Category: Climate

A study of man’s behaviours.

A reflection on why living in harmony with Planet Earth seems so challenging.

John Hurlburt is the ‘mover and shaker’ behind a series of talks and discussions under the overall title of Everything Fits Together, part of the adult education umbrella of St Paul’s Episcopal Church here in Payson, AZ.  John generously asked if I would lead the discussion tonight (19th) along the theme of Nature and Faith.  I plan to close the session with these words and the compelling video that was on Learning from Dogs last Friday A planet worth protecting.

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Man – a study in behaviours.

The relationship between Planet Earth and man goes back a very long way. But what of today?

There is little doubt that many people, even with the minimum of awareness about the world in which we live, are deeply worried. On so many fronts there are forbidding and scary views. It feels as though all the certainty of past times has gone; as if all the trusted models of society are now broken. Whether we are talking politics, economics, employment or the environment, nothing seems to be working.

Why might this be?

It would be easy to condemn man’s drive for progress and an insatiable self-centredness as the obvious causes of our society failing in widespread ways. But in my view that’s too simple an explanation. It’s much more complex.

I propose that the challenges we all face today have their roots in the dawning of our evolution. Let’s remind ourselves how far back that goes.

The earliest documented members of the genus Homo are Homo habilis which evolved around 2.3 million years ago. Homo habilis was the first species for which we have positive evidence of the use of stone tools.

A theory known as Recent African Ancestry theory, postulates that modern humans evolved in Africa possibly from Homo heidelbergensis and migrated out of the continent some 50,000 to 100,000 years ago, replacing local populations of Homo erectus and Homo neanderthalensis.

Thus for tens of thousands of years, the behaviours of humans have served our species well, by definition. Ergo, mankind has evolved as the result of mankind’s behaviours. Behaviours that may have changed little over those countless years.

So one might speculate that these behaviours have been potentially damaging to the ultimate survival of our species, perhaps hugely damaging, for a very long time. But because man’s population footprint has been so small for 99% of eternity the consequences have not impinged on the planet until now. Let’s reflect on those population figures.

Until the development of agriculture, around the 11th millennium BC, the world population was stable at around one million persons, as man lived out a subsistence hunter-gatherer existence. By about 2000 years ago the global population of man had climbed to around 300 million. It took another 1,200 years for that global population to reach the first billion, as it did in 1804.

However, just 123 years later, in 1927, the two-billionth baby was born. The three-billionth baby was born in 1960, just 33 years later! Only a further 14 years slip by for the four-billionth baby to be born in 1974. Another blink of the geological eyelid and 13 years later, in 1987, along comes the five-billionth bundle of joy. Around October 1999, the sixth-billionth baby is born! It is likely that we are in a world where there are now seven billion people! Indeed, the world population clock estimates that on September 12th, a week ago, the world population was 7,039,725,283 persons.

About a billion every decade. The equivalent of a growth of 100 million each and every year, or around 270,000 every single day! Or if you prefer 11,250 an hour (Remember that’s the net growth, births minus deaths, of the population of humans on this planet!)

Combine man’s behaviours with this growth of population and we have the present situation. A totally unsustainable situation on a planet that is our only home.

The only viable solution is to amend our behaviours. To tap into the powers of integrity, self-awareness and mindfulness and change our game.

All of us, no exceptions, have to work with the fundamental, primary relationships we have with each other and with the planet upon which we all depend. We need the birth of a new level of consciousness; of our self, of each other and of the living, breathing planet. A new consciousness that will empower change. We need spiritual enlightenment. We need a spiritual bond with this beautiful planet.

Over eons of time, Planet Earth has favoured our evolution. Now, today, not tomorrow, it is time to favour our beautiful planet with our love and with our faith. It is the ultimate decision for our species.

 

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If you need a reminder of how beautiful our planet is (and I’m sure the majority of LfD readers don’t require that reminder) then go back and watch David Attenborough’s video and voice-over to the song What a Wonderful World.

I will close by inserting into this post, the video that Martin Lack included in a recent comment to my post The wind doth blow!

Modelling the future.

Can we trust the predictive output of computer modelling?

I would be the first to admit that this is not an area where I have anything more than general knowledge.  However, what prompted me to think about this topic was a chance conversation with someone here in Payson.  We were chatting over the phone and this person admitted to being less than fully convinced of the ’cause and effect’ of man’s influence on the global biosphere.

When I queried that, what was raised was the idea that all modelling algorithms used in climate change predictions must incorporate mathematical constants.  I continued to listen as it was explained that, by definition, all constants were, to some degree, approximations.  Take, for example, the obvious one of the constant π, that Wikipedia describes as: a mathematical constant that is the ratio of a circle’s circumference to its diameter. Pi, of course, would have to be rounded if it was to be used in any equation.  Even taking it to thirty decimal places, as in 3.14159 26535 89793 23846 26433 83279, would mean rounding it to 3.14159 26535 89793 23846 26433 83280 (50288 being the 30th to 35th decimal places).

OK, so I must admit that I was leaning to the viewpoint that this person had a valid perspective.  I then asked Martin Lack, he of Lack of Environment and a scientifically trained person, for his thoughts.  The rest of this post is based on the information that Martin promptly sent me.

One of the links that Martin sent was to this post on the Skeptical Science blogsite.  That post sets out the common skeptics view, namely:

Models are unreliable
“[Models] are full of fudge factors that are fitted to the existing climate, so the models more or less agree with the observed data. But there is no reason to believe that the same fudge factors would give the right behaviour in a world with different chemistry, for example in a world with increased CO2 in the atmosphere.”  (Freeman Dyson)

The author of the Skeptical Science posting responds,

Climate models are mathematical representations of the interactions between the atmosphere, oceans, land surface, ice – and the sun. This is clearly a very complex task, so models are built to estimate trends rather than events. For example, a climate model can tell you it will be cold in winter, but it can’t tell you what the temperature will be on a specific day – that’s weather forecasting. Climate trends are weather, averaged out over time – usually 30 years. Trends are important because they eliminate – or “smooth out” – single events that may be extreme, but quite rare.

Climate models have to be tested to find out if they work. We can’t wait for 30 years to see if a model is any good or not; models are tested against the past, against what we know happened. If a model can correctly predict trends from a starting point somewhere in the past, we could expect it to predict with reasonable certainty what might happen in the future.

So all models are first tested in a process called Hindcasting. The models used to predict future global warming can accurately map past climate changes. If they get the past right, there is no reason to think their predictions would be wrong. Testing models against the existing instrumental record suggested CO2 must cause global warming, because the models could not simulate what had already happened unless the extra CO2 was added to the model. All other known forcings are adequate in explaining temperature variations prior to the rise in temperature over the last thirty years, while none of them are capable of explaining the rise in the past thirty years.  CO2 does explain that rise, and explains it completely without any need for additional, as yet unknown forcings.

I strongly recommend you read the full article here.  But I will republish this graph that, for me at least, is a ‘slam dunk’ in favour for modelling accuracy.

Sea level change. Tide gauge data are indicated in red and satellite data in blue. The grey band shows the projections of the IPCC Third Assessment report (Copenhagen Diagnosis 2009).

Not only does this show that the data is within the range of projections of the modelled output, more seriously the data is right at the top end of the model’s predictions.  The article closes with this statement:

Climate models have already predicted many of the phenomena for which we now have empirical evidence. Climate models form a reliable guide to potential climate change.

