conviction of the power of NIMBYism. NIMBY, of course, is the catchy acronym coined in the 1980s for the “not in my backyard” phenomenon that expresses individuals’ desire to protect their own turf from new building or development, despite broad societal agreement that the development is necessary. The concept holds that while most citizens might agree on the need for a new road, landfill, prison or wind generator, few want to live next to one.

Framed this way, the NIMBY question is a variation of the free-rider problem in economic theory: how to avoid everyone freely benefiting from a service without paying their share. Traditionally, this has been dealt with by having a planning authority compel or compensate citizens to host these facilities for the greater good. But recently there has been a growing acknowledgement of the public’s readiness to appreciate trade-offs and participate more fully in planning decisions. Public policy practitioners and researchers alike recognize that decisions about where to build new developments are messy and highly political, and frequently involve trade-offs and multiple changes to original plans. If conflict is to be minimized and decisions given greater legitimacy, the public must be involved in the process.

Unfortunately, Ontario’s approach to building wind generators and other renewable energy projects has ignored this tenet. Instead of more public participation, there has been less. In 2009, a dozen pieces of legislation were amended to create uniform provincial standards, streamlining the patchwork of local rules that had grown up around the province’s first wind projects on matters such as setbacks (the distance a facility must be from dwellings, roads, rivers and other places that need protection), noise bylaws and community benefit arrangements. Any requirement for lower-tier government approval was erased and a stringent legal test was put in place in case of appeals against wind project approvals. The approach was designed in the conviction that Ontario’s citizens were not to be trusted, and that anyone opposing wind energy was simply in the grip of NIMBYism.

This is a flawed premise. As early as 2000, Dutch researcher Maarten Wolsink showed that only a small minority of people living next to proposed and existing wind farms fit the classic profile of a NIMBY. Research published in 2013 by Jamie Baxter and colleagues from the University of Western Ontario showed a similar phenomenon. In a study that surveyed Ontario communities with and without turbines, they showed that only 9 percent of residents fit the NIMBY profile. Instead, their research revealed that Ontarians are much more likely to either oppose the installation of wind turbines altogether (not in anybody’s backyard, or NIABY) or, if they favour renewables, agree to have them built in their communities (yes in my backyard, or YIMBY).

My research into public attitudes to renewable energy projects backs this up. I have looked at the process for approving wind projects both before and after the rule changes to the 2009 Ontario Green Energy Act, and I found that the YIMBY constituency is effectively sidelined by the lack of a process for discussing and debating projects at the local level, including the failure to require municipal authority approval for projects.

The lack of a process to involve citizens in decisions means supporters of renewable energy development projects have less incentive – and little opportunity – to influence project approval.

The lack of a process to involve citizens in decisions at the local level means those who support new renewable energy development projects have less incentive — and little opportunity — to meaningfully influence project approval. The feeling among YIMBYs is that the province is the only authority that matters under the current rules, so why engage in potentially unpleasant arguments and debates with neighbours? Furthermore, as Trent University’s Stephen Hill and James Knott point out in their 2010 article in the journal Renewable Energy Law and Policy, local planners are sidelined from the process of approving new renewable energy projects, removing a vital cog in lending legitimacy to projects. Local planners are the skilled and trusted actors normally designated to shepherd controversial developments to completion.

Yes, requiring local approval and getting local politicians and planners onside takes time. And the need for deeper support at the local level may mean that some projects with excellent technical and economic foundations may not get built. But in the long run, trust and social licence are assets that need to be nurtured during this transition to a greater reliance on green energy. Wind, solar and other renewables are a type of resource that is different from more centralized energy systems like nuclear and coal power plants. Wind and solar resources are disparate and spread out across communities and landscapes. The change to a low-carbon energy system thus involves new actors and new winners and losers. Ontario needs to implement more, not fewer, meaningful opportunities for local residents to impact project decisions.

A high rate of project appeals in Ontario is associated with another policy problem: poor communication of the health risks involved in wind power generation. The potential for producing serious harm to human health is one of only two bases for appeals under the Ontario legislation (the other is serious and irreversible harm to plant and animal life). Fear of ill-health effects has become a mantra of the wind opposition movement in the province. Testimonials of negative health impacts are thus raised in the adversarial setting of a legal process, instead of in a more open environment where the health issues could be discussed openly by citizens and experts alike. The health discourse has become polarized, with wind developers on one side labelling the alleged ill-health impacts as “quack science” while critics raise the spectre of alarming risks to public health if wind turbines are built. This turns legitimate discussion of health risks into fevered tribal warfare.

Fast ad

It is not even clear that Ontario’s streamlined approval regime has provided the stable environment for investment in wind energy that was a primary goal of the legislation. In reaction to an absence of democratic process, local protests against what is seen as provincial heavy-handedness have grown into a well-organized and effective anti-wind movement. Industry watchers note that every single wind project approved under the new Ontario rules has been appealed. The legal delays forced the province earlier this year to extend the contractual deadlines for approved power projects to account for these delays. By comparison, Quebec has had far fewer appeals for roughly the same production level of installed wind projects.

