These seem like times where very little makes sense.
Blogger Patrice Ayme posted an item on Wednesday under the title of Doomed Dems. It was, inevitably, a commentary on the recent news regarding Donald Trump. Here’s how Patrice’s post opens:
So Donald Trump will be the Republican committee ( 😉 ) for the presidency. And Trump will, probably, be elected US president. Why? Because people want change, and they did not get it. Instead they got more of the drift down, after the reign of the teleprompter reading president. Average family income is DOWN $4,000 since (“Bill”) Clinton’s last year as president. According to a FOX News poll, 64% of Americans blame Wall Street. Meanwhile in a vast report in the New York Times, Obama celebrates, in May 2016, the alliance he said he made with Wall Street in 2008.
Later on in that same post, Patrice goes on to write about the horrific fire in Alberta, Canada, and the damage to trees in Yosemite National Park in California. At first sight those two events would appear disconnected. But not according to Patrice:
Meanwhile a friend of mine went to Yosemite ten days ago. She told me she could not believe the devastation of the forest. Most of it is fiery red. It is devastated by the Pine Bark Beetle. To kill the Beetle, one needs twenty days well below freezing. However, this hard freeze is now a memory. So the Beetle invades, and kills forest. Treating tree by tree is hopelessly expensive, and futile. Yes, the forests will burn soon, adding to CO2 in the atmosphere. And it is all the way like that to Alaska.
Massive walls of flames prompted authorities to order the evacuation of all the city’s more than 80,000 residents last night. The blaze has been caused by un-naturally high temperatures. Such giant fires are our immediate future. Nobody said the Greenhouse crisis was going to be nice. More evacuations coming.
Anything to do with dogs? Well, yes!
For this coming Saturday I am giving a talk about my book, Learning from Dogs, to our local Rogue Valley Humanist and Freethinkers (both Jean and I are members) and it struck me that what Patrice wrote about and what we see all around us are part of the same big picture. That we need to be reminded of a few fundamentals. As I will be saying in my talk:
Dogs are creatures of integrity! Wow! Now you might see where this is leading to!
But more than that, much more than that, they offer us humans a model for a range of behavioural qualities that we ignore at our peril:
I then list the qualities that we see in our dogs, and continue:
Hold those values close to you for just a few moments. Imagine what would flow out across the world if those were the characteristics, the behavioural values, of us humans!
Finally, towards the end of that talk on Saturday I will be saying:
Nature will always have the last word regarding her natural world, to which we humans are so intricately linked. Standing alongside and respecting nature as the future comes to us will be so much wiser than pushing back against nature, and ultimately failing, trying to “convert” nature to some form of materialistic human resource. Because that route will only return those of us who survive to a life of hunting and gathering. Which, so many thousands of years previously, is where early dogs started humankind on the long journey leading to now.
Dogs have been the making of humans and a viable future for humankind on this beautiful planet depends on us never forgetting this oldest relationship of all, the one between dog and human.
Because if we, as a global society, don’t understand that when it comes to power all the plutocrats and all of their money come to naught in contrast to the power of nature then these present lands are going to become very strange indeed!
And nature is rapidly encroaching on these lands that we are now traversing.
Looking into the history of the Great Pyrenees dog.
This coming Saturday will be one month since Brandy entered our lives and to say he has been a gorgeous addition to our family is an understatement!
I was looking at him yesterday afternoon at feeding time (usually 3pm) and just saw his size in comparison to the window ledge and the chair next to him: he is a large dog!
Two things raced through my mind, the first being to grab a camera and take the following shot,
and the second to research the history of this breed. (But I should immediately say that Brandy is not purebred Pyrenean and has a little Bull Mastiff within him.)
That second item was but a quick web search away for top of the list of returns was an article on the website of the Great Pyrenees Club of America. The article was appropriately headed: History of the Great Pyrenees.It is fully linked to the source website so, fingers crossed, it is OK to republish here. I hope you find it as interesting as we did.
