Monday, March 28, 2011

MSU Creates New Engine Design








This joins a long list ofinnovative engine designs that have been worked on over the years.  They all have specific advantages that makethem attractive to continue development, yet usually run into the limitations imposedby materials.  That is why we still usethe same engine geometry developed a century ago.

This one looks attractive andlooks to be naturally light.  One hopesit makes it into the market.

The video could not betransferred, so for a longish discussion – no demo – use the link to get thevideo.

MSU researchers create a new engine prototype (w/ video)

March 17, 2011 byKatie Gatto 

(PhysOrg.com) -- Researchers at Michigan State University have built aprototype, based on the research first released in 2009, of the Wave DiskGenerator -- an engine that does not have pistons, crankshafts or valves.



This newmodel, which does away with the internal combustion engine of the past, has thepotential to reduce auto emissions up to 90 percent, when compared to thecurrent emissions level. This is because the engine uses roughly 60 percent ofits fuel for propulsion, when you compare this to the typical cars engine thatuses only 15 percent of fuel for propulsion, we can see how the increase ispossible.

The new engine prototype is built with a disc-shaped shock wavegenerator that is about the size of a sauce pan, and will require notransmission system, cooling system, emissions regulation or fluids, whichmeans that you will end up not only doing something good for the planet, butyou will end up with less in maintenance costs, if this new prototype evercomes to the market.

The engine works like this: a rotor, with a wave-like pattern carvedinto channels. The fuel and air enter and mix through the central inlets. Therotor then spins, blocking the exit of gasses. As the pressure builds it willgenerate a shock wave that will compress the mixture. Once it is ignited anoutlet opens to let the hot gases escape, and your car can move as usual.

The engine prototype was shown off by Norbert Müller and othercolleagues at Michigan State Universityat a meeting with the Department of Energy’s Advanced Research Projects Agency.


© 2010 PhysOrg.com

New Megawatt Superconducting Motor 98% Efficient





Here we see a marine motorprototype that uses superconducting technology. Slowly but surely each component of a superconducting energy system isnow been assembled.  We start with thebig machines as de did with stem and we did with electrical and with fuel basedsystems.  They all take years ofincremental design improvement.

Combining this with generators andthe new thin superconducting cables and we have a technology package that canbe installed industrially in plants and ships.


The age of superconductivity isalmost here and will soon dominate new builds. 

98% efficiency is pretty neat.



New Megawatt Superconducting Motor Tops Japanese Output Record

Nov. 01, 10



Tokyo, November 1, 2010 — Kawasaki Heavy Industries, Ltd. announcedtoday that its prototype superconducting motor has broken a new record. Themotor achieved Japan’shighest power output of 450 kW in a test conducted at Kawasaki’s AkashiTechnical Institute in Akashi, Hyogo Prefecture.This achievement marks yet another breakthrough in Kawasaki’s research and development intospace and energy-saving superconducting motors for large vessel propulsionsystems as well as large-scale industrial drive systems.

1.About the Breakthrough

Superconductivity is a unique phenomenon that has been observed inspecific materials. When these materials are cooled to ultralow temperatures,they demonstrate absolutely no electrical resistance. If applied to variousdevices and systems, this phenomenon can significantly boost efficiency.

Superconducting coils incorporated into the design of the prototypemotor’s rotor are cooled with cryogenic gas. Eliminating the need for an ironcore to generate a strong magnetic field, these coils have enabled Kawasaki to build a motorthat's half the size of conventional models. This most recent test wasconducted on a prototype motor with a designed output of 1 MW. When two out ofsix coils were installed on each pole, the motor’s power output reached 450 kW withan outstanding efficiency rate* of 98% to top the Japanese record. The testresults suggest that motor output will reach 1 MW when all coils are installed.

*Motor efficiency is the ratio of mechanical energy output toelectrical energy input.

2.Possible Applications

While ships are now starting to employ electric propulsion systemsdesigned to reduce environmental load and diversify energy sources, themaritime industry is still looking for new ways to boost fuel efficiency aswell as cut emissions in order to combat climate change even further. It’sagainst this backdrop that superconducting technology has fallen under thespotlight as a sustainable solution to the world’s mounting energy andenvironmental problems.

A vessel employing an electric propulsion system with a superconductingmotor will consume far less electricity than an ordinary diesel engine ship.What’s more, the motor’s compact size makes room for optimal hull designs thatwill reduce wave resistance. Another benefit is minimal energy loss since themotor drives the ship’s propellers directly without the use of speed reducers.Altogether these advantages of superconducting technology cut fuel consumptionby about 20%.


This year, Kawasakibegan development of a 3 MW commercial model for use with various types ofdomestic cargo vessels that will boast the world’s highest efficiency andsmallest footprint. Kawasakiis moving full speed ahead to put superconducting motors to use on medium andlarge-sized merchant ships as well as industrial power generators and drivesystems for highly efficient products designed to shrink our carbon footprint.Superconducting motors for liquefied natural gas carriers as well as tomorrow’sliquefied hydrogen carriers are making the most of cold energy to bringpropulsion system efficiency to new heights.

Kawasaki has been developing a superconducting motor under a projectcommissioned (and currently subsidized) by the New Energy and IndustrialTechnology Development Organization (NEDO) since September 2007 in cooperationwith the Tokyo University of Marine Science and Technology, the NationalMaritime Research Institute, Japan Superconductivity Organization, and SumitomoElectric Industries, Ltd. 

New MOHO Planned





This is a brave effort, butreaching through five miles of rock is presently almost normal drilling practice,or at least the first four miles certainly is. Certainly a lot of important science will be determined and if theeffort is duplicated in the Atlantic andseveral other locations, we may have surety in our knowledge of the oceaniccrust.

The temperature handled is thereal limit here, but 600 F is a long way form the information I would like tosee.

I wonder if it may be possible topush a graphite head bit through able to handle the heat behind a hydraulicpressure head.  Fluid recovery maysuffice to characterize the material been passed through.  How about titanium with a graphenelayer?  My point is that we have not runout of tricks and it is worth the effort from a scientific and engineeringperspective.

The interesting question is howfar down on the sea bed we can really drill. We may be about to find out.