One reason for Quebec’s lower level of community conflict over wind power generation may lie with the province’s ability to successfully establish a sense of community ownership of some wind projects. There is wide agreement among experts that wind energy success in jurisdictions like Germany and Denmark is partially due to high levels of community ownership of projects. Hydro-Québec has signed agreements for a dozen wind projects in which community interests have a 50 percent ownership stake. These ownership groups include regional municipal governments and First Nations. The arrangements vary, but typically wind revenue is returned to general coffers or earmarked to a special fund.

Ontario’s framework for supporting community ownership of wind projects, on the other hand, has been an utter failure. Instead of setting aside a guaranteed portion of the province’s wind power purchases to come from projects with community ownership as was done in Quebec, Ontario offered to pay a premium price for a particular type of community ownership arrangement. Local renewable energy co-ops first had to be established, and then these entities had to partner with developers with at least a 15 percent ownership stake in order to capture the premium price. Five years after the law was passed, no wind projects with co-op ownership have emerged in the province.

Policy-makers should have recognized the lack of uptake in Ontario earlier and experimented with different options, such as lower percentage thresholds for the premium. A more equitable sharing of the financial benefits from wind projects is part of the answer to host-community conflicts. Typically, only the wind company and a select number of landowners with turbines on their properties receive compensation for the energy produced. Other models such as the community ownership arrangements in Quebec or compensation for all landowners in close proximity to turbines could help. The more actors that are receiving even modest financial benefits to offset the costs of having a wind project in their backyard, the better.

Thankfully, there are signs that the province is getting the message that it cannot override local democracy if its orchestrated transition to greater renewable energy use is to succeed. Earlier this year, provincial civil servants were directed to revamp community engagement requirements for large wind procurement contracts. Early proposals are that wind development companies would have to show community involvement through equity interest or an agreement to comply with local site control processes.

However, the that reality is that there is a legacy of dozens of wind projects approved under the old rules that have yet to be built and will continue to create unnecessary community conflict for years to come. One area in which to monitor the Wynne government’s commitment to more -citizen involvement is a planned move to more decentralized energy planning. This would see regional-level input into selecting a mix of energy sources appropriate to the energy needs of regions.

The litmus test is who gets invited to participate and agrees to join in these deliberations. Will it be only energy utilities and government departments, or will community groups and landowners also be involved? To truly succeed, policy-makers must realize that not all citizens are selfish NIMBYs. If the transition to renewables is to work by consent, people must be consulted at a local level. The diktat approach is destined to fail.


Stewart Fast is a postdoctoral fellow in the Department of Geography and the Queen’s Institute for Energy and Environmental Policy, Queen’s University.

Angus Taylor…..An Australian Hero! Putting Windweasels on Notice!

The Wind Industry’s Worst Nightmare – Angus Taylor – says: time to kill the LRET

Nightmare (1962) Jerry wakes up

Member for Hume, Angus “the Enforcer” Taylor has taken the lead on behalf of the Coalition in Tony Abbott’s quest to bring the wind industry to its knees. While there’s been a lot of huff and puff emanating from Ian “Macca” Macfarlane and his faithful ward, young Gregory Hunt about saving the mandatory RET with magical “third ways”, STT says keep your eyes focused on Taylor and the PM.

To give you some idea of where Taylor is coming from – and where the wind industry is headed – here’s an interview he gave last week (9 September 2014) on Sky News (transcript follows).

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http://blob:https%3A//www.youtube.com/fe2546b4-a7de-461e-8946-528eaf70770e

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Graham Richardson: Angus Taylor is the member for Hume, and he’s in our Canberra studio. G’day Angus how are you?

Angus Taylor: G’day Graham.

Graham Richardson: Now I’ve got to say that if I was a minister, I’d be looking behind me and saying there’s a Rhodes scholar on the backbench, we can’t have him there for long. I mean, you’d have to get, you’d have be promoted – I don’t see how they can keep a Rhodes scholar on the backbench.

Alan Jones:  He is a patient man, he’s a farmer’s son. He’s a patient man. Angus, just explain to us would you, in layman’s language, what is the Renewable Energy Target.

Angus Taylor:  Alan, it’s a scheme designed to increase the level of renewable electricity in Australia. And the way it works in practice is it gives big subsidies to renewable projects and it builds those subsidies into our electricity prices ….

Alan Jones:  Sorry to interrupt you – go even simpler – the Renewable, Angus, a renewable project – just explain what a renewable project is.

Angus Taylor:  Well, so there are two schemes, the large scale scheme, which is essentially wind – there is a bit of hydro in there but no new hydro. So that’s the large-scale scheme and that is the majority of it. That’s about 90% of the total. And then there is the small scale scheme which is largely rooftop solar. So they’re the two schemes, and we pay for those big subsidies in our electricity prices, in our bills – they’re not transparent.

Alan Jones:  And that energy is infinitely dearer to produce than coal-fired power so isn’t it fair to say that without massive subsidies, these outfits couldn’t survive. Now if the government is not going to give money to the motor vehicle industry, and it’s not going to give money to SPC Ardmona, why is it giving billions of dollars to Qatari owned wind turbines?

Angus Taylor:  Well that’s a good question. I mean we’ve just had a review of this, led by Dick Warburton, and what the review concluded was that these are expensive schemes, very expensive schemes, but as importantly they’re very expensive ways to reduce carbon emissions. They did come to different conclusions on solar and the large-scale, the wind subsidies, and what we know is rooftop solar in remote areas can be economic, but large-scale wind it’s very clear that it’s not economic on any grounds.

