DrumBeat: September 30, 2006

[Update by Leanan on 09/30/06 at 10:04 AM EDT]

Peak Oil And The Problem Of Infrastructure

Most schemes for a post-oil technology are based on the misconception that there will be an infrastructure, similar to that of the present day, which could support such future gadgetry. Modern equipment, however, is dependent on specific methods of manufacture, transportation, maintenance, and repair. In less abstract terms, this means machinery, motorized vehicles, and service depots or shops, all of which are generally run by fossil fuels. In addition, one unconsciously assumes the presence of electricity, which energizes the various communications devices, such as telephones and computers; electricity on such a large scale is only possible with fossil fuels.

The Next Step: Conversion to the Solar Hydrogen Economy

Although the imminent exhaustion of the world’s fossil fuel would certainly propel us to the Solar Hydrogen Economy, we need the fossil fuel to make the transition. Therefore, we need to have some idea as to when it might be exhausted.


Is the world about to run out of oil?


Crystal ball needed to predict oil direction


Peak Oil Passnotes: Oil at a Turning Point


Bangladesh: More attacks on Power offices

Demonstrations by the people demanding uninterrupted power supply continued yesterday in different regions of the country while police filed cases against about 22,100 unidentified persons in the capital for taking part in the violent protests of Wednesday and Thursday.

Several hundred residents of Azampur in Uttara of the capital attacked the local office of Dhaka Electric Supply Company (Desco) yesterday afternoon demanding uninterrupted power supply. The mob also vandalised vehicles belonging to Desco.


Official: India's plan to build strategic oil reserves will help offset price volatillity


Scientists develop more powerful nuclear fuel

U.S. researchers have designed a reactor fuel that they believe can make nuclear power plants 50 percent more powerful and safer, the Massachusetts Institute of Technology said.

Researchers say their new technology should be ready for commercial use in existing reactors in about 10 years.


Backyard wind turbines turn energy consumers into suppliers

Think wind power and you probably imagine multimegawatt-scale wind farms featuring gigantic turbines ­producing power for a few thousand homes. But a handful of companies in the United States would prefer to have each home powered by its own wind turbine.


$1,000,000,000,000: the cost of capping greenhouse gas emissions


Science and action on climate change diverging: UK

The gap between what countries are doing to address climate change and what scientists say they should be doing is widening, Britain's Environment Minister David Miliband, said on Friday.


Climate demands rapid energy conversion, experts say


Most in U.S. say Congress short-sighted

Americans are very worried about the long-term future of the country, and they don't think Congress is paying attention to big issues on the horizon, like Social Security and global warming, according to a survey released Friday.

The survey found 81 percent of respondents were very or somewhat worried about Social Security, and just as many were very or somewhat worried about energy issues. The findings were released by New York University's John Brademas Center for the Study of Congress.


Lower gas prices may help auto sales

When Nelson Ropke recently replaced his Jeep Grand Cherokee sport utility vehicle with a Chrysler Pacifica crossover, gasoline prices were top-of-mind. The Grosse Pointe lawyer is a typical buyer still smarting from post-Katrina $3-per-gallon prices, but some analysts and dealers say they're seeing fewer people like him since pump prices subsided in the later part of September.


An older link, but what the heck, we need a little fun for the weekend: Songs of Energy Crises Past.

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A nostalgia trip for those old enough to remember when tunes like "Cheaper Crude or No More Food" were all the rage, a fascinating glimpse into the '70s for everyone else.


[Update by Leanan on 09/30/06 at 9:21 AM EDT]

OPEC: Nigeria, Venezuela to slash oil production from Sunday

LONDON (AFP) - OPEC members Nigeria and Venezuela will reduce their oil production by a combined 170,000 barrels per day from Sunday, a spokesman for OPEC said.

The spokesman told AFP the decisions were made voluntarily by each producer, insisting they were not imposed by the Organization of Petroleum Exporting Countries.