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History of the Great Pyrenees
Dog of the Mountains
These dogs take their name from the mountain range in southwestern Europe, where they long have been used as guardians of the flocks. In the United States they are called Great Pyrenees. In the United Kingdom and on the continent of Europe, they are known as the Pyrenean Mountain Dog. In their native France, they are Le Chien de Montagne des Pyrenees or Le Chien des Pyrenees. Whatever the name, it is a beautiful, primarily white dog with a “certain elegance” which for centuries has been the working associate of peasant shepherds high on the mountain slopes.
The breed likely evolved from a group of principally white mountain flock guard dogs that originated ten or eleven thousand years ago in Asia Minor. It is very plausible that these large white dogs arrived in the Pyrenees Mountains with their shepherds and domestic sheep about 3000 BC. There they encountered the indigenous people of the area, one of which were the Basques, descendants of Cro-Magnon Man. In the isolation of the Pyrenees Mountains over these millenniums, the breed developed the characteristics that make it unique to the group of flock guardian dogs in general and the primarily white members of that group.
The Great Pyrenees is a lupomolossoid as opposed to a molossoid. While there has surely been some cross-breeding over the many centuries, the Great Pyrenees is not a mastiff nor are its lupomolossoid ancestors principally from the mastiff family. There are other dogs of the region, such as the Pyrenean Mastiff, and the Spanish Mastiff that fill that description. It is no coincidence that the Great Pyrenees is approximately the same size as the European Grey Wolf.
A Peasant’s Dog
The Great Pyrenees is a mountain shepherd’s dog. Over this long period of time the Great Pyrenees developed a special relationship with the shepherd, its family, and the flock.
In 1407, French writings tell of the usefulness of these “Great Dogs of the Mountains” as guardians of the Chateau of Lourdes. In 1675, they were adopted as the Royal Dog of France by the Dauphin in the court of King Louis XIV, and subsequently became much sought after by nobility. Having a precocious sense of smell and exceptionally keen eyesight, each dog was counted equal to two men, be it as guard of the chateaux, or as invaluable companion of shepherds. While their royal adoption is interesting, the dogs main fame was from their ageless devotion to their mountain flocks, shepherds, and shepherds’ family. When not working the flocks, you would find “Patou,” as he is lovingly called, laying on the mat in the front doorway of the shepherds’ humble dwellings.
Across the Ocean
In 1662, dogs were carried to Newfoundland by Basque fishermen as companions and guardians of the new Settlement. Here it was they became mated with the black curly coated retriever, favorite of the English settlers. This cross resulted in the formation of the Landseer (black and white) Newfoundland. In 1824, General Lafayette introduced the first pair to America by bringing over two males to his friend, J.S. Skinner, author of “The Dog and the Sportsman”.
In 1850, Britain’s Queen Victoria owned a Pyrenean Mountain Dog, and in 1885-86, the first Pyrenean Mountain Dogs were registered with the Kennel Club in London and shown at the Crystal Palace.
In 1870, Pyrenean blood was used with that of other large breeds to help bring back the St. Bernard after that noble dog’s numbers had been so greatly depleted by avalanches and distemper at the hospice in Switzerland. It was not until 1909 that the first Pyrenean Mountain Dogs were introduced into England for breeding purposes by Lady Sybil Grant, daughter of Lord Roseberry. It was twenty-six years later (1935) that Pyreneans were again bred in a kennel in England. At that time, Mme. Jeanne Harper Trois Fontaines started her de Fontenay Kennel at Hyde Heath, Amersham, later becoming well known the world over and accounting for many exports to distant lands.
Reconstitution
By the late 1800’s and early 1900’s the state of the breed had deteriorated due to the vanishing of the natural predator foes in the mountains and the practices of many unscrupulous breeders selling to naive tourists through the region.
In 1907 Monsieur Dretzen from Paris, along with Count de Bylandt of Holland and Monsieur Byasson of Argeles Gazost, formed the Club du Chien des Pyrenées (CCP) a.k.a. Argeles Club in Argeles Gazost. They combed the mountains for a group of “faultlessly typical” specimens. Monsieur Dretzen took these dogs back to his kennel in Paris. Also in 1907, the Pastoure Club at Lourdes, Hautes Pyrenées, France, was organized to perpetuate interest in the breed. Each club wrote a breed standard.