Graham Richardson: If it is not economic, tell me how uneconomic is it? How much dearer? You know, is it 50%, is it 80% dearer than coal-fired power? How much?

Angus Taylor:  Well, put it in perspective. A wind project to get investment will probably need a price somewhere in their long-term contract of somewhere close to $100. And we’re buying electricity now, wholesale electricity at about $30 a megawatt hour. So say three times is a good rule of thumb … What we also know is the cost of reducing carbon emissions this way – it’s something like $60-70 and of course the carbon tax was far less that and we think still way too high.

Alan Jones:   Let’s just go  … just go to where our viewers are involved in all of this. Let me just ask you a simple question, right, I’m a big Qatari investor, because I know that Australians are suckers, we know the Australian government is just shelling out money, now I come from Qatar and I want to build wind turbines and I’ve found this farmer, Angus Taylor in Goulburn and he’s got this a big hill out there – and I think this would be a good place to build wind turbines, so go to Angus Taylor and I say to him I want to put 70 wind turbines on your property. Just basically rule of thumb, how much would you expect to get from me, the big Qatari Guru, how much would you expect to get from me per wind turbine? And I want 70 of them on your farm.

Angus Taylor:  You’d get about 10 to 12 thousand dollars so if you going to have

Alan Jones:  So I kick in $700,000 to you, that’s right. So I build the 70 wind turbines. Enter the taxpayer. So I’m from Qatar, I’m a big wind power man, what’s the taxpayer going to fork out to me in order that I so-called ‘produce’ this wind power?

Angus Taylor:  Look on average you’d expect it to be about $400,000 per year, per turbine.

Alan Jones:  For 30 years.

Angus Taylor: In fact in the next few years – yes for 30 years (GR Wow). 400,000 per turbine.

Alan Jones: Start again

Angus Taylor: So if you had 70 turbines, that’s $28 million a year.

Alan Jones:   28 million on his farm – on his farm – 28 million – so the people watching you – say it again – I’m a Qatari I’m not even an Australian – $28 million a year for one farm. How the hell can this be sustainable?

Angus Taylor: For 70 turbines – and of course we are all paying for that in our electricity bills that’s how it’s coming through.

Graham Richardson:  Can I ask you Angus – at the moment what is the energy target and how close have we got to it?

Angus Taylor:  Right so the energy target is supposed to be 20% of total demand. It’s turning out that it is way above that. The unit is 41 terawatt hours – but what’s important is we’re overshooting the 20% target by a long way. Now the problem with that, the problem with that is from here on in, we would have to build a Snowy Mountains Scheme every year for the next 5 years to reach the target. That’s a Snowy Mountain every year, for the next 5 years to reach the target. And the target will take us well over the 20% mark. The reason it’s going to take us way over the 20% mark, which was the original target, we were originally set ourselves a target of 20%, the reason we’re going way over is that electricity demand has actually been going backwards in Australia and the expectation was it would keep growing. So we’ve got this very high target, huge amount of renewable capacity to be built to reach it, and it’s going to take us way over what we originally expected to do.

Alan Jones:   And Angus isn’t t fair to say that written into the budget there is an expenditure figure of $17 billion – 17 thousand million dollars, to build between 700 and 10,000 of these. Now can I just ask this? If the Abbott Government is not going to give money to SPC Ardmona, and if it’s not going to give money to the car industry – and out there is tax payer land they say, nor should they, why the hell are we subsidising Chinese and Qatari wind farmers jacking up the price of energy, pushing manufacturing out of business? Why are we doing it?

Angus Taylor:  Well, look this is the good question. We are paying these massive subsidies out in our electricity bills we are going way over the target we originally set ourselves and really what this is becoming now is just industry assistance, it’s becoming industry assistance and primarily for the wind industry.

Alan Jones:   It’s industry welfare on steroids.

Graham Richardson: How much investment goes into it? How much private investment goes into it?

Angus Taylor:  Well look, you know, it depends on what’s being built Graham but it is a big number, 17 billion is probably not a bad number to go with, which is the number that Alan mentioned earlier. So there’s a lot of investment- but remember what’s happening here – it’s not creating jobs, we’re actually taking jobs away from other places. In fact, Deloitte tells us that we’re actually going to lose in total 5000 jobs as a result of this – now we gain some in one place and lose them in the other, but the net, we are going to lose 5000 jobs and the reason for that is that it is inefficient investment – we are actually replacing electricity generation we don’t need to replace because demand is going backwards, not forwards. So this is costing us a lot.

Alan Jones:   Yes, it is costing us. Isn’t it valid to say – and it may be an oversimplification, you can either have a manufacturing industry, or a Renewable Energy Target – you can’t have both.

Angus Taylor:  Well, the other part of this, of course, is if it’s pushing electricity prices up, and in the next 5 years it’s likely to push them up quite a lot, if it’s pushing electricity prices up, not only is that hurting households, it’s hurting businesses in exactly the same way that the Carbon tax was hurting businesses. There’s no difference. It’s pushing up electricity prices and that’s hurting all of us.