BP shuts Lisburne field in Alaska on leak

ters) - BP Plc., working to restore Prudhoe Bay crude oil output after a two-month reduction, closed the adjacent Lisburne oil field in Alaska on Thursday due to a methane gas leak, the company said on Friday.

Between 25,000 and 30,000 barrels per day (bpd) in crude oil output was shut in when BP discovered methane gas filling the Lisburne field processing facility, which processes crude from three fields, said BP spokesman Steve Rinehart.

India Digs Deeper, but Wells Are Drying Up, and a Farming Crisis Looms

Ominous parallel here.

Each year he bores ever deeper. His well now reaches 130 feet down. Four times a day he starts up his electric pumps. The water that gurgles up, he sells to the local government -- 13,000 gallons a day. What is left, he sells to thirsty neighbors. He reaps handsomely, and he plans to continue for as long as it lasts.

"However long it runs, it runs," he said. "We know we will all be ultimately doomed."

Digging the well deeper and deeper for water, multiplied by 19 million wells.

Mr. Yadav's words could well prove prophetic for his country. Efforts like his -- multiplied by some 19 million wells nationwide -- have helped India deplete its groundwater at an alarming pace over the last few decades.

The country is running through its groundwater so fast that scarcity could threaten whole regions like this one, drive people off the land and ultimately stunt the country's ability to farm and feed its people.

Joules, thanks for posting this link. This puts the lie to people who claim that we are not in overshoot and all we have to do is consume less oil and everything will be okay. No, we are deep into overshoot but still having more babies but are at the same time reducing the world's carrying capacity.

This puts the lie to people who claim that we are not in overshoot and all we have to do is consume less oil and everything will be okay.

I think that hinges on the Indian situation being typical, world-wide.  "We" might be in overshoot if "we" are all in the same boat as those Indians, on water, etc.

Any posters from the Canadian Northeast here today, what's your perspective?

India is 1/6 of the world.  We are in the same boat: Planet Earth.  Whacha gonna do, move hundreds of millions from India to NE Canada?  Besides, there are other resources running out or limited in Canada too (heating fuel?).  Water tables are receding dangerously in all the worlds major farming areas: India, China, US great plains.  It's only happenstance that we may run low on oil first and water second.  With endless exponential "growth" we're bound to run out of everything before long.
It's only happenstance that we may run low on oil first and water second.

No, I think if we had lots of oil, water would not be that big a problem.  We could simply build a lot of desalination plants.  

Given enough energy, we can solve just about any problem.  But when it's energy that is the problem...it's bend over and pass the Vaseline time.  (Oops...Vaseline's made of petroleum.)

That's great...and we would pump it 6,000 kms too, up verticals of 6,000 ft.    

Why not  -  the fusion future.

=========
It's all about population!

Leanan wrote:
No, I think if we had lots of oil, water would not be that big a problem.  We could simply build a lot of desalination plants.

Leanan, this might be true in theory, but it is really ridiculous to propose that we could desalinate enough water to replace the water currently used around the world for irrigation. We would need thousands of desal plants. The Yellow river is used, almost entirely for irrigation and for most of the year it never reaches the sea. Imagine building enough desal plants to replace the water in theYellow River. Or the Colorado River, all the hundreds of rivers and aquifers around the world that are going dry because too much water is being pumped out.

The Soviets diverted the rivers feeding the Aral Sea to grow cotton. Now the Aral Sea is almost dry. Do you suppose that if we had enough oil we could just build enough desal plants and fill it up again? And the same for Lake Chad and all the other lakes and rivers of the world that are drying up because of massive irrigation.

I haven't done the math but I would bet that if we wished to replace all the world's irrigation water with desalinated water, we would need at least one hundred times as much oil as we have now.  And imagine what that would do to global warming, burning one hundred times the oil we do now.

Ron Patterson

Leanan:

Try desalinating the Dust Bowl. That should make it clear enough.