After the decimating effects of World War I, the breed’s numbers and quality had been severely compromised. A few dedicated breeders, headed by Monsieur Senac Lagrange, worked to restore the breed to its former glory. They joined together the remnants of the two former clubs and formed the Reunion des Amateurs de Chiens Pyreneans which still exists today. It was this club that was responsible for the breed standard being published in 1927. This standard has served as a basis for all current standards for the breed. After World War II, it was again Monsieur Senac-Lagrange who took the lead in getting the breed back on its feet from the devastating effects of the German occupation.
First Kennel in the U.S.A.
In 1931, Mr. and Mrs. Francis V. Crane imported several specimens to seriously launch the breed in North America with the founding of the Basquaerie Kennels at Needham, Massachusetts. Their lifelong efforts on behalf of the breed provided the breed with an atmosphere in which it could thrive and prosper. They imported important breeding stock out of Europe just before the Continent was closed by World War II. The American Kennel Club accorded the Great Pyrenees official recognition in February, 1933, and beginning April, 1933, separate classification began for the breed at licensed shows.
Today the Great Pyrenees is a working dog as well as a companion and family dog. Most of our dogs never see a show ring, but they are trusted and beloved members in homes and may function as livestock guardian dogs on farms and ranches. The Great Pyrenees is proving itself very versatile, gaining fame as therapy dogs, rescue dogs, and many activities with its human companions. They are very social dogs in the family and get along extremely well with other animals that belong to the shepherd, farmer, or family. They are wary of strangers in the work environment (this includes the home). They adapt easily to other situations such as dog shows, and make extraordinary ambassadors for the breed in many settings such as hospitals, old age homes, with children, etc. They have a special ability to identify and distinguish predators or unwelcome intruders. They are nurturing of small, young, or sick animals.
A publication of the Great Pyrenees Club of America, Inc. revised 1991, 2005
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I must repeat a couple of sentences from that last paragraph (my highlighting):
The Great Pyrenees is proving itself very versatile, gaining fame as therapy dogs, rescue dogs, and many activities with its human companions. They are very social dogs in the family and get along extremely well with other animals that belong to the shepherd, farmer, or family.
Frankly, I don’t know how we would have coped with what Hazel has been suffering with if Jean and I hadn’t had the bountiful, unconditional love from Brandy.
Oh, and speaking of Hazel …..
…. here she is tucking into her second meal of the day alongside Mr. Big!
Fingers tightly crossed dear, sweet Hazel may be beating the infection! (You see, I did say all your loving wishes were making a difference!)
In case you’ve forgotten the section on the food web from high school biology, here’s a quick refresher.
Plants make up the base of every food chain of the food web (also called the food cycle). Plants use available sunlight to convert water from the soil and carbon dioxide from the air into glucose, which gives them the energy they need to live. Unlike plants, animals can’t synthesize their own food. They survive by eating plants or other animals.
Clearly, animals eat plants. What’s not so clear from this picture is that plants also eat animals. They thrive on them, in fact (just Google “fish emulsion”). In my new book, “A Critique of the Moral Defense of Vegetarianism,” I call it the transitivity of eating. And I argue that this means one can’t be a vegetarian.
Chew on this
I’ll pause to let the collective yowls of both biologists and (erstwhile) vegetarians subside.
A transitive property says that if one element in a sequence relates in a certain way to a second element, and the second element relates in the same way to a third, then the first and third elements relate in the same way as well.
Take the well-worn trope “you are what you eat.” Let’s say instead that we are “who” we eat. This makes the claim more personal and also implies that the beings who we make our food aren’t just things.
How our food lives and dies matters. If we are who we eat, our food is who our food eats, too. This means that we are who our food eats in equal measure.
