Ahhhh... those fun predictions and why we want to believe in them

How do we like to be comforted and feel secure about the future, or how fear and predictions are used to control us.

Take for example this prediction in 2000 that snowfalls in Britain would be a thing of the past. Click images for full resolution.

The column quotes Dr. David Viner of the Climatic Research Unit (CRU) of the University of East Anglia — yes, the epicenter of what would become the Climategate scandal

And now 10 years later...

In this case, it seems that the "models" predicting a warm future free of snow, where not that precise.

There is two lesson to be learn from this.

1. Our pre disposition to want to believe the "experts"
2. The use of "fear" to manipulate you into adopting some kind of doctrine.

Point1:
A good book as been written on this subject:
Future Babble: Why Expert Predictions Fail - and Why We Believe Them Anyway
I think that we are prone to believe anything to comfort our fear of the future and the unknown.  We lack the basic sceptical view of the world, that protect us from those prophets.

Point 2:
Fear has been used throughout the ages to control the population. Politician do it,  Corporations do it, Oligarchs group do it.

Another good book on the subject:
The Science of Fear: How the Culture of Fear Manipulates Your Brain

So next time who hear someone babble about the future, ask yourself what is the intention, the goal of the person or group?  What is their agenda?

Be sceptical about everything you read, always seek the opinions of others, learn the basic facts and science.

As for the explanation of why we believe in all those things... Here's another good book:


Why Do We Believe Impossible Things?


Here's a copy of an article about the book and the author:

Our Belief System Is Powered by Our Tool-Making History, Scientist Says

OPINION By LEE DYE
Sept. 17, 2008—

Why do so many people hold beliefs that are clearly false? A recent story on ABCNews.com said 80 million Americans believe we have been visited by aliens from another planet, and numerous studies show that millions of people believe in ghosts, extrasensory perception and, of course, alien abductions.

According to biologist Lewis Wolpert of University College, London, all those beliefs are clearly false, and they all share a common beginning. It may well have started when the first human realized he, or she, could make a fire by rubbing two sticks together.

Wolpert is the author of a new provocative book exploring the evolutionary origins of belief, called "Six Impossible Things Before Breakfast." The title comes from Lewis Carroll's classic "Through the Looking Glass," when Alice tells the White Queen that she cannot believe in impossible things.

"I dare say you haven't had much practice," the Queen replied. "When I was your age, I always did it for half-an-hour a day. Why, sometimes I've believed as many as six impossible things before breakfast."

Wolpert argues that our wide range of beliefs, some of which are clearly false, grew out of a uniquely human trait. Alone in the animal world, humans understand cause and effect, and that, he says, led ultimately to the invention of tools, the rapid rise of sophisticated technology, and of course, beliefs. Even the earliest humans understood that many events that shaped their lives resulted from specific causes. Therefore, there must be a cause behind every event.

Searching for that cause, Wolpert says, led to the rise of religion because surely there must be some purpose behind all this, some ultimate cause at work in the universe.

Wolpert is an atheist, but he says he isn't trying to convert anyone to atheism. If so, he may be the only person on the planet who is willing to share his deeply held beliefs without caring whether he can convince anyone to believe the same way. But his basic premise is sound. We all know other people, not ourselves of course, who hold some beliefs that are absurd, or at least grossly lacking in evidence. Why?

It all goes back to that first character who rubbed two sticks together.

No other animal has the mental framework for understanding cause and effect, Wolpert says. Chimps, apes and those famously clever New Caledonia crows come close, but they aren't there yet. Once humans reached that point, they turned a corner that ultimately shaped what we are today.

Some animals have used various things as tools, but only humans have put at least two different materials together to fabricate a tool for a specific purpose, and then go on to discover other uses for that same tool. Those first discoveries gave humans an edge on the competition, allowing the species to thrive.

But along the way things happened, some good and some bad. The effort to understand why bad things happen to good people, and so on, gave rise to what Wolpert and others call the "belief engine" in the brain. We want to believe there is a reason for it all, and that leaves us predisposed to believe in some things for which there is little or no evidence. If a certain belief makes sense out of an otherwise senseless event, then it must be true, right?

Wolpert argues that even false beliefs can serve a useful purpose. He concedes that religion, which he regards as false, has a purpose and has played a role in the evolutionary processes. People tend to look out for people of like faith, as in churches, and that support can make them stronger, thus improving the chances that they will live long enough to see their genes passed along.