There is a more detailed version of the above article available here.  Do read that if you want to dig further down into this important topic.  All I will do is to republish this,

There are two major questions in climate modeling – can they accurately reproduce the past (hindcasting) and can they successfully predict the future? To answer the first question, here is a summary of the IPCC model results of surface temperature from the 1800’s – both with and without man-made forcings. All the models are unable to predict recent warming without taking rising CO2 levels into account. Noone has created a general circulation model that can explain climate’s behaviour over the past century without CO2 warming. [my emphasis, Ed.]

Finally, back to Lack of Environment.  On the 6th February, 2012, Martin wrote an essay Climate science in a nut fragment.  Here’s how that essay closed:

Footnote:
If I were to attempt to go even further and summarise, in one single paragraph, why everyone on Earth should be concerned about ongoing anthropogenic climate disruption, it would read something like this:

Concern over anthropogenic climate disruption (ACD) is not based on computer modelling; it is based on the study of palaeoclimatology. Computer modelling is based on physics we have understood for over 100 years and is used to predict what will happen to the atmosphere for a range of projections for CO2 reductions. As such, the range of predictions is due to uncertainty in those projections; and not uncertainties in climate science. Furthermore, when one goes back 20 years and chooses to look at the projection scenario that most-closely reflects what has since happened to emissions, one finds that the modelled prediction matches reality very closely indeed.

In his email, Martin included these bullet points.

  • Concern over anthropogenic climate disruption (ACD) is not based on computer modelling.
  • It is based on our understanding of atmospheric physics (and how the Earth regulates its temperature).
  • Computer modelling is based on this physics (which we have understood for over 100 years).
  • Models have been used to predict temperature and sea level rise for a range of projections for CO2 emissions. 
  • The wide range of predictions was due to uncertainty in those emissions projections not uncertainties in climate science. 
  • This can be demonstrated by looking at predictions made over 20 years ago in light of what actually happened to emissions.
  • The model predictions for both temperature and sea level rise are very accurate (if not slightly under-estimating what has happened).

Sort of makes the point in spades!  The sooner all human beings understand the truth of what’s happening to our planet, the sooner we can amend our behaviours.  I’m going to pick up the theme of behaviours in tomorrow’s post on Learning from Dogs.

Finally, take a look at this graph and reflect!  This will be the topic that I write about on Thursday.

A planet worth protecting

This is our beautiful planet.

There have been a couple of hard-hitting posts this week, first about the implications of climate, with respect to the massive drought across the USA this year, and the efforts of Polly Higgins of the Eradicating Ecocide movement to make ecocide a crime against humanity.

This short but very compelling video shows why the planet is so worth protecting. Enjoy!

The wind doth blow!

Maybe even blowing trucks over!

OK, that sub-heading must seem a tad bizarre!  Let me explain.  On Tuesday, Jean had an important visit to make down in Mesa, AZ on the outskirts of Phoenix.  The first 65 miles, give or take, from Payson to Mesa are down along Highway 87.

At 11.20 we started on our return from Mesa planning on being early back home, say by 1pm at the latest.  But 31 miles up the Northbound carriageway of Highway 87, we came to a halt.  The road was closed due to an accident with a tanker.  As our local newspaper, the Payson Roundup, put it,

The driver of the truck was taken by ambulance to a Scottsdale hospital with non life-threatening injuries. DPS has not ruled out speed as the cause of the crash. Photo by Andy Towle.

Due to a hazardous spill, Highway 87 was closed most of Tuesday, but reopened Wednesday morning after overnight clean up efforts, according to the Arizona Department of Public Safety.

Officials initially thought the roadway could be closed as many as two days due to the amount of oil spewed across both sides of the highway.

The highway closed down after a semi truck carrying oil used for paving rolled Tuesday afternoon near milepost 228, at the bottom of Slate Creek.

That resulted in us having to take a 170 mile detour and not arriving back until 4.30pm!

So what’s that got to do with the post for today?  Simply that the implications of Tuesday spilled, like the tanker’s oil cargo, across into Wednesday and the long, thoughtful post I had in my mind to write got put on hold.  Thus in its place is this republication of a recent release by Stanford School of Engineering at Stanford University.  Apologies for another republished item but the article is relevant and interesting.

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WIND COULD MEET WORLD’S TOTAL POWER DEMAND – AND THEN SOME – BY 2030

Wind turbines near Livermore, CA.

HIGH RESOLUTION MODELS

In their study, Jacobson and Archer adapted the three-dimensional, atmosphere-ocean-land computer model known as GATOR-GCMOM to calculate the theoretical maximum wind power potential on the planet taking into account wind reduction by turbines. Their model assumed wind turbines could be installed anywhere and everywhere, without regard to societal, environmental, climatic or economic considerations.

The new paper contradicts two earlier studies that said wind potential falls far short of the aggressive goal because each turbine steals too much wind energy from other turbines, and that turbines introduce harmful climate consequences that would negate some of the positive aspects of renewable wind energy.

The new model provides a more sophisticated look than previously possible by separating winds in the atmosphere into hypothetical boxes stacked atop and beside one another. Each box has its own wind speed and weather. In their model, Jacobson and Archer exposed individual turbines to winds from several boxes at once, a degree of resolution earlier global models did not match.

“Modeling the climate consequences of wind turbines is complex science,” said Jacobson. “This software allows that level of detail for the first time.”

With a single model, the researchers were able to calculate the exposure of each wind turbine in the model to winds that vary in space and time. Additionally, the model extracts the correct amount of energy from the wind that gets claimed by the turbines, reducing the wind speed accordingly while conserving energy. It then calculates the effect of these wind speed changes on global temperatures, moisture, clouds and climate.

POTENTIAL APLENTY

Among the most promising things the researchers learned is that there is a lot of potential in the wind—hundreds of terawatts. At some point, however, the return on building new turbines plateaus, reaching a level in which no additional energy can be extracted even with the installation of more turbines.

“Each turbine reduces the amount of energy available for others,” Archer said. The reduction, however, becomes significant only when large numbers of turbines are installed, many more than would ever be needed.

“And that’s the point that was very important for us to find,” Archer said.

The researchers have dubbed this point the saturation wind power potential. The saturation potential, they say, is more than 250 terawatts if we could place an army of 100-meter-tall wind turbines across the entire land and water of planet Earth. Alternatively, if we place them only on land (minus Antarctica) and along the coastal ocean there is still some 80 terawatts available—about seven times the total power demand of all civilization. Hypothetical turbines operating in the jet streams six miles up in the atmosphere could extract as much as an additional 380 terawatts.

“We’re not saying, ‘Put turbines everywhere,’ but we have shown that there is no fundamental barrier to obtaining half or even several times the world’s all-purpose power from wind by 2030. The potential is there, if we can build enough turbines,” said Jacobson.

Mark Z. Jacobson, professor of civil and environmental engineering. Photo: Linda Cicero / Stanford News Service

HOW MANY TURBINES?

Knowing that the potential exists, the researchers turned their attention to how many turbines would be needed to meet half the world’s power demand—about 5.75 terawatts—in a 2030 clean-energy economy. To get there, they explored various scenarios of what they call the fixed wind power potential—the maximum power that can be extracted using a specific number of wind turbines.

Archer and Jacobson showed that four million 5-megawatt turbines operating at a height of 100 meters could supply as much 7.5 terawatts of power—well more than half the world’s all-purpose power demand—without significant negative affect on the climate.

“We have a long way to go. Today, we have installed a little over one percent of the wind power needed,” said Jacobson.

