When is a strawberry dead?

June 25, 2013

An interesting discussion yesterday on BBC Radio

What Is Death?

Series 8 Episode 1 of 6 Monday 24 June 2013

“What Is Death?”

In the first of a new series of the award winning science/comedy series, Brian Cox and Robin Ince are joined on stage by comedian Katy Brand, biochemist Nick Lane and forensic anthropologist Sue Black to discuss why death is such an inevitable feature of a living planet. As well as revisiting such weighty scientific issues, such as when can a strawberry, be truly declared to be dead, they’ll also explore the scientific process of death, its evolutionary purpose and whether it is scientifically possibly to avoid it all together.

The death of a strawberry had apparently been discussed on an earlier program last year:

Brian Cox Strawberry

A fascinating discussion regarding when a cell can be truly considered “dead” though I couldn’t quite agree that death was necessary to evolution. Only birth is of course. It would be pretty crowded without death but life – or death – after procreation no longer has any part to play in the passing on of genes to the next generation or on evolution. With immortality there would, of course, be no need for procreation or for any future generations. But if immortal beings did beget other immortal beings then an Infinite Universe would come in very handy. However, the fertility rate needed for replenishment of the mortal members of a species is unconnected to the longevity of the individuals and I cannot see that death, per se, has any impact on evolution.

As far as the life and death of a strawberry are concerned it seemed to me that the question was essentially meaningless. You could as well ask if your finger could be alive when it no longer was connected to your body. A finger -like a strawberry is never truly alive unless connected to the body that it is a part of and the question of life or death when it is separated from its host body is moot.

Self-replicating fingers – or strawberries – would make John Wyndham’s Triffids seem benign.

Julia Gillard preparing for retirement?

June 25, 2013

The polls suggest that Julia Gillard has little chance at the September (latest November) elections and it would seem that she is preparing for the inevitable.

But Julia as a Madame Defarge like a tricoteuse at her own political “execution” is probably too fanciful.

The Guardian: Australian prime minister, Julia Gillard, has whipped up a storm after appearing in the Australian Women’s Weekly knitting a toy kangaroo for the royal baby.

The photoshoot depicts the prime minister in an armchair, surrounded by balls of wool, with her dog Reuben at her feet.

The pictures have sparked controversy in parts of the Australian media, who have called it “contrived” and “remarkable”. Commentators have pointed out that Gillard has traditionally rejected feminine presentations

Julia Gillard Women's Weekly

Julia Gillard  – Tricoteuse? – Women’s Weekly via The Guardian

It could be that she’s looking for a suitable Royal Honour once she leaves Office. Dame Julia? or maybe she’s just knitting for the coming demise of the Carbon Tax?

Subsidies for renewables have only done harm

June 25, 2013

There is a place for solar and wind and tidal and wave energy.  But intermittent and unpredictable sources as these all are cannot be used to satisfy our base load demands. If used – when available – to augment our conventional sources (mainly fossil fuels, hydro and nuclear power) they can play a very useful role – eventually – in reducing the cost of producing power. But this presupposes that they are competitive with conventional production. And they can be in specific situations and especially in remote locations or where grid power is limited.

But subsidies have rarely enabled new technologies to become commercially viable. They tend to isolate and preserve the developers of the new technology from commercial pressures and are usually counter-productive.  By loading conventional fossil fuel sources with short-sighted and useless taxes and by providing hefty subsidies for building solar and wind power the electricity market has been distorted to a destructive and unsustainable extent. Two articles recently address the utter failure of the subsidy regime.

1. Agence-France Press June 23, 2013 00:31

Spanish downturn a disaster for green energy

Spain’s wind turbine manufacturers are laying off workers and farmers who installed solar panels are facing ruin as austerity policies afflict the long-coddled green energy sector.

Further cuts are expected this summer.

State subsidies to clean energy producers have already fallen by between 12 and 40 percent on average in recent years, industry analysts say.

They could fall by another 10-20 percent in a new energy sector reform expected mid-July, according to the Spanish media. …. 

In the middle of the last decade when the economy was enjoying strong growth, Spain put a cap on the price of green energies and provided “fairly generous” subsidies, said Carlos Garcia Suarez, expert in the sector at the IE Business School. …..

2. The Commentator, 21 June 2013

The ‘Great Renewables Scam’ unravels

In many parts of northern Europe, wind and solar projects may be highly visible facts on the ground. But the headline economic fact behind renewable energy is, and always has been, its sheer and blatant “unsustainability”.