If Wolpert's compelling argument is right, does that mean we have no control over what we believe? He says he was a very religious child, but became an atheist at the age of 16 because he no longer believed in religion. But could it be that his own "belief engine" made the decision for him?

Ever since Sigmund Freud dug into the secrets of the subconscious, many psychologists have argued that many of our beliefs are beyond our control because they are shaped by unknown secrets buried inside the brain. But if that's true, how do psychologists escape their own scenario? Wouldn't they be just as likely to be deluded as the rest of us?

Similarly, many biologists think the complex organism between our ears is driven entirely by biology. But if we all have a biologically based "belief system," aren't we all -- even biologists -- victims of false beliefs? As Wolpert concedes, maybe people just believe what they want to believe.

None of us approach complex issues, like whether or not to believe in a specific religion, or even a political candidate, with a clean slate.

How else can you explain 80 million Americans who believe we've been visited by aliens? Surely, if aliens invested the enormous costs of interstellar travel and came our way, they must have had a reason. Wouldn't they drop by the White House instead of a desert in New Mexico or Texas? Would there really be any confusion if they had, indeed, visited Earth?

The late astronomer Carl Sagan had a wonderful formula for measuring the truthfulness of any belief. Extraordinary claims, he said, demand extraordinary evidence.

The fact that so many are willing to believe so many impossible things with so little evidence is not comforting.

Obama health care law unconstitutional?

Forces everyone to purchase insurance so companies have enough money to cover everyone

U.S. District Judge Henry Hudson in Virginia last Monday struck down the health insurance requirement as unconstitutional, disagreeing with the government that the Commerce Clause of the Constitution allows for the regulation of a person’s decision not to buy a product. The Commerce Clause grants Congress the power to regulate commerce with foreign nations and among states. Source


Source


More detailed analysis on PJTV

Congrès de circonscription et Assemblée générale annuelle de Prévost

Bonjour,

Aujourd’hui se tient l'assemblée générale annuelle de Prévost.

Suivre ce lien pour l'ordre du jour

Nous allons proposer les propositions d’amendements suivant au programme du parti québécois:

1. Pyrolyse des déchets
1. Recyclage à 100 % de tous les déchets. Plus d'information ici.
2. Transport en commun rapide avec savoir-faire québécois
1. Plus d'information ici
3. Banque du Québec pour financer ces projets d'infrastructures.
1. Plus d'information ici

Vous êtes les bienvenus pour appuyer ces projets et participer à notre réussite collective.

Merci,

Simon Filiatrault

Richard Lindzen presentation on climate change

The House Subcommittee on Energy and Environment heard from a dozen witnesses about how the public and private sectors are approaching climate change. Washington, DC : 3 hr. 46 min.

Very interesting debate on the two side of the issue.

Click here to open the player.

Full presentation in PDF of Doctor Richard Lindzen

Nouveau concept de monorail pour un transport rapide

Source:

• Air de nos campagne
• Cyber Presse, LeSoleil pour un entrevue
• Site du projet TrensQuebec

Le petit bout de film que montre Pierre Langlois fait rêver. On y aperçoit une structure discrète de monorail longeant l'autoroute 40, entre Québec et Montréal. Des cabines de 60 passagers y glissent à la vitesse vertigineuse de 250 kilomètres à l'heure.

Chaque cabine est alimentée par 16 moteurs-roues, une invention de Pierre Couture que l'on connaît mieux pour sa création du moteur-roue d'Hydro-Québec.

Ce moyen de transport n'est pas sujet aux aléas du climat. Pas besoin de le déneiger puisque les moteurs-roues sont complètement recouverts. Le ventre des cabines flotte à 10 mètres du sol, au-dessus de tout obstacle.

Le physicien et conférencier Pierre Langlois a déjà pris le TGV en France, où il a habité pendant quelques années. Il reconnaît qu'il a adoré son expérience. Lorsqu'il est question d'importer cette technologie au Québec, toutefois, le scientifique en lui fait un très, très long pas en arrière.

«Il y a eu deux ou trois centimètres de neige en France, cet hiver et c'était la panique pour le TGV. Imaginez une bordée de 50 centimètres», plaide-t-il.

C'est que le train à grande vitesse, comme son nom l'indique, roule rapidement, soit 360 kilomètres à l'heure. Mieux vaut n'avoir aucun obstacle sur les rails.

Mais c'est loin d'être là le seul argument qui fait pencher Pierre Langlois en faveur du monorail de Pierre Couture.

De passage au Collège Laflèche, hier, dans le cadre des Grandes rencontres, où il est venu expliquer l'importance de libérer la civilisation de sa dépendance au pétrole, le physicien et auteur y est allé de comparaisons étonnantes entre les deux technologies.