Unlimited energy can theoretically solve almost all problems. But one remains: the very use of that energy, and the pollution -or waste- it produces. That could only be solved by using more energy, which would lead to more waste, which could only be solved by using more energy, which... (copy and paste).

Unlimited energy (when used) equals unlimited waste.

--------------------------------

River diversion, that very term brings up China. The most megalomanic project in the history of mankind is underway as we speak, digging 1000's of miles of canals and tunnels to divert water from the relatively wet south to the very dry and desertifying north.

Mao started talking about it 50 years ago, and it will take another 50 to complete.

The South to North China Water Diversion mega-project is the largest of its kind ever planned. In November 2002 the hugely ambitious, multi-billion dollar river diversion plan was given the go-ahead by the Chinese government.

The main aim of the project is to alleviate the water shortage in northern China around Beijing, the Tianjin municipality and Hebei province by diverting water from the south of the country.

The three south-to-north canals, which will stretch across the eastern, middle and western parts of China, will eventually link the country's four major rivers - the Yangtze River, Yellow River, Huaihe River and the Haihe River.

The first and second phases of the east route and the first phase of the middle route will be constructed by 2010. It is hoped that by 2008 enough of the infrastructure will be in place to help Qingdao host the water sports during the 2008 Olympic Games. The total cost of this work is estimated to be more than US$22 billion. Construction of the west route, the largest of the three, will cost US$36 billion.

Planning of the South-to-North Water Diversion Projects started in the 1950s and will take almost 50 years to construct. By 2050 it is expected the project will be capable of shifting 44.8 billion cubic metres of water annually.

One problem that is not part of the planning process: melting glaciers. By the time the project is finished, 50 years from now, there will be hardly any water left, the southern rivers are fed by the Himalaya's.

It'll be a fitting end for Peak Stupidity.


Do you suppose that if we had enough oil we could just build enough desal plants and fill it up again?

In a word...yes.

I'm not saying it would be desirable, mind.

In a word...yes.

Do the math Leanan you might have some surprises.
In other words, though your statement "Given enough energy, we can solve just about any problem" holds in principle, there are HUGE AMOUNTS of "energy equivalent" consumption in many, many natural ressources we squander mindlessly.

Given unlimited (non-carbon emitting) energy, we could just build decarbonation plants for the air. Bury all that CO2, or shoot it into space.
Or leave this planet, and find others to exploit...
One simple solution is stop the madness of watering lawns.

Releasing water on the ground to artifically produce wetlands for waterfowl.

Quit draining wetlands for humans to have more sprawl space and pretend they are living the rural lifestyle.

Stop irrigating crop land when normal rainfall is insufficient and live on what we can actually produce, even though this means a lot of the rest of the world must learn to better shepherd their resources as well, in other words quit trying to be the worlds saviour and just live with what we got.

Turn off the 'green revolution'.

Stop washing streets, let the residents sweep them off.

Ice hockey? Forget it.

Swimming pools in everymans backyard? Ignorant.

Sprinkling desert land in Arizona to grow grass? Fools.

Huge water fountains in Vegas? Screw the gamblers. Let them eat dust.

The list can go on and on and on. Just as long as human stupidity can go on and on and on. Live within the parameters or die off. Thats what it is coming down to.

Why does India need all that water? Could all our ignorant offshoring of our once domestic jobs have anything to do with it?  

Two years ago this would have been utter nonsense. Today I submit it makes sense. You can't legislate people's lifestyle so nature is going to do take over that job for us.

Sorry vtpeaknik , but I think you have contradicted yourself. We are not in the same boat for exactly the reason you have said we are: hundreds of people will and cannot be moved. So the 'Boats' are all local.
Huh?
It's all one boat, marco. Read up on ecosystems some.
"It's all one boat"

I strongly disagree on the basis that local conditions are so different. Continents are separated by big swathes of water called oceans which have a tendancy to keep eco-systems, people, cultures, resources apart. I cannot even believe I am debating this.