Scientists plan to drill all the way down to the Earth's mantle

March 25, 2011 byBob Yirka report

Credit: World Book illustration by Raymond Perlman and StevenBrayfield, Artisan-Chicago

(PhysOrg.com) -- In what can only be described as a mammothundertaking, scientists, led by British co-chiefs, Dr Damon Teagle of theNational Oceanography Centre in Southampton, England and Dr Benoit Ildefonsefrom Montpellier University in France, have announced jointly in an articlein Nature that they intend to drill a hole through the Earth’s crustand into the mantle; a feat never before accomplished, much less seriouslyattempted.

The Earth’smantle is the part of the planet that lies between the crust and the iron ballat its center, and to reach it, would require drilling down from a position inthe ocean, because the crust is much thinner there. Even still, it would meandrilling through five miles of solid rock. And if that doesn’t sound hardenough, temperatures increase the farther down you go, and could reach as highas 570 degrees Fahrenheit; high enough to render useless most modern drillbits. Last but not least is the problem of atmospheric pressure, whichincreases the deeper you go, to somewhere in the neighborhood of 4 millionpounds per square foot near the mantle. That last one may not seem like much ofa problem, but with exploratory drilling, it becomes a problem rather quicklywhen you remember that it’s not just a hole they plan to dig, but a hole thatcan be used to extract samples from very far below.

To retrieve a sample, the drillers would have to rely on drills withouta riser (drills that use double pipes for venting gases) which would meanpumping seawater down into the hole through the drill pipe with sufficientpressure to force whatever is being dug back up to the surface so that it canbe examined.

This would not be the first time that a sample of the mantle would be recoveredhowever, as volcanoes and such have been forcing under-crust material to thesurface for eons; it would be the first time that a sample was found thoughthat hasn’t been tainted by the process that brought it up to us, and thatscientists say, is worth whatever the cost might add up to over time as theproject carries on through years of laborious drilling.

The pair plan to begin searching for a suitable site somewhere in thePacific this spring, but don’t expect the technology, nor the funding to allowthem to start drilling tillperhaps 2018.


© 2010 PhysOrg.com

Nature Itches





It is man’s role to masternature, not to endure nature.  Thus theproper way to return to nature is to select a portion as one’s ownresponsibility to care for it.

I have spoken to the idea of themodel farm and that has morphed into the model watershed and that has morphedinto such portion as can be properly cared for through a modern village.  Such a village would consist of a high-riseto provide a modern living standard for all members and such land as necessaryto conduct various levels of activity to support the model section of thewatershed.

Even partial success removes mostof the risks inherent in nature. Carnivores are easily excluded and large animals are naturallychanneled.  Most importantly,responsibility does not stop at the fence line.

I suspect that we are goingthere.

Nature Itches - Not all it's cracked up to be.

Posted March 22, 2011


About the Authors

Sandy Ikeda is anassociate professor of economics at Purchase College, SUNY, and the author of TheDynamics of the Mixed Economy:Toward a Theory of Interventionism.


I remember P.J. O’Rourke saying, “Nature itches,” on a televisionprogram a few years ago about his experience in getting back to nature.  Idon’t mean to diminish in any way the enormity of the multiple tragedies thatJapan is currently experiencing because of the earthquake and tsunami, but Ithought of that remark when a Japanese friend told me he hoped the Japanese peoplewould now depend less on imports and live closer to the land.
For the vast majority of us in the developed world, getting back, or atleast closer, to nature means a day or two in the mountains or at the beachwith plenty of sunscreen and insect repellent on hand.  Most of uswouldn’t think of doing either of these things without a thankful of gas and afully charged mobile phone.

More serious practitioners try in one way or another to lower their“carbon footprint” by cutting back on fossil fuels and electricity, believingthey can do this by using less heating or air conditioning, taking publictransport or bicycling to work, or growing some of their own food.  Someadvocate living in small houses – very, very smallhouses – which I find appealing.  Because the numbers of thesepractitioners is now pretty small, their impact is also small.  For themost part they are simply pursuing a lifestyle choice or a personal philosophy;or they’re trying to set an example for the rest of us to follow.

Prices and Property

I hasten to add that if property rights were well-defined and enforced,so that market prices adequately reflected the scarcity value of electricity aswell as the inputs that generate it, then the bad spillover effects ofconsuming resources — what economists call negative externalities — wouldbe minimal.  In that case, if we used more natural resources, we wouldbear the cost by paying for them.  It’s when prices consistently don’treflect those scarcity values, which usually happens when the governmentregulates prices and property rights, that overuse and pollution tend toarise.  As RonaldBailey wrote recently:

The main problem with energy supply systems is that for the last 100years, governments have insisted on meddling with them, using subsidies,setting rates, and picking technologies. Consequently, entrepreneurs,consumers, and especially policymakers have no idea which power supplytechnologies actually provide the best balance between cost-effectiveness andsafety.

But that’s not my main point here.

Getting Away from Nature

My main point is that the history of civilization has been mostly asteady movement away from the perils of depending directly on nature. Hunter-gatherers in the Paleolithic era lived closer to nature than the firstcity dwellers in Neolithic times, and by some estimates the world populationgrew from one million to five million inhabitants.  If we go purely byurbanization rates, Charlemagne lived closer to nature than Henry VIII(although your average Joe in both eras lived comparable lives), and Henrylived closer to nature than almost anyone in the developed world today. Indeed, if you had a time machine and wanted to live closer to nature, allyou’d have to do is dial back a few years, to say 1975, and you’d have achievedyour goal.  There would be fewer stages of production and a less extensivedivision of labor — and you’d be materially worse off.

Those in the developed world who are living closest to nature right noware small farmers who make their living from the land.  My father was oneof them.  Economic development means fewer of them in 2011 than in 1975because increasing economic opportunities have made it very costly to be inthat profession.  (Indeed, instead of farming, my father’s son is teachingand writing.)  But while running a farm has its own rewards, what allfarmers know is that nature can be a harsher, more relentless, and lessforgiving master than any flesh-and-blood boss the rest of us can imagine.

The Dangerous Margin

Living closer to nature, whatever that may mean to you, today seems tobe possible or even desirable only at the margins of civilization; that is,before this can happen, a lot of other people have to be working to provide themany things we take for granted. Thus spending some time where trees outnumberpeople can refresh the mind, body, and spirit; but except for the very hardyfew, this requires a reliable source of electricity nearby to light thedarkness and recharge our phones.  Living off the grid is a hard, grungybusiness, and it can’t be done entirely anyway.  (See my earliercolumn on this topic.)  To do it to any degree, in other words,means not living off the fat of the land, but rather using our incomes topurchase the creative output of generations of entrepreneurs.