Alan Jones:  But you said …

Angus Taylor: We’ve gone from being a low cost energy country to a high cost energy country and this is continuing to be one of the contributors. So if all of this was for a good purpose, if it was a cheap way to reduce carbon emissions, depending on your view on whether that’s a good thing to do, then you might be able to justify it. But it’s not and the Review Panel told us that very clearly.

Alan Jones:   Terry McCrann, the very experienced economist said many many years ago, if you want to de-carbonise the Australian economy, your writing yourself a national suicide note. Now here we are forcing manufacturing overseas, forcing jobs, Deloitte said that, up to 6000 jobs. Now at what point do we say to Macfarlane, you said it in the party room, Macfarlane is the Energy Minister, he said this week, there’d be no changes, there’ll be no changes, we’ll make no changes that damage or end the Renewable Energy Target. This is the Energy Minister. You’ve got a Rhode scholar here saying – hang on – this is an inefficient use of resources, this is welfare on steroids and you’ve got the Minister – don’t ask me what I think of that bloke – but you’ve got this Minister saying the exact opposite. What is the party room saying about this?

Angus Taylor: Look, there’s clearly some concerns about solar in the party room, but the overwhelming view of the party room has always been that we have got to contain electricity prices. There’s no question about that. I think, to be fair to the Minister, in the last 48 hours he’s made it very clear that he’s concerned about the rise in electricity prices we’re likely to see in the next few years. He’s made that very clear. You know, look if there’s one cause that we took to the last election, aside from stopping the boats, it was that we needed to contain electricity price increases. That was a view that the party room held…

Graham Richardson:  But the argument was … Angus , the trouble is you ran the argument about the Carbon tax being the cause and it was only a small part of the cause, so you actually didn’t really tell the truth about the Carbon tax, because I think it was about 9% and everybody tried to make it sound like it was a great deal more.

Angus Taylor:  Well, 10% on someone’s electricity bill Graham is a big number for the average Australian and remember the people who are hit hardest here are those are least well off, and energy-intensive businesses which have been the core of Australia’s strength over the years. So 10% impact on electricity bills, and we are seeing that come off now, now that the Carbon tax is gone, that’s a big deal, it’s a big deal for your average Australian and it’s a big deal for Australian businesses.

Graham Richardson:  If we dropped these massive subsidies, which by the way are far greater than I’d ever believed, what would be the effect on electricity prices then?

Angus Taylor:  Well look, it depends but it will be 3-5% over the next few years, but the real problem is this, over the next 5 years, we are not likely to reach the target that was set. We’re not likely to reach it. Now when that happens, the price of these subsidies, they’re caught up in these certificates, the price of those certificates, which goes into your electricity bills, will go sky rocketing.

Alan Jones:  Correct.

Angus Taylor:  And this is the worry – and to be fair to the Minister – he has voiced this concern in the last 48 hours – the real worry is that the sky rocketing price of these subsidies because we can’t get enough of this large scale renewable capacity coming on, the wind turbines, we can’t get them on fast enough, the cost of this scheme is going to go right up in the next few years. And that’s the real concern and it’s a concern that I think the Labor party should share too, I mean they know. You only have to go door knocking in the less well off parts of my electorate or in any other electorate, to know that electricity prices and cost of living are right at the top of the list – so anything that’s pushing that up they’re concerned about.

Alan Jones:   But manufacturing is moving offshore. Jobs are being lost all over the place. Deloitte said that. But you talked at the beginning of this program Graham ‘what’s this bloke doing on the back bench?’ What kind of an Energy Minister would he make? You’re being very charitable to Macfarlane – I will tell you what Macfarlane said about the Renewable Energy Target. These are his exact words. ‘Anything the government does, will not effect any existing investment in renewable energy’. ‘Any existing investment’. I mean, is this bloke off his head? Manufacturing is closing down, jobs are being lost people out there can’t turn on their electric blanket because of the escalating cost of electricity and there should be a comprehensive movement by the Abbott government to reverse all of that.

Angus Taylor:  Look the concern the Minister voiced there is that people have invested to this point in good faith and we should respect investments they’ve made in good faith. I think what he has also said in the last 48 hours is the real issue is here is do we want more of this investment, accelerating over the next 5 years and costing us all a great deal and I think that is the real concern – I mean, do we want to just keep going – and do we want to miss this target.

Alan Jones:  But the real concern, just finally, Angus, isn’t the real concern if there is no money for Holden in the car industry, and no money for SPC Ardmona, why are there billions and billions of dollars for this industry?

Angus Taylor:  I think that’s a good question. I think unfortunately a lot of these schemes set out with the best of intentions and end up being industry assistance, industry pork-barrelling on steroids, as you say, and that’s the concern here. And it’s why there is a legitimate debate – a very legitimate debate in my view, about scaling it back. The Review Panel has said to us that that’s its preferred option. It gave us 2 options on the large scale, on the wind subsidies, and you know, I have made no secret of the fact that I think that we should scale it back. I think, as I say, to be fair to the Minister, he knows that if we don’t scale it back, we have a very serious risk of big increases in electricity prices and escalating subsidies.