Sure if you fully understand controll theory as applied to climate/geology and know your boundaries and 879,057,423 variables then yes you could treat earth as one boat.

Marco.

WRT oil/transport/enegry it is only recently that we have satrted to become 'Globalised' and we are still a long way from that. Once (if!!) the earth becomes one big community with everyone earning the same eating the same stuff and drinking the same water and living in what Plato might call Atlantis or Utopia then tell me we are all in one boat.

Marco

I'm in Toronto, does that count?

I've read that the Great Lakes are already approaching their lowest levels since measurements began. And anytime I've gone fishing with my dad we have to take a guide with us to determine if the fish we catch are safe to eat or have too much mercury for human consumption.

So even here, in a province with something like a half million freshwater lakes, it's not like the place is untouched either.

I just worry if a water trade is seriously developed with the US, because as I understand it according to Article 6 of NAFTA it would then become a trading commodity that we could not legally unilaterally stop selling you. Sort of like the situation we're in where we have to sell you our natural gas.

In any case, even with all this water, is the world supposed to all move to Canada???

The world has lotsa problems, and I'd like us humans to work on them.  The thing is though, water shortages in India and mercury concentration in fish are not the same problem.

The generalization builds the fear ... but does it build the action?

BTW, I'll take my shower this morning with a low flow head, I sure hope everyone mad at me here is doing the same:

http://www.treehugger.com/files/2005/10/eco-showerhead.php

I will too.

No, I know what you're saying, but if the question is potable fresh water, then certainly contamination factors into the equation as well. There's plenty of fresh water in standing pools around the tar sands too, but I sure as hell wouldn't drink it!

I keep seeing these McMansion showers that have the lowflow heads. But there are 6 or 8 heads blasting from head to toe.
they're actually standard in all new construction, but you're definitlely right about the cumulative affect!
If you are right and this is now standard, we are doomed. Not because of the water consumption. The notion of a market full of monied homebuyers needing this sort of gratification, reckless of their planet, heads up their ass -- that scares me.
reckless of their planet, heads up their ass -- that scares me.
You scare me.
I am now visualizing millions of people addicted to the gratification of sticking lowflow heads up their asses. Please don't do that.
Read Grant Morrison if you want scary images. I can't compete.
The last time I saw an ad for this type of shower there must have been six tiltable heads in the shower ceiling, and six on each of three sides.  My thought was "And this is the pinnacle of peak oil."  Funny that you brought it up.
This is an easy one to connect:

Electricity for that gentleman to run his water pump, and for industrial ag. in general, comes from coal-fired power plants.  And where do those fishes get their mercury contamination?  The steady rain, planet-wide, of mercury from those same power plants.  

I noticed yesterday, in the news, that India's economy is growing at an astounding rate.

Separating 'challenges' into many discrete parts may lead to an overwhelming seeming number of challenges facing us - no?  We all see the world differently, but for me, it's pretty simple that we're over-consuming, over-populating, and lack humility.  

Scaling back (aka powerdown, simplification, whatever) will solve many problems simultaneously.  Many tech fixes of individual problems just cause two more problems somewhere else.

Go Humans!!

P.S. I think these places provide a stark warning, and deserve assistance, but it's a misrepresentation to say that this is our whole world, right now.

I mean, would Cuba have the same post-oil message if it were exactly the same as India?

It is a lot of the world right now unfortunately. Isreal and Palestine. The U.S. midwest and northwest. Parts of China.
I understand that overuse of "fossil water" is a problem in many regions.  I'm less convinced that overuse of fossil water is itself a proof of world-wide human overshoot.

Actually, does anyone know what fraction of the population relies on non-replenished water sources?