We tend to accentuate the positive side of nature: its beauty, bounty,and breathtaking vastness.  As the tragedies from hurricanes andearthquakes in Haiti, Honduras, Indonesia,and now in Japanremind us, there are negatives too: the dirt, the discomfort, and thedestructive power.  If you want to live closer to nature, be prepared todie closer to nature.

Perhaps at the margin it might do many of us some good to sweat andshiver a bit more and to shower and consume a bit less.  But keep in mindthat it has been our species’ relentless drive to achieve ever greater comfortand convenience that has, where the rules of the game have permitted it,enabled us to distance ourselves from the dangerous uncertainties ofnature.  It has populated our world today with seven billion souls, theoverwhelming majority of whom are very, very glad to be alive.

Saturday, March 26, 2011

Long Death of Environmentalism






What is dying is the top downvision of environmentalism that appoints an enviro king who waves his wand andfixes all.

The environment can only be fixedfrom the bottom up and through policy structures that support just that.  That is ultimate thesis of this blog.  Terraforming the Earth can only beaccomplished one shovel at a time applied wisely.

If I can make a smallcontribution to that wisdom then we are successful.

Every human being needs to beattached to a body of land for which he takes active responsibility.  The process needs to start in child hood evenand be sustainable through his whole life. A good life is one in which a man in his nineties goes out to tend tothe garden he first put to the hoe as a child beside his parent.

Environmentalism must be takenback by the people and in such a way that all stakeholders are protected beforeit emerges as something other that a feel good political movement led by fools.

The Long Death of Environmentalism


Last week Breakthrough co-founders Michael Shellenberger and TedNordhaus returned to Yale University for aretrospective on their seminal 2004 essay, "The Death ofEnvironmentalism." In their speech they argued that the critical work ofrethinking green politics was cut short by fantasies about green jobs and"An Inconvenient Truth." The latter backfired -- more Americansstarted to believe news of global warming was being exaggerated after the moviecame out -- the former made false promises that could not be realized by capand trade. What is an earnest green who cares about global warming to do now?In this speech, Nordhaus and Shellenberger reflect on what went so badly awry,and offer 12 Theses for a post-environmental approach to climate change.

Posted by Sara Mansur on February 25, 2011 at 3:05 PM

by Ted Nordhaus and Michael Shellenberger

It is a great pleasure to be here at the Yale Schoolof Forestry and Environmental Studies for this retrospective on "The Deathof Environmentalism." In early 2005 Yale invited us to debate that essay,and since then the School has continued to demonstrate a genuine interest inwhat our friend and colleague Peter Teague has taken to calling ecologicalinnovation. You train your students to ask hard questions -- we saw this firsthand in 2010 Breakthrough Fellow and Yale School Masters candidate DavidMitchell -- and your flagship publication, Yale360, is publishing some of themost interesting green thinkers today. We are grateful once again for thisopportunity to reflect on the nearly seven years since we wrote our essay, andmake some new arguments about what the green movement must do now.

Seven years ago the two of us started interviewing America'senvironmental leaders with the intention of writing a report on the politics ofglobal warming for the October 2004 meeting of the Environmental GrantmakersAssociation. We came away from the experience deeply disappointed. Not one ofthe environmental leaders we interviewed articulated a compelling vision orstrategy for dealing with the challenge. None expressed much interest inrethinking their assumptions about the problem or the solutions. What we heardagain and again during our interviews were the same old riffs that greenleaders had been repeating since the late 1980's. Global warming would besolved through the same kinds of policies that we had used to address pastpollution problems such as acid rain. Most were confident that John Kerry was,with their help, about to be elected president, and the biggest funders in themovement told us they were just a few steps away from passing cap and tradelegislation.

That October we delivered our paper, "The Death ofEnvironmentalism," at the Environmental Grantmakers Associationconference. While leaders at environmental philanthropies and national greengroups hoped that the debate the essay started would just go away, "TheDeath of Environmentalism" struck a cord with many others and sparked aspirited debate. Many took the paper's arguments personally and, withoutquestion, the most common reaction to our essay was "I'm not dead."Our friend Adam Werbach gave a speech called "Is EnvironmentalismDead," wherein he suggested that environmentalists make common cause witha broader coalition of progressive interests in hopes of building a broader andmore diverse movement. And Yale's own Gus Speth questioned whether capitalismitself was compatible with ecological sustainability and suggested a radicalshift in values was required to deal with the problem.

A Turning Point?

And yet, in the years that followed, the fortunes of Americanenvironmentalism would seemingly turn. In 2005, almost exactly one year afterthe publication of The Death of Environmentalism, Al Gore came to Aspen to keynote a Yaleretreat about the future of the environmental movement. Gore opened his speechasserting that environmentalism was not dead. The problem was that Republicanswere waging an assault on reason, ignoring science and misleading the public onbehalf of their fossil fueled corporate benefactors. There was nothing wrongwith environmentalism, Gore argued, that couldn't be rectified by clearlyexplaining to the American public the science of global warming and just howserious and dire the consequences would almost certainly be if we didn't act.

Gore hit the road with his PowerPoint and nine months later "AnInconvenient Truth" became a global media sensation. Seemingly everymagazine in the country, includingSports Illustrated, released a special greenissue. Fortune 500 companies pledged to go carbon neutral. Parisdimmed the lights on the Eiffel Tower. Solar investmentsbecame hot, even for oil companies.

In addition to winning him an Oscar and a Nobel Prize, Gore's moviearguably single handedly revitalized the climate movement. Youth climateactivism, which had been virtually non-existent prior to 2006, exploded oncollege campuses. In the fall of 2007, 12,000 young activists convened at aconference in Washingtonto demand climate action. International negotiators went to Bali at the end ofthat year with renewed determination to negotiate a successor to the Kyoto Accord. In thespring of 2008, Congress restarted the dormant effort to pass a domestic capand trade program and major candidates of both parties promised to reducecarbon emissions 80% by 2050. If, as Gore famously suggested, all we lacked toaddress the climate crisis was political will, then you could almost convinceyourself that the heavy lifting to get the world on track to climatestabilization was mostly done.

At about the same time that Gore was giving his speech in Aspen, a San Francisco civil rights attorney named Van Jones was inthe process of turning his criminal justice non-profit organization into anew-wave environmental justice outfit. Not long after Gore accepted his NobelPrize, Jones' book, The Green Collar Economy, became a sensation amongliberals. The subtitle of Jones's book was "How One Solution Can Fix OurTwo Biggest Problems," by which he meant poverty and climate change. Jonesand his allies claimed, and much of the liberal establishment came to believe,that jobs retrofitting old buildings and installing solar panels wouldrevitalize the inner-city, save the economy, dramatically cut emissions, andpay for themselves.