Energy insiders have long known that the notion of ‘renewable energy’ is a romantic proposition – and an economic bust. But it is amazing what the lure of guaranteed ‘few strings attached’ government subsidies can achieve. Even the Big Oil companies bought into the renewables revolution, albeit mostly for PR reasons. Like Shell, however, many quickly abandoned their fledgling renewable arms. Post-2008, they knew, the subsidy regimes could not last. Neither was the public buying into the new PR message.

Now it was just a question of time before Europe’s world leading pioneers of solar and wind power, Germany and the UK, decided they had had enough of the self-inflicted economic pain. And all the signs are – as Germany’s solar sector just went belly up and the UK is made aware of how much every wind job actually costs – that the slow implosion of the renewables revolution is under way.

The plain fact is that installing solar panels, especially in the northern hemisphere, makes about as much economic sense as Iran heading up a UN Human Rights Commission (which it has done by the way). Equally, the viability of windfarms has always been the renewables industry’s worst kept secret.

And yet, aided by aggressive and heavily-funded green lobbies, leftist social engineers, appalling journalism, naive politicians and unscrupulous opportunistic renewable energy entrepreneurs, wind turbines and the photovoltaic industry quickly became established facts on the ground, giving the appearance of economic ‘viability’. Why else would government back them using our cash? …… 

… In Europe, Germany was a major green pioneer, especially regarding solar energy. The UK, being the windiest country in Europe, focused on wind power. In both countries, however – to mix metaphors – the wheels are fast coming off.

In June, the sun finally set on Germany’s solar sector with power companies, large and small, seeing their £21 billion investment in solar energy disappear into the ether. As one German commentator wryly observed: “the sun does send an invoice after all”.

By mid-June the German company Siemens announced it was winding down its solar division with a view to shutting down completely by next spring. Siemens had entered the solar thermal systems market when it bought the Israeli company Solel, believing market growth would be rapid. The gamble failed. Siemens lost around €1 billion.

In March, Bosch signalled its withdrawal from the solar cell and solar module market. Bosch board chairman Franz Fehrenbach, who had been behind the company’s push into solar energy since 2008 has further admitted that the German solar sector generally is “doomed to die”. Bosch will lose even more than Siemens, probably around €2.4 billion.

But it is the private investors who bore the full brunt of the loss as the former hot shots of the stock exchange, Germany’s SolarWorld and Q-Cells, among other solar companies, lost tens of billions in capital investment.

Meanwhile, in the UK, wind power is again making the headlines, but for all the wrong reasons. A new analysis of government and industry figures revealed that every UK wind industry job is effectively subsidized to the tune of £100,000 per year. In some cases it rises to £1.3 million per job. In Scotland, with its 230 onshore windfarms, the figure is £154,000 per job. Even if the highly optimistic maximum projection of 75,000 wind industry jobs by 2020 is realised the figure would only drop to £80,000.

But, as the Renewable Energy Foundation, a UK think-tank, has pointed out, to meet its EU obligation of providing 15 percent of its generated energy from renewable sources by 2020 – a ridiculously untenable goal – the lavish subsidies will need to rise still further to £6 billion per year. Neither do the figures take into account the cost to the country of an exodus of energy-intensive industries; a very real threat if green levies on energy bills continue to rise. European industry and power stations have already turned to burning millions of imported tonnes of American wood pellets in a desperate bid to keep costs down. And that, as has been reported, is to the detriment of fine forests in the US and a resultant impact on CO2 levels. ….

The future for human evolution

June 25, 2013

The future of human evolution is secure as we develop into more robust species.

From The Onion:

Image of Mollusca

ANN ARBOR, MI—In a breakthrough study that researchers say adds important insight into the evolution of Homo sapiens, scientists at the University of Michigan confirmed Thursday that human beings are slowly evolving into mollusks. “Evidence shows that modern humans emerged on the evolutionary timeline about 200,000 years ago, developed into the highly evolved hominids of today, and are now transforming into soft-bodied invertebrates,” said the study’s lead author Dr. Mitch Keneally, adding humans have already started turning into snails, slugs, and octopi, evidenced by their increasingly amorphous figures. “Over the next 1,000 years, we’re going to see people developing gills, a hard protective shell around their torsos, and a large, muscular foot in their dorsal region that will help with locomotion and mucus secretion. The world is changing rapidly, and those who can’t filter seawater aren’t going to be able to survive.” Scientists added that the evolutionary trajectory isn’t all that surprising considering that mollusks themselves descended from monkeys just 5,000 years ago.