Un monorail roule certes moins vite qu'un TGV, soit 250 km/h au lieu de 360. Toutefois, explique-t-il, le monorail, grâce à ses 16 moteurs-roues, prend à peine 20 secondes pour atteindre sa vitesse de croisière et guère plus pour se mettre en arrêt à destination. Le TGV, lui, pendra 8 minutes pour atteindre ses 360 km/h et tout autant pour s'arrêter.

Au bout du compte, ces 16 minutes d'accélération et de décélération font en sorte que seulement 4 petites minutes séparent le monorail du TGV pour parcourir la distance Québec-Montréal. «Et si l'on arrête à Trois-Rivières, le monorail arrivera bien avant le TGV», renchérit M. Langlois.

Avec un monorail, ajoute-t-il, pas besoin de couper le paysage en deux. Grâce à des pylônes à tous les 60 mètres, le monorail peut franchir tous les obstacles: routes, rivières, viaducs.

La superficie des terrains à exproprier pour installer les pylônes ne représente qu'une fraction des expropriations qu'il faudrait imposer avec le TGV, fait-il remarquer.

Contrairement au TGV dont le trajet se limite à une ligne droite entre les deux villes, le monorail possède une souplesse extraordinaire. Il pourrait facilement s'amarrer sur les côtés d'un pont pour aller desservir l'autre rive.

La cerise sur la gâteau, c'est le coût de construction. Au Québec, l'implantation d'un TGV se chiffre à 28 millions $ du kilomètre, rapporte le conférencier. Pour le monorail, il en coûterait à peine 8 millions $ du kilomètre. «C'est donc 2 milliards $ de dollars pour le monorail contre 7 milliards pour le TGV», fait valoir M. Langlois. Presque 4 fois moins cher.

E-voting without fraud

David Bismark demos a new system for voting that contains a simple, verifiable way to prevent fraud and miscounting -- while keeping each person's vote secret. Can this be a good solution?

Le jour du souvenir, se souvenir de quoi

Une interview avec Pascal Lacoste, un vétéran de l'armée canadienne, la facon dont l'armé l'a abandonné et son combat contre les effets post traumatique de la guerre.



Quelque discussion sur le sujet sur le blogue de Jean-François Lisée:
http://www2.lactualite.com/jean-francois-lisee/jour-du-souvenir-le-calvaire-du-jeune-veteran-lacoste/6010

http://en.wikipedia.org/wiki/White_poppy_(symbol)






Plus d'information sur l'utilisation de l'uranium appauvrie source: http://fr.wikipedia.org/wiki/Uranium_appauvri

Actions des munitions à l'uranium appauvri [modifier]

Obus-flèche perforant américain M829 ; la flèche(en blanc) est composée d’un alliage d’uranium.

Action mécanique [modifier]

La densité élevée de l'uranium en fait un matériau de fabrication d’obus antichar, et notamment dans les « obus-flèches » utilisés lors de la première guerre du Golfe, la guerre du Kosovo ainsi que durant les premières phases de la guerre en Irak (2003-2005).

Dans le cas d'un obus d’artillerie le « pénétrateur » est une barre filetée longue d'environ 25 cm, composée d'uranium appauvri, sans explosif et à la vitesse initiale élevée (de l'ordre de1 500 mètres par seconde). Lors de l'impact son énergie cinétique est dissipée sur une surface d'environ 40 mm², ce qui crée une pression énorme, ce qui participe à la pulvérisation du blindage en ménageant un trou.

Certaines bombes anti-bunker sont soupçonnées d'utiliser des pénétrateurs à uranium appauvri².

Action eutectique et explosive [modifier]

Pendant l'impact, l'uranium s'échauffe et atteint sa température de fusion, qui est inférieure à celle de l'acier ; il crée avec le fer du blindage un eutectique, ce qui provoque la fusion du blindage et participe à la perforation, en projetant le métal liquide dans l'habitacle. Cela se propage dans la cible et tout ce qui est inflammable va s'enflammer voire exploser ; par ailleurs, l'uranium pulvérisé qui pénètre dans l'habitacle s'enflamme également, d'où l'explosion des chars de combat environ 5 secondes après l'impact.