In terms of surface area, Jacobson and Archer would site half the four million turbines over water. The remaining two million would require a little more than one-half of one percent of the Earth’s land surface—about half the area of the State of Alaska. However, virtually none of this area would be used solely for wind, but could serve dual purposes as open space, farmland, ranchland, or wildlife preserve.

Rather than put all the turbines in a single location, Archer and Jacobson say it is best and most efficient to spread out wind farms in high-wind sites across the globe—the Gobi Desert, the American plains and the Sahara for example.

“The careful siting of wind farms will minimize costs and the overall impacts of a global wind infrastructure on the environment,” said Jacobson. “Regardless, as these results suggest, the saturation of wind power availability will not limit a clean-energy economy.”

Funding sources include National Science Foundation, U.S. Environmental Protection Agency, and National Aeronautics and Space Administration high-end computing.

Andrew Myers is associate director of communications for the Stanford University School of Engineering.

Monday, September 10, 2012

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Let me close by pointing you to Mark Jacobson’s website.

Loving our planet!

While Learning from Dogs trawls around a wide variety of topics, the theme behind the writings is, as the banner says on the home page: Dogs are integrous animals. We have much to learn from them.

Integrity, defined more or less universally as the ‘adherence to moral and ethical principles; soundness of moral character; honesty.‘

Please trust me that this position is taken not from the perspective of the writer, I’m struggle with ‘right’ and ‘wrong’ as much as the next guy.  No, this position is the result of one very simple and stark vision: If we don’t understand pretty damn soon what we, as in mankind, are doing to our planet, both directly and indirectly, then we are living through the era of the end of civilised man; these are the last times.

The relationship between man and the dog is ancient beyond contemplation.  It is widely believed by scientists who study the history of man that, at the very least, dogs assisted man in evolving from hunter-gatherers to farmers.  But some scientists believe that without the support of dogs, man never would had made the transition to farming.  Either way the relationship goes back more than 10,000 years.

So what on earth does that have to do with integrity?  Simply that alongside millions of us, dogs offer us the examples of loyalty, faith, meditation, patience, truth in love; an example of an adherence to moral and ethical principles; soundness of moral character; honesty.‘  In a single word: integrity!

OK, now that I have got that off my chest, to the topic of today’s post.  For some months now I have subscribed to the blog run by The Permaculture Research Institute of Australia.  It has much that will be useful for Jean and me when we move to Oregon in November.  But also, not infrequently, the Institute highlights deeper, more fundamental, issues.

Thus it was that a few days ago, my attention was drawn to an item with the title of  We Need Your Help to End the Era of Ecocide.  It was about the work of English woman, Polly Higgins.  I’m ashamed to say that I had not heard of her before!  A very quick search came across the website Eradicating Ecocide, from which one quickly learns that Polly,

In March 2010 international barrister and award winning author Polly Higgins proposed to the United Nations that Ecocide be made the fifth Crime Against Peace. There are currently four Crimes Against Peace: genocide, war crimes, crimes of aggression and crimes against humanity. Ecocide is the missing fifth crime – it is a crime against humanity, against current and future generations, and against all life on Earth.

Wow, that makes sense.  So what is ecocide? Again, Eradicating Ecocide offers the answer,

Back to the specific topic.  This is a copy of what is the latest news item on the Eradicating Ecocide website and it is reproduced in full.  I’ve included the Editor’s introduction from the Permaculture News website, as I couldn’t say it any better.

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We need your help to end this era of Ecocide

Editor’s Note: We’ve covered a little of Polly Higgin’s important work before (see here and here). If you’re not already familiar with Polly’s work, I would strongly encourage you to check out the web pages and videos linked to below, as well as our aforementioned pieces. Permaculturists dream of whole earth restoration, but our efforts, whilst essential, are, if I may, largely piecemeal. The reason for this is that for every positive step someone makes, an industry or government does, or allows, something significantly more destructive to take place that more than overshadows it. We will never break out of this destructive cycle unless we make environmental destruction illegal, and hold the people responsible accountable. As you are able, please support Polly’s work. If you cannot donate, please at least do what you can to share and circulate this page.

Polly Higgins

I have something I would like to share with you. Today myself and my team have reached zero. The pot is now bare and our funding resources are in urgent need of replenishing. In the past year your donations of over £200,000 funded my and my team’s work; we planted some incredible seeds in the run up to the Rio Earth Summit. Out of that we have had some wonderful successes; in the past year alone we have held a mock Ecocide Trial in the UK Supreme Court, the University of London launched their Ecocide Project, I have travelled to countries and spoken on many platforms, I launched my second book Earth is our Business, I have been awarded Overall Champion by the PEA awards, I have started a training programme for others to learn how to become a Voice for the Earth and I have submitted a concept paper, Closing the door to dangerous industrial activity to all government’s around the world. All this has been done with the help of your money and without it none of this would have been at all possible.

Yesterday we held an emergency meeting; despite the enormous efforts of our fundraiser over the past few months we have been unable to raise more than a few thousand pounds. We are looking squarely at the future and we see enormous opportunity to take forward all that I have already achieved; just think how close we are to making this law a reality.

Everything we do is governed by permaculture ethics; people care, earth care and fair share. Ecocides occur when we take far more than our fair share, which affects both our people and our Earth. To ensure we live within our planetary limits, a law of Ecocide creates a legal framework that can ensure we all live in peaceful enjoyment.

Please help me to continue to build upon all of this good work; now more than ever people care, earth care and fair share matters. Together we can end the era of Ecocide.

With love for the Earth,

Polly

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If you read this and want to share this Post, feel free to so do.  If you want to do that and more, then:

How you can help

  • Set up a direct debit.
  • Give a one-off donation.
  • Do a direct bank transfer.
  • Send a cheque to us at 6 Highbury Corner, Highbury Crescent, London N5 1RD. Please write your cheque out to our charity, The Earth Community Trust.
  • In the US you can donate via the Iris Arts and Education Group 1856 San Antonio Ave, Berkeley, California 94707. Please write your cheque out to our charity, The Earth Community Trust.
  • Please become one of our funding volunteers. We are seeking a team of people to help us fundraise. This can be done in a number of ways. If you think you can help, please email our intern Nina: nina (at) eradicatingecocide.com
  • We are seeking a volunteer for 2 weeks full time to come into our London office: please email Louise with your CV: louise (at) eradicatingecocide.com

And don’t forget to go to the Eradicating Ecocide website to become more aware and then take action!  Speaking of becoming more aware, do watch this video.

The influence of climate

Changing climate is changing us and the world in significant and fundamental ways.

I wrote this around noon on the 7th September.  That day we awoke to the sky, normally clear blue, covered totally in grey stratus cloud.  Shortly after 9am it started to rain and some three hours later that rain was still steadily falling from the sky.  Don’t get me wrong, the steady rain was vital to the area.

The precipitation statistics for Payson, AZ up to yesterday (6th at the time of writing) are:

Precipitation year to date (ergo to the 6th September) = 8.02 inch (20.37 cms)

Precipitation 30-year average to the end of September = 16.25 inch (41.28 cms)

Year to date as a percentage of 30-year average = 49.4%

The annual 30-year average precipitation for the year for Payson is 21.5 inch. (54.6 cms)

So despite a moderately effective monsoon, there is no way that Payson, Arizona will be even close to the 30-year average for precipitation.