Graham Richardson:  I’ve really got to say we have to leave it here. Now I am not concerned about being fair to the Minister. If the Minister is fair dinkum, then he’ll do something about it, and he will do it quickly. Because this is a debacle. And it is just something that you can’t wait. You can’t sit and look at it. It’s got to be addressed immediately. And I don’t understand why he doesn’t. I can’t get it. But we have got to leave it there. Well go on have one last word, very quickly…

Angus Taylor: I was just going say we need the Labor party to help us, we’ve got to get this through the Senate. Either the Labor party or the cross-benchers have got to help us as it needs legislative change so it is incredibly important.

Graham Richardson: Well we will see what we can do.

Alan Jones: good on you Angus

Graham Richardson: I don’t actually hold out a great deal of hope on that front – but I will see what I can do because I think you are right.

Alan Jones:  Hope of the side – this bloke.

Graham Richardson: Certainly is – as I said if I was a Minister looking behind, I’d be on my toes. Angus Taylor, a pleasure to have you on the show. I hope to talk to you again soon.

Alan Jones:  Thanks Angus.

Angus Taylor: Thanks Graham.

Angus Taylor

World Wide Wind Scam….Same Horrific Abuse in Every Country they Infest

​World Council for Nature

and
​Save the Eagles, International

FOR IMMEDIATE RELEASE

September 15th, 2014

Scotland: more manipulations

Whether it’s in America, Australia, or Europe, the media and the public are not being told the truth about actual mortality at wind farms. From employees who make carcasses disappear, to bird societies caught in conflicts of interest, to government agencies obeying their political masters, most stakeholders contribute to the cover up. But whereas in some countries like Spain, Germany or the US, some information has leaked out and the public knows there is a problem with birds, bats and wind farms, in others like Denmark, France or the UK, most people believe the fiction that their wind turbines have been “correctly sited” away from the flight paths of protected species.

In the words of Abraham Lincoln “you can’t fool all the people all of the time”. In the case of Scotland, the truth was due to come out in 2013, with the once-every-ten-year golden eagle census. The earlier census had revealed in 2003 that the iconic birds’ breeding population was stable but “in demographic difficulty” – meaning that there was a paucity of young eagles for replacing the adults when these would die. Ten years later, with the added effects of wind turbines making their habitat deadly, a significant drop was expected in their population.

But no census was conducted in 2013. Bizarrely, it was decided that, from now on, these counts would take place only once every 12 years.Serious questions need to be asked about why this relaxation of the monitoring has been ‘accepted.’ The public will be kept in the dark for an additional two years. To avoid publication of a census which would show a sharp drop in the golden eagle population, only attracts deserved accusations of ‘cover up’.

This manipulation is one of many, where wind farms are concerned. Back in 2009, in an open letter addressed to Scottish Natural Heritage(SNH), Professor David Bellamy and I had criticized their handling of the Edinbane project, on the Isle of Skye. We wrote:  “The developer’s first eagle mortality prediction was too high for comfort, so you invited him to do more studies and to review his copy, especially the mortality prediction. You too did some work, and modified a key parameter for the mortality calculations: from 95%, the “avoidance factor” was increased to 98%, which has the effect of reducing mortality predictions exponentially. You also indicated that the predicted mortality should be no bigger than a certain number: this was tantamount to showing the fox how to get into the hen house. (1)

There are more examples of dishonourable conduct on the part of stakeholders in the Scottish wind farm saga. They show that, in Scotland, wind farms have not been “carefully sited” with regards to eagles and other important birdlife. All the opposite, in fact: the authorities have bent over backwards to let the promoters have it their way (2). And while eagles were disappearing in Scotland in circumstances pointing to a probable link to wind turbines, the public was not informed of these facts, except those who read this article:

Covering up the death of eagles at Scottish windfarms
A REALITY CHECK PROVES THE SCOTTISH EAGLES DO NOT AVOID WINDFARMS AS CLAIMED

An inconvenient truth gleaned from various sources shows that wind farms have already, directly or indirectly, killed eagles, caused them to “disappear”, or reduced their breeding success in Scotland. It is the best kept secret in this curious land where some eagle deaths make the headlines, while others are either denied or swept under the carpet – depending on who did the killing.

“This paper brings proof that covering up the dark side of wind farms is rampant in Scotland, as indeed it is everywhere: from politicians to NGO´s, and from bird societies to those sadly ill-informed sections of the media, the wind power scam is well protected. Misrepresentation of facts is routinely fed to a public unsure and nervous about future events. Such a well recognised ‘state of fear’ blinds the normally perceptive who would otherwise be less easily fooled.” (3)

The article, written in 2008, proceeds to give documented evidence of the wind farms’ lethal effects on Scottish eagles. (3)

Over the years we have witnessed some SNH officials, in many areas, making it easy for developers to obtain planning approval for their projects, even in the most sensitive habitats where many eagles could be struck by the proposed wind turbines (2). Understandably, it has now become important to kick into the long grass a census which could show a sharp drop in the golden eagle population.

The truth about the real effects of wind farms on Scotland’s golden eagles was given a chance to become public knowledge in 2013, with the 10-year-scheduled survey. But this truth was forced back into the obscure corners of the blogosphere. The vast majority of Scottish voterswill only find out in 2015, if ever, what has been the cost to Scotland of windfarm disinformation, if only in terms of eagles’ lives.