Dispersion d'uranium [modifier]

Si l'uranium appauvri provenant de l'impact d'un pénétrateur de 4.85 kg (dont on suppose qu'il est volatilisé à 50%) est dispersé uniformément dans un rayon de 10 m du point d'impact, et pénètre le sol sur une profondeur de 10cm, il conduira au départ à une concentration d'approximativement 96 mg/kg. Cette teneur est supérieure à celle que l'on trouve en moyenne dans les sols naturels (de l'ordre de 2 mg/kg), mais peut se rencontrer dans certains sols, par exemple dans les poussières de la région d'Amman, en Jordanie.³

Les anomalies de concentration en uranium ne sont perceptibles que lorsque le métal est faiblement dispersé. Un volume de sol naturel dans un rayon de 20m et sur une profondeur de 80 cm (toujours à raison d'une moyenne de l'ordre de 2g/t) contient en moyenne une masse de 4 kg d'uranium, ce qui est l'ordre de grandeur typique d'une munition militaire : à ces niveaux de dilution, il ne peut plus y avoir de pollution au sens technique du terme, du fait que l'écosystème reste dans les limites de variation d'un mode de fonctionnement normal.

Les études disponibles suggèrent qu'il faut une durée de l'ordre de 100 à 1000 ans pour que les munitions ou les blindages en uranium appauvri se dégradent et soient dispersés chimiquement.³

President Václav Klaus: Inaugural Annual GWPF Lecture

Global warming may just be statistical fluctuations

By Václav Klaus

The global warming dispute starts with a doctrine which claims that the rough coexistence of climate changes, of growing temperatures and of man-made increments of CO2 in the atmosphere — and what is more, only in a relatively short period of time — is a proof of a causal relationship between these phenomena. To the best of my knowledge there is no such relationship between them. It is, nevertheless, this claim that forms the basis for the doctrine of environmentalism.

It is not a new doctrine. It has existed under various headings and in various forms and manifestations for centuries, always based on the idea that the starting point of our thinking should be the Earth, the planet or nature, not man or mankind. It has always been accompanied by the plan that we have to come back to the original state of the Earth, unspoiled by us, humans. The adherents of this doctrine have always considered us, the people, a foreign element. They forget that it doesn’t make sense to speak about the world without people because there would be no one to speak. If we take the reasoning of the environmentalists seriously, we find that theirs is an anti-human ideology.

To reduce the interpretation of the causality of all kinds of climate changes and of global warming to one variable, CO2, or to a small proportion of one variable — human-induced CO2 — is impossible to accept. Elementary rationality and my decades-long experience with econometric modelling and statistical testing of scientific hypotheses tell me that it is impossible to make strong conclusions based on mere correlation of two (or more) time series.

In addition to this, it is relevant that in this case such a simple correlation does not exist. The rise of global temperature started approximately 150 years ago, but man-made CO2 emissions did not start to grow visibly before the 1940s. Temperature changes also repeatedly moved in the opposite direction than the CO2 emissions trend suggests.

Theory is crucial and in this case it is missing. Pure statistical analysis does not explain or confirm anything. Two Chinese scientists, Guang Wu and Shaomin Yan, published a study in which they used the random walk model to ­analyze the global temperature fluctuations in the last 160 years. Their results — rather unpleasantly for the global-warming alarmists — show that the random walk model perfectly fits the temperature changes. Because “the random walk model has a perfect fit for the recorded temperature … there is no need to include various man-made factors such as CO2, and non-human factors, such as the Sun” to improve the quality of the model fit, they say. It is an important result. Do other models give a better fit? I have not seen any.

The untenable argument that there exists a simple causal nexus, a simple functional relationship, between temperature and man-made CO2 is only one part of the whole story and only one tenet of environmentalism. The other, not less important aspect of this doctrine is the claim that there is a very strong and exclusively damaging relationship between temperature and its impact upon nature, upon the Earth and upon the planet.

The original ambition probably used to be saving the planet for human beings, but we see now that this target has gradually become less and less important. Many environmentalists want to save the planet, not mankind. For them, the sophisticated economic reasoning we offer is irrelevant.

Only some of them look at mankind. Only with them the debate about the intergenerational discrimination and solidarity and about the proper size of discount rates used in any intertemporal analysis comes into consideration, only here can the economists make use of some of their concepts. The unjustifiably low rate of discount used by the environmentalists was for me the original motivation to enter the discussion.

The choice of discount rate is critical in assessing which policies might make sense, and which clearly do not. With a higher discount rate, the argument for radical action over global warming collapses completely.