That’s why a recent essay by Chris Martenson, he of Peak Prosperity fame, is so critically worth reading.  I’m very grateful to Adam Taggart, Chris’s business partner, for giving me permission to republish the essay.  (Note that the essay was published before Hurricane Isaac arrived.)

Also note that this is Part One of Chris’s very detailed report and that to read the concluding Part Two you will need to enrol over at Peak Prosperity.  However, Part One is very detailed and covers much. Thus even without Part Two there is much here to ‘exercise the mind’.

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The U.S. Drought Is Hitting Harder Than Most Realize

Repercussions are everywhere.  By Chris Martenson, Wednesday, August 29, 2012, 8:02 PM

This is an important update on the U.S. drought of 2012, the combined record-setting July land temperatures, and their impact on food prices, water availability, energy, and even U.S. GDP.

Even though the mainstream media seems to have lost some interest in the drought, we should keep it front and center in our minds, as it has already led to sharply higher grain prices, increased gasoline costs (via the pass-through of higher ethanol costs), impeded oil and gas drilling activity in some areas (due to a lack of water), caused the shutdown of a few operating electricity plants, temporarily reduced red meat prices (but will also make them climb sharply later) as cattle are dumped in response to feed- and pasture-management concerns, and blocked and/or reduced shipping on the Mississippi River. All this and there’s also a strong chance that today’s drought will negatively impact next year’s Winter wheat harvest, unless a lot of rain starts falling soon.

The good news from Hurricane Isaac is that he’s traveling on a perfect path to deliver relief to one of the most heavily drought-impacted areas:

There are steps that everyone can and should take to become more food- and fuel-resilient in case the drought persists – as some experts think is quite possible – into next year and perhaps a few more. We’ll get to those steps shortly.

Further, there will be a definite impact to U.S. GDP, which could add to pressures (excuses?) that the Fed may use to justify additional quantitative easing (QE) measures (otherwise known as ‘printing more money’).

U.S. Drought Intensifies

The drought in the U.S. has intensified in the recent weeks, even though it has somewhat dropped from the front pages of mainstream media, possibly because the story is stale or possibly because it’s just too serious to dwell on for long:

Extreme drought in the U.S. intensifies
Aug 17, 2012

The drought in the United States is continuing to intensify, according to the National Oceanic and Atmospheric Administration (NOAA).

The latest Drought Monitor says 61 percent of the contiguous United States faces moderate or worse drought conditions this week.

Nearly 30 percent is experiencing extreme to exceptional drought, exceptional being the most severe category.

Officials say the amount of land that’s currently affected across the U.S. is larger than the entire state of California.

In this next image, it is notable that the areas of the highest drought classification — ‘exceptional’ — have dramatically expanded from the prior week (the August 7, 2012 report).

(Source)

Much of the drought is centered squarely over the U.S. ‘breadbasket’ region and has really dented this year’s harvests in a big way.

Crop Losses

Certainly the number one story around the U.S. drought centers on its impact on grain production, specifically corn and soybeans. In a minute we’ll discuss the other impacts, but we’ll start with the one that has the greatest potential to cause both suffering and strife over the coming months (and possibly years), especially for those on limited budgets.

In 2011, the U.S. reaped a corn harvest of some 314 million tons. In 2012, the USDA has estimated a harvest of 274 million tons – a shortfall of 40 million tons – despite record acreage being planted.

While the USDA has been steadily reducing their crop estimates, practically with every passing week, it seems likely that the USDA remains behind the curve today, as it has been every step of the way. A different source for information comes from the Pro Farmer Midwest Crops Tour, which is coming in slightly under the current USDA estimates:

Crop Tour Points to Sharper Drought Impact on Soy, Corn
Aug 21, 2012

Initial reports from the closely watched Pro Farmer Midwest Crop Tour suggested more crop damage than expected from the drought, raising the potential for diminished soybean production this fall and sending futures sharply higher.

The disappointing crop reports from scouts touring fields on the Pro Farmer crop tour in states such as Ohio and South Dakota make it hard to believe soybean yields will reach current U.S. government crop projections, said Don Roose, president of advisory and brokerage firm U.S. Commodities in West Des Moines, Iowa.

The market is in the “watch and worry” mode on all fronts as shrinking crop forecasts will further tighten supplies already projected to dwindle to precariously tight levels in 2013, Mr. Roose said.

On the annual Pro Farmer tour, analysts and investors walk corn and soybean fields in seven Midwestern states over four days to assess prospects prior to the fall harvest. Pro Farmer is an agricultural advisory firm. The Pro Farmer tour, which wraps up Thursday, reported diminished potential for the soybean crop in both Ohio and South Dakota.

The crop tour doesn’t estimate soybean yields, but it reported an average 584.9 pods per 3-foot-by-3-foot square area in South Dakota, down 47% from a year ago. In Ohio, scouts reported soybean counts at an average of 1,033.72 pods per 3-foot-by-3-foot square area, down from 1,253.2 pods a year ago.

Soybeans entered their critical growing phases in recent weeks, and the crop has benefited in some regions from recent rains across the eastern Farm Belt.

Meanwhile, scouts with the Pro Farmer Midwest Crop Tour on Monday reported an average estimated corn yield in Ohio of 110.5 bushels per acre, down from the tour’s estimate of 156.3 bushels a year ago. In South Dakota, tour scouts reported an average yield estimate of just 74.3 bushels per acre, down from 141.1 bushels a year ago.

While commodities traders and agronomists have braced for weeks for the prospect of a crop decimated by drought, the estimates were lower than many had expected.

The summary here is that the Pro Farmer Tour is reporting crop yields to be 2% – 3% lower than current USDA forecasts, which is a big deal when it comes to food. We’re talking a few tens-of-millions-of-bushels’ difference.

The somewhat sour note in this unfolding drama is the fact that 40% of the nation’s corn crop goes to ethanol producers, which means that food will be burned in the nation’s auto fleet instead of helping to keep prices down for consumers and animal feed. Another 40% goes to animal feed (chicken, cattle, hogs, etc.), and the remaining balance goes to direct human consumption.

However, the ethanol mandate is a congressional requirement for our fuel blenders, so they do not have a choice in the matter. It would literally take an act of Congress to even temporarily suspend the ethanol requirement – and in an election year, that’s just not going to happen, given the powerful constituencies invested in preserving that mandate.

Of course, higher input costs will ripple through the entire chain, so perhaps Bernanke will get the inflation he seeks, although it won’t be the one he wants. The inflation he wants is simple monetary-driven inflation. The inflation he will get is nothing more than a supply/demand mismatch.

Still, the USDA has a handy calculation for estimating the future impacts:

U.S.’s inferior corn crop has supply-chain ramifications
Aug 13. 2012

The USDA has provided considerable information about how the drought’s effects were likely to percolate through the economy. Because of a smaller-than-expected corn crop, the USDA said it can make the general prediction that “we will see impacts within two months for beef, pork, poultry and dairy (especially fluid milk). The full effects of the increase in corn prices for packaged and processed foods (cereal, corn flour, etc.) will likely take 10-12 months to move through to retail food prices.”

The USDA has a formula for predicting changes in the rate of inflation caused by gains in prices at the commodity level: if the farm price of corn rises 50%, retail food prices rise by 0.5% to 1% as measured by the Consumer Price Index (CPI).

The price of September corn futures from mid-June until early August advanced 55%, meeting the USDA’s criterion for a measurable increase in the CPI Lapp presented a more extreme scenario than the USDA. He predicted that the damage to the 2012 corn crop will translate into a food inflation rate of 4% to 5% in 2013. In his view, the dollar cost of the drought already was $30 billion, which accrued rapidly over the summer.