Contacts:

Mark Duchamp
Chairman, World Council for Nature
www.wcfn.org
President, Save the Eagles International

www.SaveTheEaglesInternational.org
save.the.eagles@gmail.com
tel. +34 693 643 736

References:

(1) – Open letter to Scottish Natural Heritage (SNH), from Professor David Bellamy and Mark Duchamp, 29 June 2009.
http://savetheeaglesinternational.org/submissions/open-letter-to-scottish-natural-heritage.html

Details of the Edinbane scandal:  http://www.iberica2000.org/Es/Articulo.asp?Id=4242

(2) – Allowing wind farms in eagle territories.

– Methods used in Scotland to mock the law:

http://www.iberica2000.org/Es/Articulo.asp?Id=3426

– Inverliever, Eishken, Edinbane:  http://www.iberica2000.org/Es/Articulo.asp?Id=2250

Inverliever flight path maps:

Golden Eagle – https://drive.google.com/file/d/0B6sY1dWgOsjZTTNselQwYUVObVU/edit?usp=sharing

Osprey – https://drive.google.com/file/d/0B6sY1dWgOsjZcHRhM2hXYVVNMnc/edit?usp=sharing

Hen Harrier – https://drive.google.com/file/d/0B6sY1dWgOsjZa3VHTGRING1oT3c/edit?usp=sharing

Red-throated diver – https://drive.google.com/file/d/0B6sY1dWgOsjZME5fTmJ0YmNyalU/edit?usp=sharing

(3) – Covering up the death of eagles at Scottish windfarms.

http://www.iberica2000.org/Es/Articulo.asp?Id=3744

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Windweasels Deny Health Problems Caused By Wind Turbines….They’re Not Telling the Truth!

How Do Wind Turbines Affect Human Health?

“Health is a state of complete physical, mental and social well-being and not merely the absence of disease or infirmity.”

~ World Health Organization

Vintage Healthy Cigarette AdsDuring the1930’s the public began expressing concerns about smoking referencing a persistent smoker’s cough or smoker’s hack. When the tobacco companies caught wind of the grumblings they concocted a pre-emptive marketing campaign. Who was more trusted than doctors on the matter of health? Tobacco companies like Lucky Strike and Camels enlisted the reassuring image of doctors, though most were actors, to endorse the ‘throat soothing’ qualities and preferred smooth taste of a particular brand.

In the 1940’s and 1950’s tobacco companies applied a different spin to their advertising. While some pitched that their cigarettes weren’t harmful, other brands claimed to be less harmful. Around this time physicians were aware of the addictive quality of cigarettes but weren’t convinced that there was a direct causal factor between smoking and disease.

It was in 1964 when the United States Surgeon General issued the first report of the Surgeon General’s Advisory Committee on Smoking and Health. Their findings concluded- over thirty years after the public first began ringing alarm bells, that there was certainly a direct link between smoking and lung cancer and bronchitis.

As noted by Alec N. Salt and Jeffery T. Lichtenhan in their paper, How Does Wind Turbine Noise Affect People? (April 2014), “Whether it is a chemical industry blamed for contaminating groundwater with cancer-causing dioxin, the tobacco industry accused of contributing to lung cancer, or athletes of the National Football League putatively being susceptible to brain damage, it can be extremely difficult to establish the truth when some have an agenda to protect the status quo. It is only when sufficient scientific evidence is compiled by those not working for the industry that the issue is considered seriously.”

As the spread of industrial wind turbine farms have increased across the Canadian landscape so have concerns related to the impact on human health prompted by the installations of these 21st century machines in rural and small populated areas of the nation.

In his peer reviewed paper, Adverse Health Effects of Industrial Wind Turbines, Dr. R. Jeffery states that, “People who live or work in close proximity to industrial wind turbines have experienced symptoms that include decreased quality of life, annoyance, stress, sleep disturbance, headache, anxiety, depression, and cognitive dysfunction. Some have also felt anger, grief, or a sense of injustice.” Jeffery surmises that causes of such symptoms include a combination of industrial wind turbine noise and infrasound in addition to other relatable grounds.

Responding to public health concerns in 2010, the Chief Medical Officer of Health released a report The Potential Health Impact of Wind Turbines and concluded that ‘the scientific evidence available to date does not demonstrate a direct causal link between industrial wind turbine noise and adverse health effects.

The report clarifies that the “normal human ear perceives sounds at frequencies ranging from 20 Hz to 20, 000 Hz” where Hz represents the frequency or pitch of sound. “Frequencies below 200 Hz are commonly referred to as ‘low frequency sound’ and those below 20 Hz as ‘infrasound’. A decibel (dB) is “characterized by its sound pressure level” or loudness. Adverse health effects can occur at 50 to 70 dB.

As noted in the national report, sound from industrial wind turbines is produced ‘through mechanical and aerodynamic routes’ and the ‘dominant sound source from modern wind turbines is aerodynamic. The aerodynamic noise is present at all frequencies, from infrasound to low frequency to the normal audible range.’

In their paper Salt and Lichtenhan emphasize, “The million-dollar question is whether the effects of wind turbine infrasound stimulation stay confined to the ear and have no other influence on the person or animal. At present, the stance of wind industry and its acoustician advisors is that there are no consequences to long-term low-frequency and infrasonic stimulation. This is not based on studies showing that long-term stimulation to low-level infrasound has no influence on humans or animals. No such studies have ever been performed. Their narrow perspective shows a remarkable lack of understanding of the sophistication of biological systems and is almost certainly incorrect.”