Many serious economists argue the same way and are in favour of using higher discount rates. University of Chicago Prof. Murphy says quite strongly: “we should use the market rate as the discount rate because it is the opportunity cost of climate mitigation.” This is what alarmists clearly do not want to do. They think in misconceived ethical terms, but it is wrong. We do not deny that if the existing trend continues, rising temperatures will have both its winners and losers. Even if the overall impact happens to be detrimental — which is something I am not convinced of — the appropriately defined discount for the future will ensure that the loss of value in the years to come will be too small for the present generation to worry about.

How is it possible that so many politicians, their huge bureaucracies, important groups in the scientific establishment, an important segment of business people and almost all journalists see it differently? The only reasonable explanation is that — without having paid sufficient attention to the arguments — they have already invested too much into global warming alarmism. Some of them are afraid that by losing this doctrine their political and professional pride would suffer. Others are earning a lot of money on it and are afraid of losing that source of income. Business people hope they will make a fortune out of it and are not ready to write it off. They all have a very tangible vested interest in it. We should say loudly: This coalition of powerful special interests is endangering us.

Our interest is, or should be, a free, democratic and prosperous society. That is the reason why we have to stand up against all attempts to undermine it. We should be prepared to adapt to all kinds of future climate changes (including cooling), but we should never accept losing our freedom.

Financial Post
Václav Klaus is President of the Czech Republic. His comments, excerpted here, were made on Tuesday at the Global Warming Policy Foundation annual ­lecture in London. The full text of his speech is available at http://thegwpf.org

Read more: http://opinion.financialpost.com/2010/10/20/vaclav-klaus-an-anti-human-ideology/#ixzz13hWT891s

USA: 30 millions unemployed

Economist Leo Hindery, Jr. took aim at the Obama Administration's lies, and Tim Geithner specifically, in the Aug. 17 Huffington Post, declaring:

• The U.S. unemployment rate is now 18.3%, not 9.5%;
• The number of real unemployed workers in all four categories of unemployment is 29.3 million, not Obama's 14.6 million figure;
• Since Obama took office, the number of real unemployed workers has increased by 4.6 million. The economy needs to add about 150,000 new jobs each month just to keep up with population growth;
• In real terms, the jobs gap is 21.3 million new jobs. Source

This is in stark contrast with what the U.S. Bureau of Labor Statistics officially publish

Spain’s “Green Energy” Economy Continues to Implode

Source: 

Today’s exhibit about Spain’s economic miracle — you could call it a sector-specific collapse — comes from Bloomberg, a heartbreaking tale of the gravy inevitably running out. It is a tale that, pre-collapse, President Obama expressly sought to emulate and California is still actively pursuing, as is typical for the equally bankrupt California. Obama is now silent about Spain as his model and California claims its law is, er…the “world’s first!”

As happened in Spain, California’s bill is certain to come due long before the preening political class expected. The U.K.’s Global Warming Policy Foundation has a roundup with the top six stories in today’s update being relevant, as well.

So, yes, dear, these “green economy” schemes grow the economy. Of course, then so did Mr. Ponzi’s scheme. And, naturally, the plaintiff’s bar grows the economy, too, because we need a bigger court system and people to craft the instructions on shampoo bottles. Except upon slightly more scrutiny than the statists would like, they actually kill jobs. But if you only focus on this part I’m waving my hands at over here…

And upon such scrutiny, their approach of name-calling and fabrication instead of arguing the merits begins to look pretty good.

Water Wars - A Real Danger

This movie points to a real and potentially dangerous problem world wide. The scarcity and privation of fresh water resources.

From my point of view water should by managed by the people for the people and be produced by the best technologies available.  It should be made available as any other infrastructures are made available to societies, thus paid by our taxes.

Species Extinction - A Real Problem?

When searching on the internet for species extinction, you find a lot of articles linking climate change, global warming and human activities to this issue. I will not go into the "Extinction events" that happens regularly over the ages, this is another subject altogether.


Like anything, opinions diverge a lot of the subject.  One thing I urge people to do before jumping to conclusion if to read on the other side of what the "mass media" is pushing down our easily influenced minds.


So here's a couple of nice articles and documents that give a refreshing look into this species extinction debate.

First let look at a PDF from Dona Laframboise. Here's an excerpt:

Extinction Fiction

The claim by the Intergovernmental Panel on Climate Change that 20-30% of all Earth's species are at risk of extinction relies on a research paper that has been demolished by experts in the field. It is highly debatable whether the authors of this chapter of the 2007 IPCC report comprise the 'worlds top experts'. What is not in dispute is that five out of 10 of the lead authors have documented links to the activist World Wildlife Fund. So do three of the chapter's contributing authors.