“This is a cost that somebody has to bear,” Lapp said. “Some price hikes are fairly quick and others take a while.”

He said high feed costs will have to be absorbed by producers, who will likely liquidate part of their cattle and swine herds and poultry populations. At the retail level, the drought’s effects will translate into narrower margins — and expected higher prices — for processed food and soft drink manufacturers among others.

Lapp offered his opinion that legislation that has effectively required 40% of the corn crop be used in making biofuels has made everything worse.

“The situation has been aided and abetted in a negative way by the biofuels mandates,” he said. “Shame on us for having mandated so much to corn ethanol” without creating contingencies for a bad crop year.

Because corn is the base unit for so many things (especially in the form of high-fructose corn sweetener), and because it’s a primary feed component for finishing cattle and raising chickens and hogs, it tends to have a pretty decent impact on food prices.

However, it takes time for those price hikes to work through the system. So it will not be until 2013 sometime that we really begin to feel it in the U.S. And for the rest of the world that lives more directly on grains? They’re not as lucky. The price hikes hit them almost immediately.

It looks like the harvest in Russia will be below expectations as well:

Russia harvest forecasts cut as drought hits crop in east
Aug 20, 2012

(Reuters) – Two leading Russian agricultural analysts cut their forecasts for Russia’s grain harvest on Monday after harvest data from two drought-stricken eastern growing regions reduced the outlook for the overall crop.

SovEcon narrowed their grain forecast to 71-72.5 million metric tonnes (…)

The government’s official grain harvest forecast is 75-80 million tonnes, of which 45 million tonnes could be wheat. The government has put this season’s exportable surplus at 10-12 million tonnes, a level seen by traders as an informal cap on exports.

The government has tried to reassure markets there will be no repeat of August 2010, when Russia’s government shocked markets with a snap decision to ban grain exports when the scale of losses from major drought became clear.

The government has indicated that protective tariffs could be an option, though only after the end of the calendar year.

But traders widely expect limits to be imposed in some form, perhaps as early as November, after heavy exports in the early months of the season showed Russia could hit the 10-12 million tonne mark sooner than January.

Russia is still officially projecting 75-80 million tonnes but may only get 71 tonnes. If the projected exportable surplus is 10-12 million tonnes, but Russia actually harvests 9 million tonnes less than their hoped-for projection, then its exports will have to decrease to plug that gap.

Here’s the kicker: Russia has already exported a good deal of that amount. That is, the prospect of another Russian export ban this year is quite realistic. If we get one, then we can expect a repeat of the turmoil in the grain markets that we saw in 2010.

But there’s another much more fundamental reason why we can expect higher prices going forward.

Need for Even Higher Prices

The good news is that there’s still plenty of supply to carry us through to the next harvest. However, demand is going to have to go down some, and the way we accomplish that is through the price mechanism.

Right now, physical grain traders are saying that prices are too low and that unless they rise, we’re going to run out of grain before the next harvest. Obviously, that’s not truly going to happen – increasing scarcity will cause prices to rise until current demand levels are reduced.

Fall in corn price disguises real picture (Financial Times)
Aug 20, 2012

Corn prices surged this month to an all-time high of $8.4375 a bushel on the back of the worst drought in the US in nearly half a century. But prices have since fallen roughly 5 per cent. The impression is the rally has run out of steam.

This is far from the real picture. Prices need to rise again – probably setting all-time highs – to dampen consumption that is running ahead of supply.

If demand does not slow down, silos will be all but empty before the next harvest arrives in late 2013.

On paper, the balance sheet for corn supply and demand published by the US Department of Agriculture seems good enough. But in practice, the numbers look a bit shaky. The agency, whose figures are closely watched by the market, first estimates supply and, after that, adjusts the demand data to maintain a minimum level of inventories.

This time the USDA is asking for monumental rationing on the demand side. For example, US corn feed and export demand will need to drop to their lowest levels in nearly 20 years.

The USDA is also forecasting lower ethanol production – and thus corn demand. Ethanol output has fallen, but not nearly enough. Worse, the rise in wholesale petrol prices back above $3 a gallon means that ethanol producers are profitable again, even when paying record corn prices.

Corn is now trading just above $8 a bushel – but traders in the physical market say that prices need to rise to $9-$10 to force demand down enough to meet the consumption levels anticipated by the USDA.

The retreat in corn prices over the past couple of weeks has given inflation watchers a false sense of security. The market should not relax, however. More food inflation is just waiting around the corner.

The idea here is that the cash market will have to lead the futures market higher, an odd situation because it is usually the other way around. With so many hedge funds now playing in the commodity space, one explanation is that they are simply playing paper games with each other – those playing the short side will get a lesson in the importance of keeping one eye on reality.

A truly shocking event would be if the U.S. ever gets to the position of limiting exports of corn or even soybeans. That is a very unlikely proposition to consider, but if the silos get drained because we have dysfunctional markets that saw fit to keep prices bizarrely low while our free trade agreements allow the too-low grains to be exported, threatening domestic supplies, then that possibility notches up a little bit.

Dairy, Meat, and Even Higher Gasoline Costs

While it is clear that basic grain prices are heading higher, the knock-on effects into other soft commodities are a little less clear, but are definitely still important to consider.

The most obvious of these are higher grain feed costs that will hit both livestock and dairy producers especially hard:

The withering crops are translating into higher feed costs for livestock producers. “This is different than anything I’ve ever experienced,” said Kent Pruismann, who raises cattle and hogs on a farm in Sioux County, Iowa, and saw his costs for feed jump by 20% in July.

The higher corn, soybean and wheat prices will reach food makers, exporters and eventually consumers. Drivers already have seen fuel costs climb because of higher prices for ethanol, a corn-based fuel that is blended into gas. The drought also has reignited the debate over whether ethanol production is a drain on global food supplies.

(Source)

Some are already turning to, shall we say, other means to keep their herds fed:

Kentucky cows eat candy instead of corn

Aug 14, 2012

LOUISVILLE, KY (WAVE) – When you think of cattle feed, you probably don’t think of candy, but due to the drought that’s exactly what one farmer chose to do.

At Mayfield’s United Livestock in Western Kentucky, owner Joseph Watson feeds his herd second-hand candy.

Watson started feeding his cattle the candy because corn prices were so high.

He mixes the candy with an ethanol by-product and a mineral nutrient. He monitors the daily intake and said the cows have had no real health issues.

Yes, the higher grain costs are going to hit everything from big cattle feedlot operations to my own two-bags-a-month chicken-feed usage.

However, it will be the cost of and even lack of hay that will really create some big problems later this year. The drought not only harmed the range and pasture lands, forcing greater use of stored hay to offset the decline in forage, but it put a huge crimp in this year’s hay production:

Drought Cripples Hay Feed Industry

Aug 19, 2012

Widespread drought has scorched much of the pastureland and hay fields needed to sustain cattle herds in the U.S., forcing many ranchers to find feed alternatives or sell their animals early into what has become a soft beef market.

The shortage has led to higher hay prices, with some farmers saying they have to pay two to three times last year’s rates.

Despite farmers setting aside more land to grow hay this year, they are still producing a lot less because of the drought, according to a recent Department of Agriculture estimate.

The harvest of alfalfa, generally considered to make the best hay because of its high nutrient levels, is forecast to be the worst since 1953, according to the USDA.