Odograph, the article about India was all about a replenishable water source. You just don't get it do you? Rivers are a replenishable water source. The vast Ogallala Aquifer is replenishable yet it is drying up like there is no tomorrow. When you pump water from an aquifier at many times the rate nature can replenish it, it does not matter that it is replenishable. Yes, there are fossil aquifers like the one Saudi Arabia is pumping dry. But most of the world's aquifers are replenishable. From the above link:

but levels are generally still dropping, particularly in the southern parts at rates exceeding one hundred times the replacement rate.

One hundred times the replacement rate! And that is right here in the United States of America. As I said Odograph, you simply do not get the message. The whole damn world has a very serious water problem.

Ron Patterson

Come on Ron when you say "One hundred times the replacement rate!" you are saying what I am, that they are dipping into the fossil resource.

Otherwise, the resource would be gone immediately.

In absolute terms hardly any ground-water exists completely independently of the natural water cycle. However, water moves at very different speeds in different aquifer layers, and in addition the distances travelled may vary greatly. Where water has to cover hundreds or even thousands of kilometres at speeds of the order of several metres a year, it may stay in the subsoil for periods of up to tens of thousands of years.

This does not mean that this "fossil' water, as hydrologists call it, is stagnant or that there is no renewal of water in these very extensive deep aquifers. It is simply that the renewal is very very slow.

http://findarticles.com/p/articles/mi_m1310/is_1985_Jan/ai_3581835

Ron--

I think the Ogalalla is a fossil aquifer so it is not replenishing.  Once that water is gone, it's gone.  But many of the replenishable aquifers world-wide are being depleted faster than they can replenish, hence declining water tables, deeper wells, etc.  And I wonder, when Odograph says we are not in the same boat as India, how he defines the boat.  True, we in the U.S. don't currently face the same water issues as India, but we're not too far off.  And we here in the Northeast don't face the same water issues as LA and San Diego.  So, are we in the same boat in the U.S., the western hemisphere, or the world?  Odograph needs to read Lester Brown's Outgrowing the Earth or Plan B 2.0 to see how far-reaching our water issues are before deciding who is in what boat.

I've actually acknowledged problems (use and overuse of fossil water), and mentioned that I take this seriously enough to change my own use.

Kinda leaves me wondering why people say I'll never get it and etc.

I've even acknowledged that if much of our use is coming from such fossil sources we are in big trouble.

I don't think the Ogallala Aquifer counts as fossil water in a strict sense, because it is being recharged.  But it's being recharged at an extremely slow rate compared to what's being discharged.  
I probably shouldn't bother you about such a small thing:

"The Ogallala fossil water aquifer in the Central Plains is being depleted by agricultural and urban extraction, with no effective recharge"

pg 17, (pdf warning) Water, Energy and Security, EESI Congressional Briefing, U.S. Department of Energy

Sorry to be pedantic on this fine Saturday.

You are both saying the same thing. Extremely slow is simply a better way of saying no effective recharge, because effective is a debatable term. It's impossible to have no recharge at all, ask the boy in the bubble.
This is why I chastised myself about being pedantic, yes.  And  as I quoted above, ... "This does not mean that this 'fossil' water, as hydrologists call it, is stagnant or that there is no renewal of water in these very extensive deep aquifers. It is simply that the renewal is very very slow."

But there I going being pedantic again .... I must chastise myself some more!

(we actually do have a lot of agreement here)

Stop it!  You're driving me to drink (water)!
Actually I'm glad I found that now that I finish reading the whole thing.  Lots of good stuff on the energy/water relationship, as you were writing of earlier today.
The Ogallala aquifer is not exactly a fossil aquifer. see here
http://www.bookrags.com/research/aquifer-depletion-enve-01/
From that source:

Much of the groundwater presently in the Ogalalla is fossil water that has accumulated during tens of thousands of years of extremely slow infiltration.

Darn it, must stop ...

The trajectory that ethanol takes us on contributes to aquifer depletion.  Water is more precious than running SUV's.  Here are a couple of interesting links:

Conserving the Ogallala Aquifer

An individual pays only the pumping cost and not for the value of the water removed from the common pool.  The private costs of pumping are therefore less than the social costs of withdrawing water.  Excessive pumping is the result.