Then there is this excellent essay by Stephen Budiansky. Here's an excerpt:

The teflon doomsayers

The astonishingly wrong and repercussion-free prediction of imminent doom that first riveted my attention was the claim of the impending mass extinction of the Earth's species. In 1979, the biologist Norman Myers declared that a fifth of all species on the planet would be gone within two decades. This prediction was based upon . . . absolutely no evidence whatsoever. Myers acknowledged that the documented species extinction rate of animals was 1 per year; he then asserted that scientists had "hazarded a guess" that the actual rate was 100 per year; he then speculated that government inaction was "likely to lead" to several thousand or even tens of thousands a year, which would add up to as much as a million species over two decades. (This was when people thought there were 5 million species; the best guess now is at least 10 million.) It swiftly became conventional wisdom.

Then there is the Where Are The Corpses? essay by Willis Eschenbach

Abstract

The record of continental (as opposed to island) bird and mammal extinctions in the last five centuries was analyzed to determine if the “species-area” relationship actually works to predict extinctions. Very few continental birds or mammals are recorded as having gone extinct, and none have gone extinct from habitat reduction alone. No continental forest bird or mammal is recorded as having gone extinct from any cause. Since the species-area relationship predicts that there should have been a very large number of recorded bird and mammal extinctions from habitat reduction over the last half millennium, I show that the species-area relationship gives erroneous answers to the question of extinction rates.

A must read is the "From Genocide to Ecocide: The Rape of Rapa Nui by Benny Peiser".

ABSTRACT

The ‘decline and fall’ of Easter Island and its alleged self-destruction has become the poster child of a new environmentalist historiography, a school of thought that goes hand-in-hand with predictions of environmental disaster. Why did this exceptional civilisation crumble? What drove its population to extinction? These are some of the key questions Jared Diamond endeavours to answer in his new book Collapse: How Societies Choose to Fail or Survive. According to Diamond, the people of Easter Island destroyed their forest, degraded the island’s topsoil, wiped out their plants and drove their animals to extinction. As a result of this selfinflicted environmental devastation, its complex society collapsed, descending into civil war, cannibalism and self-destruction. While his theory of ecocide has become almost paradigmatic in environmental circles, a dark and gory secret hangs over the premise of Easter Island’s self-destruction: an actual genocide terminated Rapa Nui’s indigenous populace and its culture. Diamond, however, ignores and fails to address the true reasons behind Rapa Nui’s collapse. Why has he turned the victims of cultural and physical extermination into the perpetrators of their own demise? This paper is a first attempt to address this disquieting quandary. It describes the foundation of Diamond’s environmental revisionism and explains why it does not hold up to scientific scrutiny.

And to finish off... You have all those new discoveries

• Scientists find 200 new species in Papua New Guinea
• Dracula fish, bald bird among strange new species
• El Niño and a Pathogen Killed Costa Rican Toad, Study Finds... Not global warming!

So as you can see, when you dig a little bit, a headline news like this:

Scientists agree world faces mass extinction

Becomes not so clear cut. Always good to be a little skeptical about what we hear and read.

Latest craziness from the environmentalist movement and some good news

Bad news first:
You may have heard the latest crazy idea of the environmental movement. It's call http://www.1010global.org/
The goal is to reduce by 10% the CO2 emission every year.

 Last week those great guys had the idea of a video that would by "funny", here's the link to the video, you will need to login into your YouTube account to see it. You can see many reaction on those blog, here and here. You can also see the reaction on some news network.



Now some good news... The world is not going to end... 

Now back to the why I find this being a crazy idea.  From a quick calculation, cutting our CO2 emission will first do almost nothing to change the temperature of the planet and second it will probably destroy the economy. So why will this change nothing for the temperature on the planet, watch this video. I recommend looking at this video in full screen and pause it to have time to read.



If you are not still convince, then look again at this video.



On the other hand, we have an urgent mater to take care of... In 40-50 years, we will start to run out of fossil fuel (Oil, Coal and Gas).  This will be very bad for the overall economy and livelihood of the all societies on the planet. The worst thing is that according to many authors, we will need everything that is left to build the future infrastructure needed to live without those fossil sources.