Pasture grass and hay are what most cattle are fed for the roughly two years they live before being slaughtered, but the drought is threatening to starve the animals.

Illinois rancher Steve Foglesong said that most years he could graze his cattle from spring through November on verdant fields that are now brown, buying them hay bales only in the winter. This year, he and his animals have their eyes on withered corn plants.

“It may not have any ears on it, but it makes pretty good cow feed,” he said.

John Erwin, who owns 20 acres of land in Shelbyville, Ill., said he is having trouble growing alfalfa hay, but demand is strong for what he can produce.

“I’m getting calls from ranchers as far away as Wyoming,” Mr. Erwin said. “They’re desperate.”

He said he has been offered $250 a ton for his hay, nearly double the $130 a ton in a non-drought year. His fields didn’t produce any hay in July.

A doubling of hay prices is obviously going to create quite a bit of economic hardship for many farming operations, which tend to be marginal profit businesses even when everything is going well.

Here’s another view on the hay situation:

I spoke with Caldwell [of Indiana horse rescue] and a number of other horse-rescue organizations around the country by telephone this week. The relentlessly hot dry weather, amplified in many areas by wildfire, has been devastating to farmers, ranchers and other horse owners.

“Everybody is using their winter hay now. The pastures are destroyed and they probably won’t recover before winter,” said Caldwell. “The price of hay has doubled, and the availability is down by 75 percent.”

Caldwell is somewhat sanguine about his own lot, but not optimistic about what lies ahead.

“Today the problem is not nearly as bad as it’s going to be,” he told me. “It’s terribly bad today, but it is going to get a lot worse.”

(Source)

The drought has done some very serious harm to the nation’s hay supply that goes beyond the economics of higher hay costs. First there’s the supply of the hay, and then there’s the relatively poor quality of hay that was taken from non-irrigated, drought-stricken fields. All in all, it’s not a good situation.

To add a bit more difficulty into the situation, it turns out that drought-stricken silage and even the corn itself can be harmful to animals:

Drought makes corn dangerous for livestock

Aug 16, 2012

COLUMBIA, MISSOURI, U.S. — Tim Evans, an associate professor of veterinary pathobiology and toxicology section head at the Veterinary Medical Diagnostic Laboratory at the University of Missouri College of Veterinary Medicine, Columbia, Missouri, U.S., warns U.S. farmers and livestock producers that drought-damaged corn plants can pose a risk to animal health.

“During severe drought conditions, corn plants, especially those heavily fertilized with nitrogen, can accumulate a chemical called ‘nitrate’,” Evans said.

“This chemical can be very harmful to animals, especially cattle, if they eat corn plants or other vegetation containing too much nitrate. Eating plants with too much nitrate can cause damage to red blood cells, resulting in lethargy, miscarriage, and even sudden death.”

Evans says that in normal conditions, corn crops typically absorb nitrate into only the lower 12-18 inches of the stalk, which does not have to be fed to animals. However, during severe drought conditions, high concentrations of nitrate can accumulate in the upper portions of the stalk, which cattle and other livestock often eat.

Evans also says that many naturally growing plants and weeds in grazing pastures can accumulate nitrate during drought conditions, as well. These plants include many types of grasses and some weeds, which animals might be forced to eat because of limited pasture or hay available as forage for livestock.

The key here is that nitrates are safe below 2,000 ppm but toxic above 15,000 ppm, and the levels found in the stalks and how high it travels are a function of whether enough rain fell to allow the plant to take it up. Much of the corn crop was so desiccated that the plants could not even manage to draw up this nutrient, and therefore it is safe as a feed product.

While it’s hard to get a read on at this early stage, there are enough warning signs here pointing to much, much higher grain, food, and meat prices in the future. The worry is whether there will even be enough feed to sustain the animal populations through the Winter and Spring. Given the damage to the harvestable corn, a lot of it is going to be turned into silage

Many ranchers and farmers are faced with a horrible choice here. Saving their herds may be economically unsound or even impossible where hay and safe silage are not available, and so they are selling their herds, one of the most heart-wrenching decisions anyone could have to make.

So many are doing this that recently the price for cattle has dropped, as everyone is selling into an increasingly soft market. My advice is to enjoy these low meat prices while they last, because the next stage of this story involves much higher meat prices.

The problem with understanding just how bad the hay situation might (or might not) be is that there are no national statistics collected that could tell us whether or not there’s even enough hay available to sustain the current commercial and recreational livestock populations.

The Importance of Positioning Yourself

So, with all of these repercussions building during the current drought – to which there’s yet no end in sight – what can you do today to minimize their impact on your budget and lifestyle?

Part II: Positioning for the Drought’s Aftermath looks at the likeliest outcomes in food prices, food availability, energy prices, and macroeconomic consequences (of which there will no doubt be many from this drought). We have a national food distribution system that runs significantly on a just-in-time basis, which leaves it vulnerable to price and inventory shocks when there are supply disruptions. The reduced water levels caused by the drought are handicapping electrical power generation in growing regions in the country; electrical thermal plants are the number one biggest user of water in the U.S.  The global financial markets are similarly tenuous these days, as resources are already taxed in trying to stimulate the moribund U.S. economy and dig Europe out of its massive credit woes.

This is one of those moments where taking simple, prudent steps now can have an outsized effect on preserving your quality of life.

Click here to read Part II of this report (free executive summary; paid enrollment required for full access)

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It’s not pleasant reading, is it!  But unless we all fully understand the implications of what we are doing to the planet by continuing to pollute the atmosphere, how can we embrace change!

In memory of Neil.

There will only ever be one Neil Armstrong.

Like millions of others on this planet, I was held spellbound by the historic and epic moment of man placing his mark on another heavenly body, the Moon.  I had been so wrapped up in NASA’s space missions that I took a holiday from work (I was working at the time for ICIANZ in Sydney, Australia) for the week of July 16th, 1969.

It was, of course, July 16th when the Apollo 11 Mission launched from the Kennedy Space Center culminating at precisely 20:17:39 UTC on July 20, 1969, the moment when the Lunar Module made lunar contact.

But in terms of me writing my own obituary for Neil, what could I offer?

Then a couple of items changed my mind.

Neil Armstrong (August 5, 1930 – August 25, 2012)

The first was reading the obituary printed in The Economist.  I have long admired the many, many beautiful obituaries that have been published by this newspaper and this one was no exception.  Take this extract from the Neil Armstrong obituary,

He had an engineer’s reserve, mixed with a natural shyness. Even among the other astronauts, not renowned for their excitability, he was known as the “Ice Commander”. Mike Collins, one of his crew-mates on the moon mission, mused that “Neil never transmits anything but the surface layer, and that only sparingly.” He once lost control of an unwieldy contraption nicknamed the Flying Bedstead that was designed to help astronauts train for the lunar landing. Ejecting only seconds before his craft hit the ground and exploded, he dusted himself off and coolly went back to his office for the rest of the day. There was work to be done.

Then the beautiful words that bring the obituary to a close,

Earth’s beauty

Over half a century, the man who never admitted surprise was surprised to observe the fading of America’s space programme. The Apollo project was one of the mightiest achievements of the potent combination of big government and big science, but such enterprises came to seem alien as well as unaffordable. Mr Armstrong, who after his flight imagined bases all over the moon, sadly supposed that the public had lost interest when there was no more cold-war competition.