Nebraska Sandhills conceal massive aquifer

In the entire High Plains Aquifer the place where water is deepest is beneath the sandhills.

"I think the Ogalalla is a fossil aquifer so it is not replenishing. "

I read somewhere that some places where the aquifer has been pumped to exhaution, the ground level actually dropped(compressed) measureable amounts(was it vegas?).  Once the ground water was pumped out, the spaces collapsed/compressed and the article said it was not reversible.

Rwmcalister wrote:

Ron-- I think the Ogalalla is a fossil aquifer so it is not replenishing.

No, the Ogallala aquifier is quite shallow and does replenish, though not nearley as fast as irrigation water is being pumped from it. As the article points out, some of the water dates back to the last ice age. Yet it does replenish. But you are quite correct, when it is pumped dry, all the crops irrigated from it will be no more. But that is the case all over the world. That is called overshoot.

The depth of the water below the surface of the land ranges from almost 400 feet (122 m) in parts of the north to between 100 to 200 feet (30 to 61 m) throughout much of the south. Present-day recharge of the aquifer with fresh water occurs at a slow rate; this implies that much of the water in its pore spaces is paleowater, dating back to the last ice age.

Ron Patterson

Is there actually debate on whether we are in overshoot!?

It is truly amazing the places we indulge denial.

=======
It's all about population!

Would the world be a happier place with a lower human population burden?  Most likely. Is this "overshoot" in the strict sense that the population will crash back fast or slow?  Moer debatable.
This brings up a good point.  A shortage in a small part of the world could cause a war that eventually drags in many other parts of the world via alliances and fear of a shift in the balance of power.  I guess it would have been a lot cheaper to bribe ethnic Serbs in 1914 to put up with the Austro-Hungarian empire than fight World War I, but no one foresaw the one problem escalating into the other.  It would be ironic that a resource war would consume far more resources than what they were originally fighting over, but we know that governments do this.
I think that hinges on the Indian situation being typical, world-wide. "We" might be in overshoot if "we" are all in the same boat as those Indians, on water, etc.
Any posters from the Canadian Northeast here today, what's your perspective?

Odograph, it is way, way past the time that you, and others with similar cornucopian opinions, should wake up and smell the coffee. Water tables are dropping all over the world. You must live a sheltered life and never read a newspaper or watch the news to believe that there is not a worldwide water problem.  And to imply that because the Canadian Northeast does not have the same problem that the vast majority of the rest of the world has, is just dumb, dumb, dumb!

I think these places provide a stark warning, and deserve assistance, but it's a misrepresentation to say that this is our whole world, right now.

Our assistance And just what the hell do you propose that we do. Ship water to India? Then we could ship water to Bangladesh, and China, and Pakistan, and the rest of the world where the vast majority of the world's people live. Get real, the problem is too damn many people trying to draw far too much water from the world's rivers and underground water supply. There is not one damn thing we can do except watch them die.

I mean, would Cuba have the same post-oil message if it were exactly the same as India?

Funny you should mention Cuba. That just shows how far out of touch you are with reality. Cuba is now having a drastic food shortage and a critical water shortage.  That link is from this month. And this one goes back two years. The water and food shortage in Cuba goes back many years.

And as for the worldwide problem, I could post several thousand links going back for a couple of decades. The deserts are expanding all over the world, rivers and lakes are drying up and everywhere in the world, even in the United States, water tables are dropping, usually several meters per year.

And you think this is only a problem for India? Where on earth have you been for the last thirty years?

WE, the whole damn world, are deep into overshoot. Only a man who is totally out of touch with reality could possibly deny that.

Ron Patterson

Worldwide water shortage

Water Shortage Will Leave World in Dire Straits

Global Water Shortage Looms In New Century

And I could post thousands more explaining that the whole damn world is suffering from a water shortage.