Flying Railway Wagons

June 23, 2013

Logo EPFL

Many times when boarding large aircraft I have fantasised about having a cabin module instead of the waiting lounge, where passengers could take their places at leisure. When filled, the module would slide into the aircraft and lock into place just like the modular containers containing baggage. Now Swiss researchers are realising my fantasies with a futuristic concept for a modular aircraft consisting of

  1. A flying wing that includes the cockpit, the motors, and the fuel and
  2. Up to three flexible modules (capsules) that can carry either passengers, freight, or fuel.

Clip Air concept from Ecole Polytechnique Federale de Lausanne

They see their “Clip-Air” craft having modules where the  maximum dimensions of each capsule would becomparable to the fuselage of an A320 with a maximum weight of 30 tons and a length of 30 meters (the length of a train wagon) and where:

  • Dimensions of the flying wing: wing-span of 60 meters
  • Motors: 3, identical to those of the A320 (Swiss version)
  • Passengers: Together, the three modules can carry a total of 450 passengers.

The aircraft would allow passengers to board a module at a railway station and disembark at their destination without ever setting foot in an airport.

Clip Air EPFL

Rail transport’s flexibility in air transport?

How could this conundrum be unraveled? Clip-Air proposes a revolutionary air transport concept based on a flying wing that can carry mobile and interchangeable capsules. On the one hand, the Clip-Air plane is made up of a support structure including wings, engines, fuel and a cockpit. On the other hand, there is the load to be transported: passengers and freight.

The capsule is the equivalent to a conventional airplane’s fuselage, but without motors, without a cockpit, without fuel, without landing gear, or any of the other parts that usually make up a plane. The premise behind Clip-Air is to bring rail transport’s flexibility to air transport and to make airports reach all the way into railway stations.

Potential
Theoretical studies have shown Clip-Air’s potential in terms of transport capacity. In the scenarios that were analyzed, Clip-Air was able to transport more passengers than a standard fleet thanks to a more efficient allocation of the available capacity.

Based on various hypotheses, the estimated costs of Clip-Air are also competitive. In 89% of the analyzed cases, Clip-Air generates a profit. According to the model that is currently being considered, carrying passengers without combined cargo transport, Clip-Air is actually less expensive than a standard fleet, as long as it operates carrying three capsules. The architecture of modular aircraft is remarkably vast, and a flying wing carrying three capsules is but one possible choice. However, whether the aircraft is designed to carry one, two, or three capsules, its modularity is what makes this project strong.

Architecture and design
How should a flying wing be designed? How can the capsules be made as functional as possible? The extraordinary challenge lies in finding the most adapted architecture that incorporates all of the compromises involved in achieving such a project. A team of engineers is working on finding the most optimal design, rethinking everything from the materials used to the details of the attachment system, so that the latest technologies can be leveraged whenever possible.

Energy
Clip-Air is revolutionary in its design, but it must also be so in its choice of fuel. In the current stage of the project, Clip-Air has clearly proven its potential to adapt to tomorrow’s renewable energy challenges. Numerous alternative paths have been explored internally and have demonstrated the utility of a modular architecture (with liquid hydrogen, biofuels, classical fuel).

Security
The complete separation of the cockpit (located under the wing) and the passengers (in the capsules) opens new doors in terms of security with, most notably, a reduced risk due to the decoupling between the fuel reservoirs and the passengers.

Aeronautics
Aeronautical engineers assure that Clip-Air can fly, but many questions remain to be addressed. Future developments of the project will involve aerodynamic simulations and a six meters long flying prototype equipped with propulsion engines to explore the aircraft’s flight performance and the overall feasibility of the project.

Clip Air in “flight”: EPFL

Global warming theory lacks a falsifiable hypothesis and climate policy lacks Conditions of Success

June 21, 2013

In Science – to be considered a science – it is the formulation of the falsifiable hypothesis that is critical and ought to determine the subsequent collection or generation of data.

A fundamental requirement before setting out a new policy or embarking on any new course of action should be to define the Conditions of Success (CoS) prior to starting. This is usually so in industry and business – usually explicit but sometimes implicit – especially where investment is to be made or resources are to be used in implementing the new course of action:

  1. What are the objectives to be achieved, and
  2. how will we be able to measure if we are on track.

1. A Falsifiable Hypothesis:

The “global warming” hypothesis is that humans are impacting global climate and specifically that man-made carbon dioxide emissions are causing – through direct and indirect effects – the global climate to warm. But this formulation is virtually impossible either to prove or to falsify. With the many hundreds – if not thousands – of parameters which impact the chaotic system which makes up our climate, it is almost impossible to either collect or generate data which can isolate the effects of just this one parameter.