Ménière’s disease is a disorder of the inner ear that causes spontaneous episodes of vertigo -a sensation of a spinning motion along with fluctuating hearing loss, tinnitus, and sometimes a feeling of fullness or pressure in your ear. Salt and Lichtenhan draw comparison to Ménière’s disease and the symptoms that are described by many people who live near wind turbines.

“A condition called “endolymphatic hydrops,” which is found in humans with Ménière’s disease, can displace the sensory organ as the space containing the fluid called endolymph swells.” Their extensive research suggests that infrasound and low-frequency “could affect the ear and give rise to the symptoms that some people living near wind turbines report.”

Jeffrey acknowledges that noise is the most frequent complaint from people living near industrial wind turbines. He states, “The noise is describedMoquito at Ear as piercing, preoccupying, and continually surprising, as it is irregular in intensity. The noise includes grating and incongruous sounds that distract the attention or disturb rest.”

It is interesting to note that in the Chief Medical Officer’s 2010 report it is stated that, “Little information is available on actual measurements of sound levels generated from wind turbines and other environmental sources. Since there is no widely accepted protocol for the measurement of noise from wind turbines, current regulatory requirements are based on modelling.”

Pursuant to requirements in Ontario, industrial wind turbine setbacks of 550 meters from a dwelling are said to limit the degree of perceived noise created by wind turbines to 40 dB which is a ‘sound level comparable to indoor background sound’ or a mosquito buzzing next to your ear.

In Jeffrey’s report he states, “Reports of industrial wind turbines –induced adverse health effects have been dismissed by some commentators including government authorities and other organizations. Physicians have been exposed to efforts to convince the public of the benefits of industrial wind turbine’s while minimizing the health risks.”

Dr. David Kolby, Chief Medical Officer of Health for the Chatam-Kent region was interviewed on behalf of the Canadian Wind Energy Association. In his interview he states, “The benefits of renewable is that they’re clean. Once you get through the impacts associated with equipment manufacturing the operating factor is zero pollution. As more and more of these come online and displace more damaging forms of energy it’s going to be a significant improvement over what we have now. Coal is a dirty inefficient way to generate energy. The health problems associated with emissions is well documented and costing society a lot of money.”

He goes on to conclude, “There is a large body of literature on sound and health and they do not emit enough acoustical energy to have a pathological effect on human tissues. I’ve been accepted by the Ontario Environmental Review Tribunal as a legally designated expert in wind turbines sound and health and would put my expertise up against any medical doctor in that capacity. The noise studies indicate that there should be no problem with current wind design at anything more than 300 meters. So I think the 550 meter as a minimum setback is safe and acceptable. People for the common good have to adapt to a certain amount of annoying stimuli- that’s called society.”

Commenting on many reports that claim that industrial wind turbines bear no impact on human health Jeffrey states, “These industrial wind turbine health effects are often discounted because ‘direct pathological effects’ or a ‘direct causal link’ have not been established.”

However Jeffrey counters the position stating, “Owing to the lack of adequately protective siting guidelines, people exposed to industrial wind turbines can be expected to present to their family physicians in increasing numbers. The documented symptoms are usually stress disorder-type diseases acting via indirect pathways and can represent serious harm to human health.”

Salt and Lichtenhan caution that research to date is limited and that the professional community possess only a ‘primitive’ understanding regarding the consequences of long-term exposure to infrasound.

“If, in time, the symptoms of those living near the turbines are demonstrated to have a physiological basis, it will become apparent that the years of assertions from the wind industry’s acousticians that “what you can’t hear can’t affect you” or that symptoms are psychosomatic or a nocebo effect was a great injustice. The current highly-polarized situation has arisen because our understanding of the consequences of long-term infrasound stimulation remains at a very primitive level. Based on well-established principles of the physiology of the ear and how it responds to very low-frequency sounds, there is ample justification to take this problem more seriously than it has been to date.”

feather for site

Wind Power….Nothing More Than “Novelty” Energy!

Terry McCrann: The Answer to Our Energy Future Ain’t Wind Power

terry_mcrann

Answer ain’t blowing in the wind
Terry McCrann
The Australian
13 September 2014

IT’S doubtful that those who have attacked Dick Warburton’s review of the Renewable Energy Target have actually read even the executive summary, other than through a misty film of increasingly foam-flecked rage or rising horror at the prospect of the cookie jar being snatched from their grasp.

His review has been falsely and very deliberately mischaracterised as a work of climate scepticism. In short, he doesn’t believe in climate change and so he wants to ditch or fundamentally undermine the last substantive policy standing between us and climate catastrophe, to say nothing of ­impoverishing the climate main-chancers.

As the review noted, about $9.4 billion — of NPV (net present value) subsidies had already flowed to those renewable energy main-chancers — to stress: my word, not his. But more than double that, about $22bn, was up for grabs over the rest of the scheme.

Again, that was in NPV terms; the actual dollars-of-the-day out to 2030 would be much, much greater. Any wonder a primeval scream of pain burst from those renewable main-chancers.

It’s much easier to slime the ­author to avoid engaging with the substance of the review’s analysis even more particularly than its ­argument and recommendations.