By the onset of the 2008 election campaign, clean energy and green jobswas about the closest Democrats came to articulating a coherent strategy to fixthe American economy. And in this sense, the 2008 election was proof of conceptfor an idea that the two of us had long advocated. Indeed, while The Deathof Environmentalism was borne of frustration with conventionalenvironmentalism, it was also a call for a New Apollo Project, which we hadhelped found in 2002 in hopes of creating a different model for ecologicalpolitics, one focused not directly on climate but rather on strategies toaddress other, more salient public concerns like jobs and national securitythrough measures that also offered substantial climate benefits.

And this is largely what Democrats did in the 2008 election, offeringAmericans a compelling vision of a clean and prosperous energy future. They haddone so not by attempting to terrify Americans into addressing climate change.Indeed, they hardly mentioned climate change at all, focusing instead on themany economic and security benefits that building a clean energy economy wouldbring.

The Crash

Yet today, environmental efforts to address climate change and build agreen economy lie in ruins. The United StatesCongress this summer once again rejected climate legislation that even had itsucceeded would have had virtually no impact upon U.S. carbon emissions over thecoming decade. The magnitude and consequence of this defeat are poorlyunderstood outside of Washington.Greens had the best opportunity in a generation -- a Democratic White House andlarge Democratic majorities in Congress. But they banked everything on a singlebill and walked away with nothing -- or rather worse than nothing, since todayenvironmental credibility with lawmakers of both parties is today at anall-time low.

Meanwhile, green stimulus investments ended up creating very few jobs.Those that it did create were low-wage and temporary custodial jobs -- not thehigh-wage manufacturing jobs that created the black middle-class after WorldWar II. And today, the clean tech sector-- the darling of high tech VC's at theheight of the green bubble-- is in a state of collapse as stimulus fundsexpire, large public deficits threaten clean energy subsidies both here andabroad, and Wall Street firms short clean tech stocks.

The picture is no less grim internationally. Australia has abandoned efforts tocap its emissions. Japan announced last month that it would, under nocircumstances, agree to further emissions reduction commitments under theauspices of the KyotoAccord. The European Union will meet its Kyoto commitments thanks to thecollapse of Eastern Bloc economies in the early 90's and the collapse of theglobal economy in 2008, not through pubic policy efforts to decarbonize itseconomy. And the collapse of diplomatic efforts to negotiate legally bindingemissions caps, first in Copenhagen and again inCancun, has set the international process back to where it started in 1992 in Rio de Janeiro.

In the wake of the crash, environmentalists pointed their finger at theusual bogeymen. They claimed that the problem has been that fossil fuelinterests have massively outspent underdog environmental groups, fundingskeptics to mislead the public and duping the media into giving too muchcredence to skeptical views about climate change.
In reality, the environmental lobby massively outspent its opponents. In justthe last two years, by our rough estimate environmental organizations andphilanthropies spent somewhere north of $1 billion dollars advocating forclimate action. In contrast, the U.S. Chamber of Commerce,Exxon-Mobil, the Koch Brothers, Big Coal, and the various other well publicizedopponents of environmental action might have spent, when all was said and done,a small fraction of that. Indeed, much of the U.S.energy industry, including the largest utilities, helped write and lobbied for U.S.climate legislation.

Nonetheless, and despite the enormous resources spent on publiccommunications about climate, some continue to accuse the media of "falsebalance" - by which they mean giving equal coverage to skeptical viewsabout climate change. But the phenomenon of "false balance,"according to the best academic studies of the phenomena, disappeared after2005. And even the very notion completely undermines the idea that media coveragehas been biased against climate action. The complaint, after all, is that themedia has reported the views of skeptics or opponents of climate action at all.

The truth is that the disparate crew of academics and bloggers whomake up the skeptic community have toiled in relative obscurity and have beenlargely ignored by the mainstream media. That skeptics have nonethelesssucceeded in raising substantial doubt among many Americans about the realityof global warming suggests, at the very least, that the environmental communityhas profoundly misframed the issue.

The propensity to blame skeptics and fossil fuel companies for the serialpolitical failures of the environmental movement should be understood as atribal defense of the collective green ego, not the logical conclusion of adispassionate analysis.

What Went Wrong?

The green bubble of seemingly widespread interest in climate change andgreen jobs was, it turns out, primarily an elite phenomenon, one which hadlittle effect upon widespread public opinion about climate change. Publicsupport for action to address global warming has always been broad but not deepand remained largely unchanged throughout the entire period. Indeed, arguablythe only impact that either "An Inconvenient Truth" or the green jobsmovement had on public opinion was to increase public skepticism about climatescience and polarize public support for both climate and clean energy action.

From virtually the moment that "An Inconvenient Truth" wasreleased, public skepticism about global warming began to rise. The Pew Research Center for the People andthe Press found that from July 2006 to April 2008, belief that global warmingwas occurring declined from 79 percent to 71 percent. Gallup polls alsorevealed similar backlash to the movie, with the percentage of Americans whobelieved in global warming was exaggerated, rising from 30 percent in March of2006 to only 35 percent in March of 2008.

Gore famously claimed, "the truth about the climate crisis is aninconvenient one that means we are going to have to change the way we live ourlives." Those apparent calls for sacrifice by Gore and other green leadersdrove rising partisan polarization. John Jost, a leading political psychologistat New York University, recently demonstrated that much of the partisan divideon global warming can be explained through the psychological concept of systemjustification. It turns out that many Americans have a strong psychologicalneed to maintain a positive view of the existing social order. When Gore said"we are going to have to change the way we live our lives" he couldnot have uttered a statement better tailored to trigger system justificationamong a substantial number of Americans.

At the same time, environmentalists increasingly conflated acceptanceof climate science with acceptance of green policy prescriptions. To oppose capand trade was, implicitly among many greens and explicitly among the mostapocalyptic, to deny the reality of anthropogenic warming. But this justfurther polarized opinion on climate science rather than uniting us in theeffort to address global warming. Environmentalist appeals to scientificauthority led conservatives not to abandon their opposition to stateintervention in the energy economy but to reject climate science.