UPDATE:  Cooler heads blog feed on the subject:

The 10:10 Project and Zeno’s Paradox Posted: 05 Oct 2010 11:45 AM PDT The goal of the 10:10 Project is to cut carbon emissions by 10 percent per year. Sony, which supported the 10:10 Project until a promotional video featuring exploding global warming skeptics offended a lot of people, has its own project called the “Road to Zero.” While they mean well, supporters of the two initiatives seem to have forgotten Zeno’s paradox. Suppose that people are particularly zealous about their carbon-cutting and cut 50 percent per year, not 10 percent. Not only does that make the math easier, it biases the numbers against the argument I’m making. Their emissions would go from 1 to 1/2 to 1/4 to 1/18 to 1/16, and so on. Emissions move asymptotically towards zero, which is a fancy way of saying they never actually get there. As with most campaigns of this sort, 10:10 and Road to Zero may succeed in making people feel good about themselves. And there is some value in that. But the schemes, especially taken together, are too clever by half. Or, more likely, the opposite.

Enviros: Get Rid of People Who Don’t Reduce Carbon Emissions Posted: 05 Oct 2010 08:01 AM PDT A video by a group called 10:10, shows the environmental wackos for exactly who they are: environmental wackos.  The group has just apologized (kind of) for the video. The video is graphic, so don’t watch it if you think you won’t like seeing exploding bodies. The video shows three scenarios where individuals are asked to cut their carbon emissions.  When some of the individuals refuse, they are blown up (including children). At first, I thought this was a satire of extreme environmental pressure groups–then I realized this actually is a video by environmental wackos showing their true colors (and spoofing themselves without realizing it). More troubling though, it is a message consistent with many of the enviros who believe in population control–get rid of the humans who won’t do their part to reduce carbon or who use too many precious resources.  It makes it very difficult to just say it was a “joke” when the message about population control is consistent with the environmental extremist message. There appear to be many businesses, educational institutions, and individuals associated with this group, such as Sony.  They may want to reconsider this support.

Les gaz de schiste ou gaz de shale, quelques informations

Introduction:
Voici quelques informations sur les gaz de schiste où comme les géologues préfèrent le nommer, gaz de shale. Explication de la différence des deux termes ici. Pour simplifier l'article suivant j'utiliserais gaz de schiste, car la majorité des articles sur le web utilise ce terme.

Le gaz naturel ainsi que d'autres carburants fossiles comme le pétrole, le charbon et ses dérivés sont employés non seulement dans la production d'énergie et le transport, mais aussi dans divers procédés industriels importants pour nos sociétés modernes.

Aussi connu sous le nom de méthane (CH4), ce gaz est utilisé comme produit de base dans la composition de divers produits tel que: Engrais, résines, plastiques, solvants, méthanol et j'en passe. Dans les domaines commerciaux et industriels, le gaz naturel est utilisé pour le chauffage, l'éclairage, la climatisation, le chauffage de l'eau, le séchage et plusieurs autres procédés industriels importants.

Sans ces différents types d'énergies et produits fossiles, tout ce que nous utilisons et consommons serait inaccessible. Encore aujourd'hui sur notre planète, nos sociétés dépendent à la hauteur de 90 % des énergies fossile de toute sorte pour ses sources d'énergie. Nous nous devons en tant que société de progresser vers des types d'énergie et procédé industriel qui consomment de moins en moins de combustible et matériaux fossiles. Mais ceci n'arrivera pas du jour au lendemain, nous devrons être patients, car des décennies seront nécessaires pour transformer nos sociétés basées sur les énergies fossiles vers de nouvelles et existantes formes d'énergie et procédés industriels.

Il est important de comprendre que nous avons plusieurs options existantes aujourd'hui pour la génération d'énergie et pour nos procédés industriels, mais souvent à des coûts exorbitants qui nous restreignent dans leurs utilisations. Avec l'énergie solaire par exemple, nous payons 10 à 20 fois plus pour la même quantité d'énergie fournie par les énergies fossiles. Plusieurs procédés industriels aujourd'hui n'ont pas d’autres options qui sont libres d'énergies fossiles. Beaucoup de recherche et développement seront nécessaires pendant des décennies pour trouver ces options.

Selon plusieurs auteurs (lien 1, lien 2) qui ont analysé ces questions, nous allons devoir consommer tout ce qu'il nous reste en énergie fossile sur la planète pour transformer nos sociétés vers un avenir sans produit de sources fossiles. Aujourd'hui, 90 % de nos sources d'énergie sont de source fossile. Donc, par le fait même, nos produits industriels, commerciaux et nos infrastructures, il nous est donc impossible de construire le monde de demain, sans utiliser ces ressources aujourd'hui. Nous devons commencer rapidement cette transition avant que ces ressources disparaissent.