The prevailing “belief” that this hypothesis is correct is based on being able to say that observed warming is not inconsistent with climate models which include the warming due to anthropogenic emissions of carbon dioxide and that no better models exist. (The hiatus in temperature over the last 20 years is dismissed as being a “temporary” hiatus or due to some unknown effect – such as deep ocean take-up of heat – which is not included in the models). If no observation is permitted to falsify the hypothesis then this is merely a belief and a religion and not science.

However, the same global warming theory can easily be converted into a falsifiable hypothesis if it is formulated thus: “Increasing anthropogenic emissions of carbon dioxide have a significant warming effect on global climate”. This can then be subject to being proved false. The recent hiatus in global temperature then immediately leads to the conclusion that either

  1. the hypothesis is false, or
  2. the hypothesis must be modified to be
  3. “Increasing anthropogenic emissions of carbon dioxide may have a significant warming effect on global climate over long periods in excess of at least 50 years”

And then there is no longer any need for panic.

If the study of climate is ever to become science, the hypotheses will need to be revisited.

2. Conditions of Success

I am always somewhat perplexed that the global warming scare has led to the implementation of policies which – in not a single case – address the Conditions of Success. In no case of “decarbonisation” or carbon taxes or carbon credits or support for renewable energies is there any consideration of the measurements to be made to determine if the actions are having the desired effect.

It has been a blind rush into the support of solar and wind energy with no assessment of the increased electricity prices, the reduction of growth and the subsequent loss of jobs. In no country has there been a definition of the measurable results to be achieved along the way (except for measuring how much money was spent). Just the increase of the capacity of wind and solar power production has been taken to be a success though electricity prices have gone up sharply and no reduction of carbon dioxide concentration has been achieved. All the actions taken over the last 3 decades against the use of fossil fuels have had no impact whatsoever in reducing the rate of increase of carbon dioxide concentration in the atmosphere.

In the US the unexpected advent of shale gas has led to a reduction of carbon dioxide emissions though the global emissions are higher than ever before. And yet the global temperature has been at a standstill for almost 2 decades!

Of course for politicians carbon taxes and the like have become merely a source of revenue where the scare of “global warming” is used as a label merely to prevent resentment against a new tax. These taxes are invariably decoupled from any effects on the changes to carbon dioxide concentration and on global temperature to be achieved.

All these “climate” policies which have produced no reduction of carbon-dioxide concentration or even a reduction in the growth rate and where global temperatures have also failed to increase now seem needlessly self-destructive.

“Climate change policies” will never be credible or of any value until the Conditions of Success for such policies are defined in advance of such policies being implemented.

Carbon Cycle still has many uncertainties

June 20, 2013

How much of the increase in carbon dioxide concentration in the atmosphere is due to the use of fossil fuels is not as certain as many would like to believe. The role of the oceans both in the emission and the absorption of carbon dioxide is far from being understood or quantified. Emissions due to fossil fuel combustion are of the same magnitude as just the error band surrounding the emissions from the oceans and  from the emissions due to transpiration. The primary sources of carbon dioxide in the atmosphere are the oceans and transpiration. The assumption that these emissions are in balance with the absorption by the oceans and plant life is just an assumption based on an assumed equilibrium which is far from certain. I posted a few weeks ago

…. The general assumption is that about 40% of man-made carbon dioxide shows up as this increase with the remainder being absorbed by the enhanced action of sinks.

SOURCES AND SINKS OF CARBON DIOXIDE

The justification for this conclusion is supported by measurements of the falling proportion of  13C  in the atmosphere which is taken to signal the appearance of CO2 from fossil fuel emissions. …… 

The correlation of changes in δ13C with ENSO events and the comparison with a simple model of a series of cascades suggest that the changes in δ13C in the atmosphere have little to do with the input of CO2 emissions from the continuous use of fossil fuels.

Even though the combustion of fossil fuels only contributes less than 4% of total carbon dioxide production (about 26Gt/year of 800+GT/year), it is usually assumed that the sinks available balance the natural sources and that the carbon dioxide concentration – without the effects of man – would be largely in equilibrium.  (Why carbon dioxide concentration should not vary naturally escapes me!). It seems rather illogical to me to claim that sinks can somehow distinguish the source of carbon dioxide in the atmosphere and preferentially choose to absorb natural emissions and reject anthropogenic emissions! Also, there is no sink where the absorption rate would not increase with concentration.