Greens reacted to these developments not by toning down their rhetoricor reconsidering their agenda in a manner that might be more palatable to theiropponents. Instead, they made ever more apocalyptic claims about global warming- claims that were increasingly inconsistent, ironically, with the scientificconsensus whose mantle greens claimed. These efforts both further increasedpolitical polarization among conservatives and undermined support for actionamong many others. UC-Berkeley political psychologist Robb Willer recentlydemonstrated through a series of experiments that catastrophic presentations ofglobal warming actually reduce belief in global warming.

But the failure of green climate advocacy in recent years goes wellbeyond a failure to properly frame the issue. Indeed, the failure of the greenagenda has been as much a function of greens concluding that they had a framingproblem as that they didn't. What many greens concluded after "The Deathof Environmentalism" was that they needed to reframe global warming as aneconomic opportunity, not an ecological crisis.
And so carbon caps and the soft energy path were repackaged as economic andjobs policy despite little evidence those policies would, on balance, createjobs. In fact, most credible economic models of proposed cap and tradepolicies, including those produced by government agencies, predicted theopposite. While green groups mostly ignored that evidence and plunged aheadwith the cap and trade effort, the jobs question was more than academic. Therewere real economic consequences to proposals to cap carbon emissions and thoseconsequences had profound political implications for the effort thatenvironmentalists were not going to spin their way out of.

Much of the industrial Midwest isstill heavily dependent upon coal-fired electricity, both for household energyuse and for what remains of our nation's struggling manufacturing sector. Otherregions, such as the Gulf Coast, are heavilydependent upon the fossil fuel industry for jobs. The result of this was that,while the national debate was polarized by Party, there was no such divide inregions such as the industrial Midwest or the Gulf Coast, where there wasbipartisan opposition to policies that would significantly raise energy pricesor cost jobs in important sectors of their regional economies.

The defining moment in the fight to pass a cap and trade proposalthrough the last Congress came virtually before it began. Few members ofCongress were willing to expressly advocate for policies that would raiseenergy prices and in April of 2009 the Senate voted virtually unanimously for aresolution that cap and trade should not result in increased energy prices.This pretty well established that any policy that passed out of Congress wouldhave little impact upon either emissions or deployment of clean energy. 

From that point on, the national cap and trade debate was nothing more thanKabuki theatre, with advocates claiming the proposed legislation wouldsignificantly reduce emissions and create millions of jobs, and opponentsclaiming it would wreck the economy. In reality, it would have done neither.Neither the version that passed the House nor the one that died in the Senatewould have had much impact on emissions or the nation's energy system fordecades.

But while the outcome of the cap and trade debate was a foregoneconclusion, the damage done to both the environmental movement and the cleanenergy investment agenda was enormous. Today, the political capital of theenvironmental movement is lower than it has been since the 1994 Republicantakeover of Congress. Perhaps more importantly, given how poorly the nationalenvironmental movement has chosen to expend its capital, is that greens havealso succeeded in both discrediting and polarizing the clean energy investmentagenda. This has occurred because the jobs they promised through green stimulusinvestments have failed to materialize, and because their efforts to reframeclimate policy as economic policy ended up discrediting what had been a broadlypopular agenda to invest in developing new energy technologies by rendering itindistinguishable from the profoundly polarizing climate debate.

Twelve Theses for a Post-Environmental Movement

Today, the need to remake ecological politics is clearly more urgentthan ever. That will require that we actually learn from our failures and letthose lessons become the underlying assumptions for a new, post-environmentalclimate movement.

First, more, better, or louder climate science will not drive thetransformation of the global energy economy. The resources necessary to make such a transformation will not beforthcoming in pursuit of climate benefits that are uncertain and far off inthe future. Many greens have imagined that as the evidence of climate changebecomes ever clearer, the case for action will become stronger. But the realityis that the more our understanding of the full complexity of the climate systemadvances, the greater the uncertainties about the impacts of climate change andthe attribution of those impacts to anthropogenic activities will become. Thisis not because the evidence for anthropogenic warming will become weaker. Itwill in fact become stronger. But our understanding of how that warming impactsthe climate system at regional and local scales will become harder tocharacterize, not easier.

Second, we need to stop trying to scare the pants off of the Americanpublic. Doing so has demonstrablybackfired. Climate skepticism is on the rise, every snow storm is the subjectof partisan rancor, and we are no closer to acting in any meaningful way toaddress climate change. Skepticism about climate science has been motivated byconcerns about the remedies that greens have proposed. The solution is not moreclimate science but rather a different set of remedies.

Third, the most successful actions will not be justified forenvironmental reasons. The onlytwo countries to significantly decarbonize their energy supplies -- France and Sweden -- did so for energy securityreasons in response to oil price shocks, not for environmental reasons. Manyconservatives who are skeptical of claims made by climate campaigners believeit's a bad idea to send half a trillion or so a year abroad for foreignimported oil, which brings with it a whole host of threats to national andenergy security. Others simply see three million current air pollution deaths ayear as a far higher priority. We should put shared solutions at the center ofour politics, not our view of the science.

Fourth, we need to stop imagining that we will solve global warmingthrough behavior changes. Thereare no doubt many good reasons for those of us with enough affluence andcontrol over the material circumstances of our lives to turn away fromaccumulative consumption. But we should not imagine this to be a climatestrategy.

What most greens mean when they suggest that we need to fundamentallychange our way of life isn't so fundamental at all. They mostly mean that weneed to stop crass consumerism, live in denser cities, and use public transit.And while there are many reasons to recommend each of these particularremedies, none will have much impact upon the trajectory of global emissions.That's because much of the world already lives in dense cities- more and moreof us every day. Relatively few of us globally today have the means to consumecrassly, or even own an automobile.

Global development and urbanization are salutary trends - for theybring with them the opportunity for billions of us to live longer, healthier,and freer lives. But these trends also suggest that the green obsession withmoralizing against profligate American lifestyles is entirely irrelevant to thefuture disposition of the global climate, or much anything else that reallymatters to the big ecological challenges that we will face in the comingcentury. More and more of the world will adopt the very living patterns thatgreens have so long valorized. And as they do they will use vastly more energyand resources, not less.

Fifth, we have to stop treating climate change as if it were atraditional pollution problem. Aswe noted in our book, climate change is as different from past pollutionproblems as nuclear warfare is from gang violence. Climate change will not besolved with end-of-pipe solutions, like smokestack scrubbers and sewagetreatment plants that worked for past pollution problems. Rather it willrequire us to rebuild the entire global energy system with technologies that wemostly don't have today in any form that could conceivably scale to meet thatchallenge.