Plants acquire nutrients from the soil, which is composed, among other things, of decayed plant and animal remains. So even those who assume they subsist solely on a plant-based diet actually eat animal remains as well.
This is why it’s impossible to be a vegetarian.
For the record, I’ve been a “vegetarian” for about 20 years and nearly “vegan” for six. I’m not opposed to these eating practices. That isn’t my point. But I do think that many “vegetarians” and “vegans” could stand to pay closer attention to the experiences of the beings who we make our food.
For example, many vegetarians cite the sentience of animals as a reason to abstain from eating them. But there’s good reason to believe that plants are sentient, too. In other words, they’re acutely aware of and responsive to their surroundings, and they respond, in kind, to both pleasant and unpleasant experiences.
Check out the work of plant scientists Anthony Trewavas, Stefano Mancuso, Daniel Chamowitz and František Baluška if you don’t believe me. They’ve shown that plants share our five senses – and have something like 20 more. They have a hormonal information-processing system that’s homologous to animals’ neural network. They exhibit clear signs of self-awareness and intentionality. And they can even learn and teach.
I suspect how some biologists may respond: first, plants don’t actually eat since eating involves the ingestion – via chewing and swallowing – of other life forms. Second, while it’s true that plants absorb nutrients from the soil and that these nutrients could have come from animals, they’re strictly inorganic: nitrogen, potassium, phosphorus and trace amounts of other elements. They’re the constituents of recycled minerals, devoid of any vestiges of animality.
As for the first concern, maybe it would help if I said that both plants and animals take in, consume or make use of, rather than using the word “eat.” I guess I’m just not picky about how I conceptualize what eating entails. The point is that plants ingest carbon dioxide, sunlight, water and minerals that are then used to build and sustain their bodies. Plants consume inasmuch as they produce, and they aren’t the least bit particular about the origins of the minerals they acquire.
With respect to the second concern, why should it matter that the nutrients drawn by plants from animals are inorganic? The point is that they once played in essential role in facilitating animals’ lives. Are we who we eat only if we take in organic matter from the beings who become our food? I confess that I don’t understand why this should be. Privileging organic matter strikes me as a biologist’s bias.
Then there’s the argument that mineral recycling cleanses the nutrients of their animality. This is a contentious claim, and I don’t think this is a fact of the matter. It goes to the core of the way we view our relationship with our food. You could say that there are spiritual issues at stake here, not just matters of biochemistry.
Changing how we view our food
Let’s view our relationship with our food in a different way: by taking into account the fact that we’re part of a community of living beings – plant and animal – who inhabit the place that we make our home.
We’re eaters, yes, and we’re also eaten. That’s right, we’re part of the food web, too! And the well-being of each is dependent on the well-being of all.
From this perspective, what the self-proclaimed “farmosopher” Glenn Albrecht calls sumbiotarianism (from the Greek word sumbioun, to live together) has clear advantages.
Sumbioculture is a form of permaculture, or sustainable agriculture. It’s an organic and biodynamic way of farming that’s consistent with the health of entire ecosystems.
Sumbiotarians eat in harmony with their ecosystem. So they embody, literally, the idea that the well-being of our food – hence, our own well-being – is a function of the health of the land.
In order for our needs to be met, the needs and interests of the land must come first. And in areas where it’s prohibitively difficult to acquire the essential fats that we need from pressed oils alone, this may include forms of animal use – for meat, manure and so forth.
Simply put, living sustainably in such an area – whether it’s New England or the Australian Outback – may well entail relying on animals for food, at least in a limited way.
All life is bound together in a complex web of interdependent relationships among individuals, species and entire ecosystems. Each of us borrows, uses and returns nutrients. This cycle is what permits life to continue. Rich, black soil is so fertile because it’s chock full of the composted remains of the dead along with the waste of the living.
Indeed, it’s not uncommon for indigenous peoples to identify veneration of their ancestors and of their ancestral land with the celebration of the life-giving character of the earth. Consider this from cultural ecologist and Indigenous scholar-activist Melissa Nelson:
The bones of our ancestors have become the soil, the soil grows our food, the food nourishes our bodies, and we become one, literally and metaphorically, with our homelands and territories.