Yet the flights had one huge unintended consequence: they transformed attitudes towards Earth itself. He too had been astonished to see his own planet, “quite beautiful”, remote and very blue, covered with a white lace of clouds. His reserve, after all, was not limitless. One photograph showed him in the module after he and Buzz Aldrin had completed their moon-walk, kicking and jumping their way across the vast, sandy, silver surface towards the strangely close horizon. He is dressed in his spacesuit, sports a three-day beard, and is clearly exhausted. On his face is a grin of purest exhilaration.

” … they transformed attitudes towards Earth itself. He too had been astonished to see his own planet, “quite beautiful”, remote and very blue, covered with a white lace of clouds.”   For that reason alone, we need to celebrate the achievement of the Apollo 11 mission for putting our own planet into perspective within the enormity of the universe.

The second item that persuaded me to write this was a wonderful historic insight into how a potential catastrophy on the surface of the Moon would have been handled by President Nixon.  This historic item was published on Carl Milner’s blog the other day, the specific item being  What if the Moon Landing Failed?  Republished with the very kind permission of Carl.

What if the Moon Landing Failed?

Posted on September 1, 2012 by 

When Richard Nixon was the President of the United States, they had a speech ready for him to deliver to the world just in case the 1969 moon landing had ended in disaster. In fact many experts believed there was a big chance that Neil Armstrong and Edwin ‘Buzz’ Aldrin could have really gotten stuck on the moon. It’s something we don’t really think about now because we all know it was such a success. American Archives have unearthed the speech that would have been delivered if the late great Armstrong and Aldrin had never made it back to earth. This is such a great piece of history that I thought I might never see.

Give it a read, It’s such a moving and well prepared speech, and such a good thing that President Nixon never had to delivered it.

So, as with millions of others, I am delighted that this speech remained unspoken and instead we experienced: “At 5:35 p.m. (US EDT), Armstrong and Aldrin successfully docked and rejoined Collins, and at 12:56 a.m. on July 22 Apollo 11 began its journey home, safely splashing down in the Pacific Ocean at 12:50 p.m. on July 24.”

Neil Armstrong’s legacy is not only being part of the wonderful team that allowed man to make the first footprint on the Moon but also bringing into our human consciousness that this blue, wonderful planet we all live on is the only home we have.

First Full-View Photo of Earth
Photograph courtesy NASA Johnson Space Center
This famous “Blue Marble” shot represents the first photograph in which Earth is in full view. The picture was taken on December 7, 1972, as the Apollo 17 crew left Earth’s orbit for the moon. With the sun at their backs, the crew had a perfectly lit view of the blue planet.

Strikes me that celebrating July 20th each year as Blue Planet Day might not be a bad idea!  Any takers?  Now that would be a legacy for Neil!

A new NEON light beckons.

A wonderful investment in studying America’s ecology is just starting.

I am indebted to The Economist for including in their issue of the 25th August a story about NEON, something I had previously not heard about.

It was then an easy step to locate the main website for the National Ecological Observatory Network, or NEON.  (Just an aside that I can’t resist – NEON is such a fabulous acronym that one wonders how much push and shove there was to come up with the full name that also fitted the word ‘NEON’!  Sorry, it’s just me!)

Anyway, back to the plot.  The following video gives a very good idea of the projects aims.  When I watched it, I found it inspiring because it seemed a solid example of how the nation, that is the USA, is starting to recognise that evolving to a new, sustainable way of life has to be  built on good science.  NEON strikes me as excellent science.  You watch the video and see if you come to the same conclusion.

There’s also a comprehensive introduction to the project from which I will republish this,

In an era of dramatic changes in land use and other human activities, we must understand how the biosphere – the living part of earth – is changing in response to human activities. Humans depend on a diverse set of biosphere services and products, including air, water, food, fiber, and fuel. Enhancements or disruptions of these services could alter the quality of human life in many parts of the world.

To help us understand how we can maintain our quality of life on this planet, we must develop a more holistic understanding of how biosphere services and products are interlinked with human impacts. This cannot be investigated using disconnected studies on individual sites or over short periods of observation. Further, existing monitoring programs that collect data to meet natural resource management objectives are not designed to address climate change and other new, complex environmental challenges.

NEON, the first continental-scale ecological observatory, will provide comprehensive data that will allow scientists to address these issues.

Later on there’s more detail, as follows,

NEON has partitioned the U. S. into 20 eco-climatic domains, each of which represents different regions of vegetation, landforms, climate, and ecosystem performance. In those domains, NEON will collect site-based data about climate and atmosphere, soils and streams and ponds, and a variety of organisms. Additionally, NEON will provide a wealth of regional and national-scale data from airborne observationsand geographical data collected by Federal agencies and processed by NEON to be accessible and useful to the ecological research community. NEON will also manage a long-term multi-site stream experiment and provide a platform for future observations and experiments proposed by the scientific community.

The data collected and generated across NEON’s network – all day, every day, over a period of 30 years — will be synthesized into information products that can be used to describe changes in the nation’s ecosystem through space and time. It will be readily available in many formats to scientists, educators, students, decision makers and the general public.

For some reason I couldn’t find on the NEON website the informative map that was included in The Economist so I grabbed that one, and offer it below:

These eco-climatic domains are fully described here on the NEON website.

The benefits of this fabulous project are described thus, “The data NEON collects and provides will focus on how land use change, climate change and invasive species affect the structure and function of our ecosystems. Obtaining this kind of data over a long-term period is crucial to improving ecological forecast models. The Observatory will enable a virtual network of researchers and environmental managers to collaborate, coordinate research, and address ecological challenges at regional, national and continental scales by providing comparable information across sites and regions.”

As they say in business, if you can’t measure it, you can’t manage it!  So reading in the above the sentence, ‘Obtaining this kind of data over a long-term period is crucial to improving ecological forecast models.‘ is cheering to the soul.

The United States quite rightly gets a huge bashing over it CO2 emissions but to condemn the USA for that and not to applaud this sort of wonderful research is utterly unjustified.  As I have hinted before, America has, more than any other country in the world, the energy to make things better over the coming years.

As Professor Sir Robert Watson highlighted here recently said, ‘… deep cuts in CO2 emissions are possible using innovative technologies without harming economic recovery.’

Amen to that!

YOU are responsible

An intriguing guest post from Schalk Cloete.

Introduction

Schalk is the author of the Blog One in a Billion which describes itself as ‘A DIY guide to saving our world while building a happy, healthy and wealthy life.‘  The Billion in the title refers to ‘the billion wealthiest world citizens, are creating serious global problems through our unsustainable consumption habits.’

As the Blog’s About page explains,

My name is Schalk Cloete, a South African research scientist currently living and working in Norway. Officially, my research is centered around the mathematical modelling of fluidized bed reactors; something which makes nice pictures, but which is not exactly the most brilliant blog material. I will therefore not bore you with further details about the kinetic theory of granular flows.

Nope, the material I write about here; building a happy, healthy, wealthy and sustainable life within our affluent modern society, should be much more interesting. I use the word “building” quite a lot because that is exactly what needs to be done. One literally needs to build the environment within which one functions from day to day with the same level of diligence and attention to detail one would use to build a house.

Anyway, with no further ado, let me go to Schalk’s guest post.

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YOU are responsible

Not so long ago, Paul left a very thought-provoking comment on my blog: the One in a Billion project, and suggested that my response to that comment was worth publishing as a guest post on Learning from Dogs. Needless to say, I gratefully accepted this generous offer!  Before we go any further though, I’d just like briefly to describe my blog so that the comment can be seen in perspective.