Sixth, we will not regulate or price our way to a clean energy economy. Regulatory and pricing solutions tend tosucceed when we have good, low cost alternatives to the activities which we areattempting to discourage or eliminate. We dealt with acid rain once we hadaccess to low sulfur coal from the western United States and reached aninternational agreement to phase out CFCs only once DuPont demonstrated thatthey could produce a cheap alternative at scale.

Greens have, in recent years, substituted the almighty Market, in theform of a response to a carbon price signal, for their past faith in commandand control regulations. But the substitution problem is largely the same.Without cheap technologies, carbon prices will need to be prohibitively high todrive a quick transition to low carbon energy.

Seventh, we need to acknowledge that the so-called "soft energypath" is a dead end. Thenotion that the nation might meet its future energy needs through renewableenergy and low cost energy efficiency has defined virtually all environmentalenergy proposals since the 1960s, and was codified into dogma by anti-nuclearactivist turned efficiency consultant, Amory Lovins, in his 1976 ForeignAffairs article. Lovins claimed that efficiency would allow Americato dramatically reduce its total energy use and that renewable energytechnologies like wind and solar power were ready to replace fossil fuels.

But the reality is that for centuries, the global economy has used evermore energy, even as it has used energy ever more efficiently and renewableenergy, which Lovins and others were claiming even as early as the late 1970'swas cheaper than fossil energy, remains expensive and difficult to scale.Renewables still cost vastly more than fossil based energy, even before wecalculate the costs associated with storing and transmitting intermittent formsof energy. Wind energy, according to the latest EIA estimates, still costs 50%more than coal or gas. Solar costs three to five times as much. In the end,what the soft energy path has given us is coal-fired power plants, mountaintopremoval, global warming, and an economy that uses 50% more energy, not solarpanels and wind farms.

Eighth, we will not internalize the full costs of fossil fuels, even if we are able to agree upon whatthey actually are. Like the climate science upon which they are based, economicmodels that attempt to model the social costs of carbon emissions are endlesslydisputable. Don't like the result? Change the estimated climate sensitivity,the damage exponent, the social discount rate, or any number of otherassumptions until you arrive at one you do like. The degree that we dointernalize the cost of carbon will be determined by the tolerance within specificpolitical economies for policies that increase energy costs.

Ninth, we will need to make clean energy technologies much cheaper in order to decarbonize the global energyeconomy. Clean energy technologies, where they have been deployed at all, stillrequire vast public subsidies in order to be commercially viable. This issimply not a recipe for bringing those technologies to scale. Subsidizing moreof the same old technologies will bring down their cost incrementally, but notenough to displace fossil fuels at a rate sufficient to have much impact onemissions. There will be no significant action to address global warming, nomeaningful caps or other regulatory frameworks, and no global agreement tolimit emissions until the alternatives to fossil fuels are much better andcheaper. This will require technological innovation on a vast scale and willrequire sustained state support for radical innovation through largeinvestments in basic science, research and development, demonstration, andcommercialization of new energy technologies.

Tenth, we are going to have to get over our suspicion of technology,especially nuclear power. Thereis no credible path to reducing global carbon emissions without an enormousexpansion of nuclear power. It is the only low carbon technology we have todaywith the demonstrated capability to generate large quantities of centrallygenerated electrtic power. It is the low carbon of technology of choice formuch of the rest of the world. Even uber-green nations, like Germany and Sweden, have reversed plans tophase out nuclear power as they have begun to reconcile their energy needs withtheir climate commitments.

Eleventh, we will need to embrace again the role of the state as adirect provider of public goods.The modern environmental movement, borne of the new left rejection of socialauthority of all sorts, has embraced the notion of state regulation and evencreation of private markets while largely rejecting the generative role of thestate. In the modern environmental imagination, government promotion oftechnology - whether nuclear power, the green revolution, synfuels, or ethanol- almost always ends badly.

Never mind that virtually the entire history of Americanindustrialization and technological innovation is the story of governmentinvestments in the development and commercialization of new technologies. Thinkof a transformative technology over the last century - computers, the Internet,pharmaceutical drugs, jet turbines, cellular telephones, nuclear power - andwhat you will find is government investing in those technologies at a scalethat private firms simply cannot replicate.

Twelveth, big is beautiful.The rising economies of the developing world will continue to develop whetherwe want them to or not. The solution to the ecological crises wrought bymodernity, technology, and progress will be more modernity, technology, andprogress. The solutions to the ecological challenges faced by a planet of 6billion going on 9 billion will not be decentralized energy technologies likesolar panels, small scale organic agriculture, and a drawing of unenforceableboundaries around what remains of our ecological inheritance, be it therainforests of the Amazon or the chemical composition of the atmosphere.Rather, these solutions will be: large central station power technologies thatcan meet the energy needs of billions of people increasingly living in thedense mega-cities of the global south without emitting carbon dioxide, furtherintensification of industrial scale agriculture to meet the nutritional needsof a population that is not only growing but eating higher up the food chain,and a whole suite of new agricultural, desalinization and other technologiesfor gardening planet Earth that might allow us not only to pull back fromforests and other threatened ecosystems but also to create new ones.

The New Ecological Politics

The great ecological challenges that our generation faces demands anecological politics that is generative, not restrictive. An ecological politicscapable of addressing global warming will require us to reexamine virtuallyevery prominent strand of post-war green ideology.

From Paul Erlich's warnings of a population bomb to The Club of Rome's"Limits to Growth," contemporary ecological politics haveconsistently embraced green Malthusianism despite the fact that the Malthusianpremise has persistently failed for the better part of three centuries. Indeed,the green revolution was exponentially increasing agricultural yields at thevery moment that Erlich was predicting mass starvation and the serialpredictions of peak oil and various others resource collapses that havefollowed have continue to fail.

This does not mean that Malthusian outcomes are impossible, but neitherare they inevitable. We do have a choice in the matter, but it is not thechoice that greens have long imagined. The choice that humanity faces is notwhether to constrain our growth, development, and aspirations or die. It iswhether we will continue to innovate and accelerate technological progress inorder to thrive.