Perhaps even more importantly, it was critical to head off any risk of the mainstream media engaging with the report other than to similarly, instinctively and with both ignorance and malice aforethought, slime it.

In fact, and in simple terms, the Warburton Report is a meticulous forensic assessment of the RET on its own terms. It accepts the policy desire to promote (so-called, my word again) renewable energy and merely analyses the effectiveness, cost and alternatives.

It also does so in the context of the investments that have been made or are committed. Someone driven solely by climate scepticism would not have made the recommendations that Warburton did. He very deliberately carved a path between wasting more money and the obligation to investors who acted on legislated policy of both the Howard and Rudd-Gillard governments.

This produced his two alternatives. The first was to let the RET continue to 2030, to honour all existing and, importantly, committed investment, but to close it to new entrants. This would, as he noted, “provide investors in existing renewable generation with continued access to certificates so as to avoid substantial asset value loss and retain the CO2-emissions reductions that have been achieved so far.”

The second was to move the RET in line with growth in ­demand for electricity, allocating to renewables 50 per cent of that growth.

Again, as Warburton said: “This would protect investors in existing renewable generators and would support additional ­renewable generation when ­demand is growing.”

The core problem is that the supposedly 20 per cent (of power generation) RET has grown to somewhere between a 26-30 per cent RET.

When the Rudd government set a specific number of 41,000 GWh that had to be supplied by renewable energy in 2020, it was expected to equate to 20 per cent of total electricity output (and ­demand) in that year.

In fact, it’s going to be closer to 30 per cent because power demand has been falling — essentially because of soaring power prices. The falling demand has ­included the deliberate closure of big consumers like aluminium smelters, as a consequence of a mix of factors including power price.

Now the pro-RET advocates have seen this as a wonderful win-win, ahem, windfall. We get more clean (sic) power and so less “dirty” power, and more dollars to boot. What’s to complain about?

They’ve also been able to seize on the argument that as more and more of our power comes from mandatory renewables this will arguably cut prices to consumers.

But as Warburton points out — to further enrage the believers and main-chancers — this is a shell game. It’s only because it creates excess supply and mainstream — I would use the word, real — power generators have to compete for their declining share of the market.

Those lower prices would be simply unsustainable. If you produce 30 per cent of your power from very high-cost wind, ultimately the price to the consumer would have to be higher. Along the way generators would close, investors — in coal and gas — plants would lose money (yet another “windfall” gain!) and then the survivors would raise their ­prices to necessary levels.

That points to a simple question: if reducing uneconomic wind would be unfair to investors in that sector — essentially accepted by Warburton; surely force-feeding future renewable investment and so forcing the closure of other existing power generation would be unfair to their investors?

The other element is the sheer impossibility of installing enough wind capacity to meet the 41,000GWh. In their usual dishonesty with key numbers, renewable advocates roll hydro into renewable capacity, to suggest the target isn’t that onerous.

There is about 12GW of installed “renewable” capacity in Australia. But less than one-third of that is wind, most of the rest is hydro.

As Energy Australia explained in a submission to Warburton, we would need to install 10GW of new capacity to be able to produce. 41,000GWh. A little short of doubling installed “renewable” capacity and doing so in just six years would be daunting enough.

But as most of it would have to be wind — it’s hard to know which is worse to a Green: coal or hydro power? — this means we would have to install something like 250 per cent of the existing entire wind capacity that we have today, and do so in six years!

This is simply impossible. It would also be sheer and utter madness. And if we needed any reassurance on that, in a heaven-sent coincidence, last week Robert Bryce of the Manhattan Institute graced our shores.

In a presentation to the Institute of Public Affairs in Melbourne midweek, Bryce utterly shredded wind as a realistic source of power, far more effectively than those wind turbines shred birds on the odd occasions when they turn.

Former journalist Tony Thomas provides an excellent detailed exposition of what Bryce had to say at the Quadrant website.

One reference from Bryce was especially telling: the way our nearest and most important neighbour Indonesia has increased its use of coal-fired power generation.

We all know — or should know — about China and its voracious appetite for our coal. But since 1985, according to Bryce, Indonesia has increased its coal usage by 5000 per cent. “Between 1990 and 2010, about 100 million Indonesians gained access to electricity — coal provided more than half of that growth.

As a consequence, Indonesia’s per-capita GDP rose by 442 per cent. Life expectancy increased by eight years. Infant mortality fell by 45 per cent. Child malnutrition fell by 65 per cent. Illiteracy declined by 77 per cent

“Countries with cheap, abundant, reliable supplies of electricity can grow their economies and educate their citizens. They can build their manufacturing bases and export goods.

“The countries that lack electricity can’t. Period. Full stop,” Bryce noted.

The rest of his analysis was ­majestic in its substance and powerful in its ineluctable conclusion. The energy of today is coal; but so also is the future.

Wind is both a fantasy and a wasteful indulgence. With apologies to Bob Dylan, the answer is not blowing …
The Australian

STT covered Robert Bryce’s brilliant lecture in this post. We think it should be compulsory viewing for anything that walks upright, has opposable thumbs and doesn’t swing from trees. But don’t take our word for it, why not hear it from Terry McCrann, who gave the vote of thanks to Robert for his remarkable speech:

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