The principle objective of my blog is to advocate personal lifestyle change as a lasting solution to the pressing sustainability problems we are facing today.

The rationale behind this overall theme is threefold:

  1. Our current systems are fundamentally guaranteed to collapse (more about this here)
  2. A personal lifestyle change is the one and only sustainable solution to this impending crisis (further detail can be found here)
  3. Such personal lifestyle changes towards sustainable living are the one and only road to lasting health, wealth and happiness.

So, on that backdrop, here was Paul’s comment:

Any successful attempt at reversing and correcting the perilous journey humanity is on has to focus on the nature of change, how humans change, why the change required in this case is psychologically complex, and how the reward feedback process has to work. In my opinion these are the core issues to be tackled.

And my response:

Change is driven by a complex set of internal and external triggers that influence our consciousness every second of every day. If these triggers collectively indicate to a person (based on his or her unique subjective interpretations and subconscious filters) that some alternative is more attractive or that the current reality is unacceptable, motivation for change is granted. The exact nature of the change that this project requests is a change in day-to-day lifestyle choices which stems from shaping a person’s interpretation and filtering of the various internal and external triggers to accurately represent the reality that a lifestyle aimed at sustainable happiness is infinitely more attractive than one focused on consumerism.

This project tries to motivate people to take action by strongly emphasizing on the immediate personal benefits of making these lifestyle changes, the ease with which these changes can be made (and made permanent), the short and long term hazards of not making these changes and the moral obligation we have to the poor and to future generations to make these changes.

The change is psychologically complex because the entire environment we live in today just begs us to consume at ever increasing rates. This is the reason why this project repeatedly emphasizes on the construction of micro-environments to protect against this toxic macro-environment and make the correct actions natural and automatic. On a higher level, change is psychologically complex because we now have to abandon a system that has raised our standard of living tremendously while we still had abundant cheap fossil fuels and a limitless planet. Our most powerful weapon has turned into our greatest threat and it should come as no surprise that we seem totally unable to handle that.

The reward-feedback process in the One in a Billion initiative is actually quite interesting. As stated before, a lot of emphasis is placed on the immediate rewards of making certain lifestyle choices, but the thing that makes it really interesting is the holistic and complementary nature of this plan. Because it covers such a broad spectrum of areas, one quickly finds that gains in one area start to enhance gains in other areas. From personal experience, this truly is an extremely exciting journey and even becomes addictive, thereby all but guaranteeing further lifestyle changes. As soon as this spiral is started, the mind becomes a lot more open to the wealth of information on sustainability out there and this understanding then stimulates further action. In the end, you end up with a completely self-sustaining upwards spiral towards happy, healthy, wealthy and sustainable living.

In closing, the change that is needed within the developed world today can basically be summarized as follows: hundreds of millions of people must be reconditioned away from a debilitating and self-destructive culture of consumerism and entitlement towards a healthy and fulfilling culture of contribution and personal responsibility. It is my sincere hope that the One in a Billion project can contribute to this change and help overcome the great challenges discussed above.

This really is a dream of mine which I have recently described in more detail under my Dream heading for anyone who might be interested. Please spend a minute or two to think about this philosophy and whether you might consider developing a similar dream of your own.

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Trust me, Schalk’s blog is full of very interesting propositions.  Yet another sign that opinions are changing across this great interconnected world.

Future of the car?

The mistake we all make is to look behind us and think the future will be the same.

Let me start with something that is not really news.  Not news in the sense that it has been very widely reported.  I’m speaking of the probability, the high probability, that this year’s summer ice area in the Arctic will be a record low, with all the implications that this carries.  Let me refer to a recent BBC news item that included a stunningly powerful chart.

Scientists at the US National Snow and Ice Data Center said data showed that the sea ice extent was tracking below the previous record low, set in 2007.

Latest figures show that on 13 August ice extent was 483,000 sq km (186,000 sq miles) below the previous record low for the same date five years ago.

The ice is expected to continue melting until mid- to late September.

“A new daily record… would be likely by the end of August,” the centre’s lead scientist, Ted Scambos, told Reuters.

“Chances are it will cross the previous record while we are still in ice retreat.”

The US National Snow and Ice Data Center may be found here.

So to the piece that generated the title of this post, the future of the car.

On the 17th August, I wrote an article highlighting the fact that the U.S. leads the world in cutting CO2 emissions.  That was endorsed by an item published on the U.S. Energy Information Administration’s (EIA) website, that said,

U.S. carbon dioxide (CO2) emissions resulting from energy use during the first quarter of 2012 were the lowest in two decades for any January-March period. Normally, CO2 emissions during the year are highest in the first quarter because of strong demand for heat produced by fossil fuels. However, CO2 emissions during January-March 2012 were low due to a combination of three factors:

  • A mild winter that reduced household heating demand and therefore energy use
  • A decline in coal-fired electricity generation, due largely to historically low natural gas prices
  • Reduced gasoline demand

It was the last item that caught my eye.  Because it resonated with an article on Chris Martensen’s Peak Prosperity blog just over a week ago.  That article, written by Gregor Macdonald, was called The Demise of the Car.

About a third of the way into the article, Gregor writes,

But it’s not just India that has incorrectly invested in automobile transport. The other giant of Asia, China, has also placed large resources into auto-highway infrastructure.

It appears that at least a decade ago, the developing world made the same assumption about future oil prices as was made in Western countries. The now infamous 1999 Economist cover, Drowning in Oil, reflected the pervasive, status-quo view that the global adoption of the car could continue indefinitely. A decade later, however, we find that after oil’s extraordinary price revolution, the global automobile industry is now starved for growth.

Then a little further down in this interesting article there is this,

More broadly, however, global governments are captured by sunk-cost decision making as the past 60-70 years of highway infrastructure investment is now a legacy just too painful to leave behind. Interestingly, whether citizens and governments want to face this reality or not, features of the oil economy are already going away as infrastructure is increasingly stranded. Moreover, there are cultural shifts now coming into play as young people are no longer buying cars – in the first instance because they can’t afford them, and in the second instance because it’s increasingly no longer necessary to own a car to be part of one’s group. See this piece from Atlantic Cities:

Young People Aren’t Buying Cars Because They’re Buying Smart Phones Instead

Youth culture was once car culture. Teens cruised their Thunderbirds to the local drive-in, Springsteen fantasized about racing down Thunder Road, and Ferris Bueller staged a jailbreak from the ‘burbs in a red Ferrari. Cars were Friday night. Cars were Hollywood. Yet these days, they can’t even compete with an iPhone – or so car makers, and the people who analyze them for a living, seem to fear. As Bloomberg reported this morning, many in the auto industry “are concerned that financially pressed young people who connect online instead of in person could hold down peak demand by 2 million units each year.” In other words, Generation Y may be happy to give up their wheels as long as they have the web. And in the long term, that could mean Americans will buy just 15 million cars and trucks each year, instead of around 17 million.

If future car sales in the US will be limited by the loss of 2 million purchases just from young people alone, then the US can hardly expect to return to even 15 million car and truck sales per year. US sales have only recovered to 14 million. (And that looks very much like the peak for the reflationary 2009-2012 period)

Indeed, the migration from suburbs back to the cities, the resurrection of rail, and the fact that oil will never be cheap again puts economies – and culture – on a newly defined path to other forms of transport and other ways of working.

It’s a long and interesting article that demonstrates an old truth, no better put than in this quotation reputed to have been said by John F. Kennedy,

Change is the law of life. And those who look only to the past or present are certain to miss the future.