Human technology and ingenuity have repeatedly confounded Malthusianpredictions yet green ideology continues to cast a suspect eye towards the verytechnologies that have allowed us to avoid resource and ecologicalcatastrophes. But such solutions will require environmentalists to abandon the"small is beautiful" ethic that has also characterized environmentalthought since the 1960's. We, the most secure, affluent, and thoroughly modernhuman beings to have ever lived upon the planet, must abandon both the dark,zero-sum Malthusian visions and the idealized and nostalgic fantasies for asimpler, more bucolic past in which humans lived in harmony with Nature.

To an older generation of environmentalists, these observations willseem antithetical to everything environmentalism stands for. If in 2004 weargued that environmentalism needed to die, today it's clear that it did. Whatkilled it was neither our essay, nor fossil-funded skeptics, nor this or thattactical failing by green leaders or Democratic politicians. Rather,environmentalism died of old age. The world in which we live, economically,technologically, politically, and most importantly ecologically, has soprofoundly changed that the very foundations upon which contemporaryenvironmental politics was constructed no longer hold.

What comes next is still unwritten. And if we can find inspiration inanything today it should be in this. And so we leave you today with the wordsof a great American novelist of our own generation. Dave Eggers lost both hisparents to cancer at the age of twenty-one. Reflecting on the experience, andhow it had shaped his life he observed:

"On the one hand you are so completely bewildered that somethingso surreal and incomprehensible could happen. At the same time, suddenly thelimitations or hesitations that you might have imposed on yourself fall away.There's a weird, optimistic recklessness that could easily be construed asnihilism but is really the opposite. You see that there is a beginning and anend and that you have only a certain amount of time to act. And you want to getstarted."

Thank you very much.

Fresh Antarctic Ice Core Interpretation






What I have objected to is theattempt to link the climate of the southern Antarctic zone to the rest of theworld. It is not obviously plausible because of the prevailing circum polarwind system that isolates the Antarctic. This work shows us that local conditions inside this circumpolar windsystem dominate the ice core record.

It should have been apparent whenthe warming northern Hemisphere went its own way in a way that contradicted aglobal model linking the Antarctic.  Takeaway the Antarctic and we have lived through a warming cycle over the pastthree decades.

We need to accept the hugeinfluence of the circumpolar wind system’s ability to seal off Antarctica from the rest and know that this is a blessingthat prevents excessive cold blizzards to ravage deep into the SouthernHemisphere and perhaps lower the global temperature a degree or two.

What I have properly understoodis that the unique geometry of the land surface on Earth does two major things.

1                   It seals of the Antarctic cold from been anything otherthan an excess heat dump.
2                   It directs the carefully positioned Atlantic tropicalwaters directly into the Arctic Oceaneliminating the north polar Ice Cap.

I have already observed that thekey adjustment was made 12900 years ago.



New Interpretation Of AntarcticIce Cores

by Staff Writers
Helmholtz, Germany (SPX) Mar 03, 2011


Thus far many researchers have attempted to explain historical Earthclimate data from Antarctica on the basis ofMilankovitch's classic hypothesis. "To date, it hasn't been possible toplausibly substantiate all aspects of this hypothesis, however," statesLaepple. "Now the game is open again and we can try to gain a betterunderstanding of the long-term physical mechanisms that influence thealternation of ice ages andwarm periods."


Climate researchers at the Alfred Wegener Institute for Polar and MarineResearch in the Helmholtz Association (AWI) expand a prevalent theory regardingthe development of ice ages.

In the current issue of the journal Nature three physicists from AWI'sworking group "Dynamics of the Palaeoclimate" present newcalculations on the connection between natural insolation and long-term changesin global climate activity. Up to now the presumption was that temperaturefluctuations in Antarctica, which have been reconstructed for the last millionyears on the basis of ice cores, were triggered by the global effect of climatechanges in the northern hemisphere.

The new study shows, however, that major portions of the temperaturefluctuations can be explained equally well by local climate changes in thesouthern hemisphere.

The variations in the Earth's orbit and the inclination of the Earthhave given decisive impetus to the climate changes over the last million years.Serbian mathematician Milutin Milankovitch calculated their influence on theseasonal distribution of insolation back at the beginning of the 20th centuryand they have been a subject of debate as an astronomic theory of the ice agessince that time.

Because land surfaces in particular react sensitively to changes ininsolation, whereas the land masses on the Earth are unequally distributed,Milankovitch generally felt insolation changes in the northern hemisphere wereof outstanding importance for climate change over long periods of time.

His considerations became the prevailing working hypothesis in current climate research asnumerous climate reconstructions based on ice cores, marine sediments and otherclimate archives appear to support it.

AWI scientists Thomas Laepple, Gerrit Lohmann and Martin Werner haveanalysed again the temperature reconstructions based on ice cores in depth forthe now published study. For the first time they took into account that thewinter temperature has a greater influence than the summer temperature in therecorded signal in the Antarctic ice cores. If this effect is included in themodel calculations, the temperature fluctuations reconstructed from ice corescan also be explained by local climate changes in the southern hemisphere.

Thomas Laepple, who is currently conducting research at HarvardUniversity in the US through a scholarship from the Alexander von HumboldtFoundation, explains the significance of the new findings: "Our resultsare also interesting because they may lead us out of a scientific dead end."After all, the question of whether and how climate activity in the northernhemisphere is linked to that in the southern hemisphere is one of the mostexciting scientific issues in connection with our understanding of climatechange.

Thus far many researchers have attempted to explain historical Earth climate data fromAntarctica on the basis of Milankovitch'sclassic hypothesis. "To date, it hasn't been possible to plausiblysubstantiate all aspects of this hypothesis, however," states Laepple."Now the game is open again and we can try to gain a better understandingof the long-term physical mechanisms that influence the alternation of ice agesand warm periods."
"Moreover, we were able to show that not only data from ice cores,but also data from marine sediments display similar shifts in certain seasons.That's why there are still plenty of issues to discuss regarding furtherinterpretation of palaeoclimate data," adds Gerrit Lohmann. The AWIphysicists emphasise that a combination of high-quality data and models canprovide insights into climate change.

"Knowledge about times in the distant past helps us to understandthe dynamics of the climate. Only in this way will we learn how the Earth'sclimate has changed and how sensitively it reacts to changes."

To avoid misunderstandings, a final point is very important for the AWIscientists. The new study does not call into question that the currentlyobserved climate change has, for the most part, anthropogenic causes. Cyclicchanges, as those examined in the Nature publication, take place in phaseslasting tens of thousand or hundreds of thousands of years.