Donc la question que nous devons nous poser est la suivante. De quelles façons, allons-nous exploiter et utiliser ces ressources de façon à avoir le moins d'impact négatif possible à tous les niveaux de notre société? Il devient évident que nous allons devoir exploiter ces ressources, il sera donc préférable de le faire localement et profiter des retombées économiques et sociales qui en découlent, au lieu de l'importer d'autre pays.

Si vous vous dites que nous pouvons diminuer notre consommation et éviter d'utiliser ces ressources, faites le calcul pour vous même et essayer de diminuer de 90 % votre consommation a tous les niveaux. Ceci est la même chose que de demander à une famille subvenant à ses besoins avec 100,000 $ par année de diminuer son niveau de vie à 10,000 $ seulement, donc sous le seuil de la pauvreté.

Maintenant pour mieux comprendre comment bien utiliser ces ressources de façons propres et bien contrôlées, passons aux sections suivantes.

Principe de fonctionnement

De façons très simplifiées, voici les grandes étapes pour extraire ce gaz du sous-sol.

1. Un puits est creusé, verticalement et par la suite horizontalement.
2. Des couches successives de ciment sont coulées pour isoler le puits des nappes phréatiques et autres couches sédimentaires qui ne sont pas désirables pour l'extraction du gaz
3. Après un certain temps de repos, de l'eau avec du sable et quelques produits chimiques est poussée dans le puits à haute pression, ce qui fracture la couche de schiste et relâche le gaz.
4. Le gaz est ensuite retiré avec l'eau du puits et traité.

Certaines étapes sont plus complexes, pour bien comprendre les enjeux et détails sur les méthodes de forage et d'extraction, je vous invite à écouter ces reportages de Radio-Canada.

Les 3 reportages suivant des années-lumière à Radio-Canada sur le sujet sont importants pour bien comprendre la science, les technologies et les enjeux du sujet.

Cliquez sur les liens pour démarrer le reportage

1. L'état de la ressource schistique - 5 septembre 2010
Cliquer pour écouter le reportage

Les gaz de schiste représentent une manne gigantesque pour les promoteurs de nouvelles énergies, mais quel sera le coût environnemental de cette filière?

Pour ce premier d'une série de trois reportages, Chantal Srivastava est allée à Québec rencontrer Denis Lavoie, géologue à la Commission géologique du Canada et spécialiste des réserves d'hydrocarbures dans l'est du pays.

Les invités de Chantal Srivastava :
Denis Lavoie, géologue à la commission géologique du Canada;
Normand Mousseau, professeur de physique à l'Université de Montréal;
Gaëtan Lafrance, professeur émérite INRS et
Anne-sophie Corbeau, ingénieur à l'Agence internationale de l'énergie à Paris

Hyperliens pertinents

• Terres fertiles et gaz de schiste 
• Gaz de schiste : Entre énergie et écologie 
• Le gaz de schiste fait son chemin 
• Des risques déjà démontrés

2. Les procédés d'exploration et d'extraction - 12 septembre 2010
Cliquer pour écouter le reportage


De l'eau dans le gaz. Les gaz de schiste représentent une manne gigantesque pour les promoteurs de nouvelles énergies, mais quel sera le coût environnemental de cette filière?

3. L'impact de la production gazière schistique sur la nature. 19 septembre 2010
Cliquer pour écouter le reportage

Les gaz de schiste représentent une manne gigantesque pour les promoteurs de nouvelles énergies, mais quel sera le coût environnemental de cette filière?

Invités :
Michel Boufadel, directeur au département de Génie civil et environnemental à la Temple University à Philadelphie, en Pennsylvanie;
Robert W. Howarth, professeur en écologie et en environnement à la Cornell University à Ithaca, dans l'état de New York;
René Lefebvre, professeur d'hydrogéologie à l'INRS - Eau, Terre et Environnement à Québec;
Lucie Sauvé, titulaire de la Chaire de recherche du Canada en éducation relative à l'environnement à l'UQAM, et porte-parole du Regroupement citoyen Mobilisation Gaz de schiste;
Claude Viau, département de Santé environnementale et santé au travail UDM;
Brian Rahm, New York State Water Resources Institute à la Cornell University.

Le point de vue américain

Bien qu'au Québec nous sommes régis par des règles strictes, il semble que ces règles qui protègent les nappes phréatiques ne soient pas appliquées partout.  Nos voisins du sud ont vécu plusieurs histoires d'horreur qui est démontrée dans ce film.

J'espère bien que le Québec apprendra de ces erreurs et utilisera cette ressource de façon responsable et propre.