Carbon dioxide emission sources (GT CO2/year)

  • Transpiration 440
  • Release from oceans 330
  • Fossil fuel combustion 26
  • Changing land use 6
  • Volcanoes and weathering 1

Carbon dioxide is accumulating in the atmosphere by about 15 GT CO2/ year. The accuracy of the amounts of carbon dioxide emitted by transpiration and by the oceans is no better than about 2 – 3% and that error band (+/- 20GT/year)  is itself almost as large as the total amount of emissions from fossil fuels. ….. 

Two new papers – in completely different fields – highlight the uncertainty in carbon dioxide emissions from the oceans and from plant and animal life:

1. Interannual variability in sea surface temperature and fCO2 changes in the Cariaco Basin,  Y.M. Astor et al, Deep-Sea Res. II (2013), http://dx.doi.org/10.1016/j.dsr2.2013.01.002i

The Hockey Schtick: A new paper published in Deep-Sea Research finds the ocean is a net source of CO2 to the atmosphere, the opposite of claims by climate alarmists that the ocean removes CO2 from the atmosphere. According to the authors, “At the [research] site, the ocean is primarily a source of CO2 to the atmosphere, except during strong upwelling events.” The paper also notes, “Astor et al.(2005) observed the interactions between physical and biochemical parameters that lead to temporal [over time] variations in fCO2 [CO2 flux from the] sea, finding that even during periods of high production, the CO2 flux between the ocean and the atmosphere decreased but remained positive, i.e. CO2 escaped from the ocean to the atmosphere.” 

The paper corroborates prior work by Salby, Humlum et al, Frölicher et al, Cho et al, Calder et al, Francey et al, Ahlbeck, Pettersson, and others demonstrating that man-made CO2 is not the driver of atmospheric CO2. This new work confirms the primary source of atmospheric CO2 is out-gassing from the oceans, which is due to decreased solubility with increased temperature.

2. Michael S. Strickland, Dror Hawlena, Aspen Reese, Mark A. Bradford, and Oswald J. Schmitz. Trophic cascade alters ecosystem carbon exchange. PNAS, 2013 DOI:10.1073/pnas.1305191110

EurekAlert: …. The study, conducted by researchers at the Yale School of Forestry & Environmental Studies, comes out this week in the Proceedings of the National Academy of Sciences. It looks at the relationship between grasshoppers and spiders—herbivores and predators in the study’s food chain—and how it affects the movement of carbon through a grassland ecosystem. Carbon, the basic building block of all organic tissue, moves through the food chain at varying speeds depending on whether it’s being consumed or being stored in the bodies of plants. However, this pathway is seldom looked at in terms of specific animal responses like fear from predation. …… 

….. The study found that the presence of spiders drove up the rate of carbon uptake by the plants by about 1.4 times more than when just grasshoppers were present and by 1.2 more times than when no animals were present. It was also revealed that the pattern of carbon storage in the plants changed when both herbivores and carnivores were present. The grasshoppers apparently were afraid of being eaten by the spiders and consumed less plant matter when the predators were around. The grasshoppers also shifted towards eating more herbs instead of grass under fearful scenarios.

At the same time, the grasses stored more carbon in their roots in a response to being disturbed at low levels when both herbivores and carnivores were present. In cases where only herbivores were present, the plants stored less carbon overall, likely due to the more intense eating habits of the herbivores that put pressure on plants to reduce their storage and breathe out carbon more. These stress impacts, then, caused both the plants and the herbivores to change their behaviors and change the composition of their local environment.

This disease could kill you deader than SARS could!

June 20, 2013

A new virus could kill you deader than SARS could says this headline from the Washington Post today (20th June 2013).

more fatal

more fatal

Popeye approves of carbon dioxide

June 19, 2013

From the HockeySchtick comes news close to Popeye’s stomach (which is of course the way to his heart).

Popeye like CO2, like spinach

Spinach like CO2, Popeye like CO2

A new paper published in Advances in Space Research finds increased levels of CO2 promote spinach productivity and accumulation of vitamin C in spinach leaves. According to the authors, “High light and high CO2 independently one from the other, promoted spinach productivity, and the accumulation of ascorbic acid [vitamin C], while their interactive effect limited the accumulation of nitrate and oxalic acid in the spinach leaves.” Decreased oxalic acid is beneficial for human nutrition because oxalic acid blocks absorption of essential minerals.