The drastic emission of anthropogenic climate gases within a fewhundred years adds to the natural rise in greenhouse gases after the last iceage and is unique for the last million years. How the climate system, includingthe complex physical and biological feedbacks, will develop in the long run isthe subject of current research at the Alfred Wegener Institute.
Theoriginal title of the publication to which this press release refers is:Laepple, T., M. Werner, and G. Lohmann, 2011: Synchronicity of Antarctictemperatures and local solar insolation on orbital time scales. It will bepublished in the magazine Nature on 3 March 2011 (doi:10.1038/nature09825).

University Yeti Institute in Russia





One wonders what took solong.  There are thousands of solidsightings and it has become clear to me that the error has been to assume thatthey share our ecological niche.  They donot.

Conjecture:  The temperate forest niche is occupied byforest adapted primates who walk upright in a manner similar to humanity whichis a derivative species readapted to open country and coastal conditionsparticularly.  There are several subspecies in both Asia (several) and the Americas (a couple at least).

Once you understand the niche,the only remaining question is to locate and sort them out if we can.

They are nocturnal and no clearthreat to man.  Unsurprisingly, theysteal chickens when they can and certainly get away with it.  More importantly, they practice great carearound us and simply avoid us in daylight at least.

Once an institute is in place, wehave a location to send both critical reports that produce physical data.  We already have one instance of DNA work beendone that has confirmed the presence of a primate.  Just been able to collect physical data andto test it is a huge step forward.  Itshould never have been necessary for individuals to front the costs and then beattacked for been unprofessional. That is the current state of affairs.


I suspect we are close to havingexcellent evidence, including images and plenty of physical data to substantiatethe phenomena.

Perhaps, our naturalists will goback into the woods again and keep looking.

As a youth, I was the master of acouple of hundred acres of field, forest, fencerow, and river valley.  By repeated walkabouts, I discovered everyplant listed in my local guide, some only once. I saw a flock of grouse once and few other rarities, yet my eyeballssearched there for years.

I could have hidden myself easilyalmost anywhere and made it impossible to be discovered.  Again, lack of evidence is never evidence oflack.

Russia sets up university institute to study theyeti after spate of sightings

Last updated at 6:26 PM on 22nd March 2011



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Yeti: Sightings are on the rise in Siberia

Russia is setting up a university researchinstitute to study the Yeti after a spate of claimed recent sightings in Siberia.  

Scientists say they have found 15 witnesses in the past year who gavestatements that they saw the Abominable Snowman in one remote area .

'We spoke to local residents', said Dr Igor Burtsev, who conducted anexpedition last summer and will head the new institute at Kemerovo State University. 'They told usYetis were stealing their animals.'

The academic claims around 30 Yetis live in a remote region of Mount Shoriain in southern Siberia

He strongly denies accusations that the 'sightings' are a bizarre ruseto attract tourists to the far-flung region.

Reports say the two-legged creatures are heavy-set, more around 7fttall and resemble bears. 

'Their bodies were covered in red and black fur, and they could climbtrees,' said one account.

One villager, Afanasy Kiskorov, even claimed to scientists that herescued a Yeti on a hunting trip a year ago. 

The creature was screaming in fear after falling into a swollenmountain river, he said.

His version suggested a 'strange creature, looking like a huge manwhich tried several times to get out of water and to stand up on both feet, butdropped into the water each time and was howling'.

As his fellow-hunters 'froze' in amazement, Kiskorov held out a drytree trunk. 

'The creature clutched to it and crawled to the bank,' he said.

On the trail: Scientists believe there could be a community of up to 30yetis existing in remote Russian wilderness




Russian Scientist: Igor Burtsev will head the new 'Yeti institute' at Kemerovo State University

The Yeti allegedly then ran off.  This 'sighting' was in theTashtagol district of the KemerovoRegion, only accessible by helicopter.  However, no photographic evidenceexists. 

Other accounts say the Yetis steal hens and sheep from remote villages. 

According to Burtsev, Yetis are Neandethal men who have survived tothis day

'In Russiathere are about 30 authoritative scientists who are engaged in studying thephenomenon of the 'Abonimable Snowman'. All of them will be integrated intothis institute,' said Dr Burtsev.

The 'primary goal' is to 'establish contact' with one of the creatures.

Leading Russian scientists deny the existence of the Yeti. An expensiveSoviet expedition in central Asia found tracesbut no clear proof of the existence of the Yetis.



uk.news.yahoo - Government officials in Siberia are planning to set up a special researchinstitute dedicated to the study of yetis following a number of recentmysterious sightings of the folkloric creature.



Hominology experts, who are lined up to lead the studies at Kemerovo University,are eager to prove their existence after people in remote parts of the regionclaim to have caught a glimpse of the elusive being.

According to 15 witness statements by Siberian locals in the Kemerovo region,7-ft tall, hairy, manlike creatures have been spotted wandering the MountShoria wilderness, with one man even claiming to have saved a yeti fromdrowning in a river while hunting.

Villager, Afanasy Kiskorov in Tashtagol reportedly witnessed the yeti activityfirst-hand. He said: "Their bodies were covered in red-and-black fur andthey could climb trees. The creature was screaming in fear after falling into aswollen mountain river."

Despite the alleged sightings, no photographic evidence as yet confirms theexistence of the 'abominable snowmen.'

However, hair specimens, large footprints and huge branch shelters in forestshave fuelled scientific belief to traces of the yetis, described as the'Neanderthal ancestors of man.'

Officials of the Kemerovo administration inwestern Siberia have said that organising aninstitute or a scientific centre would be a logical continuation of researchinto the yeti.

Dr. Igor Burtsev, director of the International Center of Hominology, will jointhe brand new research unit if the plans go ahead. He said: "In Russiathereare about 30 authoritative scientists who are engaged in studying thephenomenon of the abonimable snowman."

"All of them will be integrated into this institute. The primary goal isto establish contact with one of the creatures."

Dr. Burtsev told Russian newspaper Itar Press after a yeti expedition lastyear: "I saw markers (half-broken branches) the creature uses to mark thecontrolled territory. In the woods I have found several artifacts to confirm mytheory. I plan to find the Bigfoot's shelter and even try to contact thecreature."

Speaking on 'Friday Night with Jonathan Ross' in 2009, Britishwildlife expert David Attenborough said he believed that there wasvery convincing evidence that yetis do exist.

The Administration of Kemerovo,the regional government, will announce its final decision on whether they willimplement the research institute after it hosts an international conference onyetis later this year.