Is it as easy to find stories of floods?

Look, as I said I do get the problem with using fossil water sources.  I understand that if someone drills down to ancient rainfall, and it is not being replenished by current rain or snowfall, it is a finite resource, just like oil  Very much like oil.

So sure, around the world, well fileds will deplete.

The big question is what fraction of world water demand is being met by fossil water.  If that number is known, and it is big, I'll have to concede.

What about people who are using up water faster than it's being replenished?  Or the people who depend on glaciers that may be gone in ten years for their water?  
Glaciers are a little more complicated (net gains and losses), but sure, the same principle applies.
Imperialism is also a major problem as corporatists push the commodification of water, http://www.zmag.org/content/showarticle.cfm?SectionID=54&ItemID=11077

At this point in time, I would say that greed is a greater problem than population as it creates and continues the inequities leading to population growth. And since greed at bottom is immoral and the USE is the greed leader, it is ever more the leader in immorality, even without its wars.

Actually, whilst youre talking about glaciers, the idea has been takled about many times of towing ice-bergs to places as a fresh water supply!

Marco.

It's not just people, it's entire ecosystems. The Kilimanjaro's meltwater is the only source of water for millions of animals, and the plantlife they depend on.

In times of drought, elephants and other species trek 100's of miles from the Serengeti and Great Rift Valley towards the "wet" land beneath the mountain, their final option.

The snow peak is not the only tourist attraction that will soon be gone. The animals will have no place left to go.

Also, Africa these days is full of stories of lakes that are drying up at record pace. This doesn't just affect drinking water, it cuts of electricity to scores of people as well.

Now we might presume that since there is a water cycle, what goes missing in one place, will end up somewhere else. But that is not entirely correct. Why?

Ask yourself what makes the sea levels rise.

Less frozen water.
What are they doing with the water?  How much of what they are doing  with water is relevant to meeting biological necessities?

Stable glaciers obviously were not providing water, though they play an important role in regulating the flow of snow melt.  New ways will have to be found and/or implemented to capture irregular fresh water flows.  Not many grey cells will be consumed in this process.

Even with the stress of 6 - 9 billion people, the stress of climate change and the stress of emerging problems like adaptive germs, our fundamental problems are mental.  The solutions are an exercise of the divine gift of self-reflective consciousness.

Give it up, darwinian. Some people will never learn.
Odograph, it is way, way past the time that you, and others with similar cornucopian opinions, should wake up and smell the coffee.

I am getting a bit tired of repeating this : odograph is NOT a cornucopian and there is no point arguing "honestly" with him it just wastes more thread space than he is wasting himself.

Kev, I don't read Odo the way that you do. My take is that he  challenges unwarranted doom and gloom while being open to change his views. Hopefully you can too :)
My take is that he challenges unwarranted doom and gloom while being open to change his views.

His "challenges" only amount to denial, blatant lies and weaseling, plus a lot of plain noise like pancakes and sausage.
Did you read the link I already made above?
Where he PRETENDS that I have argued :

We're all gonna die, because a can of soda needs 3.6 cents worth of aluminum!!!

Where I fact I said the OPPOSITE, that the cost of aluminium does not matter for soda cans because it is negligible.
Could you substanciate this claim of yours that he is "open to change his views", he is NOT!

Hopefully you can too :)

Because they are so dire I would LOVE to change my views but I am not buying snake oil, propaganda or any other bullshit.

Self-proclaimed Darwinian, do you actually read the articles to which you provide links.  Regarding Cuba, neither article related to food.  There is no food shortage in Cuba.  The country produces about 2700 calories per person. It is done with organic agriculture including much urban agriculture.  The articles did relate to water.  One them talked about the negligence of employees resulting in a local water problem, the other related to another local water issue.

You like to present yourself as someone connected to science, but reaching conclusions and preaching doom without evidence belies this self-presentation.