Influence of the interaction between light intensity and CO2 concentration on productivity and quality of spinach (Spinacia oleracea L.) grown in fully controlled environment

Author(s): Simona Proietti , Stefano Moscatello , Gene A. Giacomelli , Alberto Battistelli

Abstract: The effects of the factorial combination of two light intensities (200 and 800 μmol m-2 s-1) and two CO2 concentrations (360 and 800 ppm) were studied on the productivity and nutritional quality of spinach (Spinacia oleracea L.) grown under controlled environment. After 6 weeks within a growth chamber, spinach plants were sampled and analyzed for productivity and quality. There were no statistically significant interactions between the effects of light and CO2 for all of the variables studied, except for the nitrate and oxalic acid content of the leaves.High light and high CO2 independently one from the other, promoted spinach productivity, and the accumulation of ascorbic acid [vitamin C], while their interactive effect limited the accumulation of nitrate and oxalic acid in the spinach leaves. The results highlight the importance of considering the effects of the interaction among environmental variables on maximizing production and the nutritional quality of the food when cultivating and modeling the plant response in controlled environment systems such as for bioregenerative life support.

Erdogan blows Turkey’s prospects of joining the EU

June 19, 2013

It is not the protests in Turkey but Erdogan’s hard-handed approach to quelling the protests which may have blown Turkeys chances of joining the EU.

It is his response which provides a “politically correct” cloak under which many of those opposed to Turkey’s membership of the EU can hide. Their opposition is primarily because Turkey is an Islamist nation, but the police actions in Turkey come in very handy to hide behind. They can now use Erdogan’s “undemocratic” behaviour as their visible justification for their opposition. Angela Merkel and Germany have long been opposed to Turkey’s membership but have had to walk the tightrope of opposing while not seeming to be giving in to the neo-Nazis and their anti-Turkish campaigns within Germany. I caught Angela Merkel on TV two days ago and she was “apalled, utterly apalled” at the hard response of Erdogan’s police.

Hurriyet: Chancellor Angela Merkel’s conservatives have rejected Turkish membership in the European Union in their German election programme, saying the country would “overburden” the bloc because of its size and economy.

The Christian Democratic Union (CDU) and its Bavarian sister party, the Christian Social Union (CSU), have long opposed Turkey joining the 27-nation bloc, but haven’t stood in the way of EU accession talks that were launched shortly before Merkel took office.

The German line has hardened in recent weeks however because of Ankara’s tough response to three weeks of protests against Prime Minister Tayyip Erdoğan.

On June 17, Merkel said she was “appalled” at Turkey’s handling of the protests, which have turned into fierce clashes between police firing teargas and water cannon, and masked demonstrators throwing bottles and other missiles.

Turkey’s application to accede to the EU was first made 26 years ago in 1987.

 Turkey has been an associate member of the European Union (EU) and its predecessors since 1963. After the ten founding members, Turkey was one of the first countries to become a member of the Council of Europe in 1949, and was also a founding member of the Organisation for Economic Co-operation and Development (OECD) in 1961 and the Organization for Security and Co-operation in Europe (OSCE) in 1973. The country has also been an associate member of the Western European Union since 1992, and is a part of the “Western Europe” branch of the Western European and Others Group (WEOG) at the United Nations. Turkey signed a Customs Union agreement with the EU in 1995 and was officially recognised as a candidate for full membership on 12 December 1999, at the Helsinki summit of the European Council.

All things going well with the negotiations, membership would be on track for 2015. But there is fundamental opposition to an Islamist country of over 70 million becoming a full member. Sarkozy and the right in France were ( and still are) implacably opposed. For many Austrians, Turkey becoming a member would be close to sacrilege. The Spanish remember El Cid (Rodrigo Diaz de Vivar). Brussels (Barroso) has stated that full membership could – at the earliest – come by 2021. Turkey has implied that 2023 – when modern Turkey is 100 years old – may be a deadline.

In December 2011, a poll showed that as much as 71% of the participants surveyed in Austria, the Czech Republic, France, Germany, Italy, Poland, Spain and the UK were opposed to Turkey’s membership in the European Union.

Erdogan’s response to the protests could well provide the cover for the anti-Islamist forces in Europe to prevent Turkey’s accession to the EU for the foreseeable future.