You’re welcome to disagree with me, of course. But it’s worth noting that what I propose has conceptual roots that may be as old as humanity itself. It’s probably worth taking some time to digest this.
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In reflecting on how to close this post I couldn’t help thinking that “The bones of our ancestors have become the soil, ” presumably includes the bones of our dogs! Leading me to ponder that maybe our dogs from old are nourishing our bodies; I would like to think that is the case.
Now for something very different to the Dog Tired photographs.
I can’t recall how I came across the following photographs but they were seen on the website of Humbert & Shirley Fernandez and recommended for sharing with others. I agree and you will see why!
The Grand Canyon of Arizona
Welcome to awesome Photos of the Grand Canyon.
There is a Grand Canyon of Yellowstone which is nice, but no comparison to the beauty and Grandeur of the Grand Canyon of Arizona.
Following, are real photos taken by Professionals that most visitors are unable to capture with their cameras. The Photos were received in an email, too good to delete, should be shared with others. They are posted here for people to see and enjoy.
Pueblo-like dwellings over the Colorado River at Nankoweap Creek.
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Horseshoe Bend
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Canyon Walls as viewed from the Colorado River.
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Grand Canyon Colors varies with the position of the Earth relative to the Sun.
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Bright Angel Trail
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Cheyava Falls
Another set of these stunning views of the Grand Canyon in a week’s time.
You all take care of yourselves and don’t stand too close to cliff edges!
Today’s post was inspired by something yesterday I read, not for the first time, over on The People Workshop site. (As an aside, I know that many regulars of this place are familiar with the history of my friendship with Jon.) On the page that explains more of Jon Lavin’s approach to his work with clients, he writes:
“We can’t solve problems by using the same kind of thinking we used when we created them.”
Thus said Albert Einstein (1879-1955).
Intuitively, it strikes one as correct. However, reflect for a few moments on how you think and very quickly it becomes clear that how you think is based on deep-seated experiences and the learnings that flow from those experiences.
As it is for all of us.
Just as relevantly, perhaps more so, is that how we behave is based on those same deep-seated experiences and subsequent learnings. This offers a clue as to why bringing about lasting, behavioural change can often feel like pushing water uphill!
That prompted me to look up a previous time when I had written a post about feelings. It was last December when in a post called Feelings – Of Both Humans and Animals, I wrote this:
There couldn’t have been a better answer to that ponder than a recent video that was presented by TED Talks. It was a talk by Carl Safina about what is going on inside the brains of animals: What are animals thinking and feeling? Or in the fuller words of that TED Talk page:
What’s going on inside the brains of animals? Can we know what, or if, they’re thinking and feeling? Carl Safina thinks we can. Using discoveries and anecdotes that span ecology, biology and behavioral science, he weaves together stories of whales, wolves, elephants and albatrosses to argue that just as we think, feel, use tools and express emotions, so too do the other creatures – and minds – that share the Earth with us.
So back to what inspired today’s post. It was the challenge of really knowing why we behave the way we do, both humans and dogs. With dogs, however, we accept they cannot speak to us clearly. Or as Esme put it in a recent reply to an update on Hazel: “Well you’re getting there, half the battle is diagnosis with dogs because they can’t actually tell us how they feel.” (My emphasis.)
Back to humans. When Jon wrote on his site, “…. how you think …… is based on deep-seated experiences ….”, what I heard is that for us humans there are many times when we cannot actually tell ourselves what we are feeling. That is why we need the counselling of someone who has the professional training and experience to expose those deep emotional and psychological drivers within us; those drivers that are normally out of sight from us.
In my own case, how my father’s death was managed by my mother back in December, 1956 left an emotional wound that was totally out of sight from my conscious mind for 50 years. The emotional crisis that I went through back then was discovered by Jon to have its roots back in December, 1956. By a massive stroke of fortune Jon gave me the insight into that mental place of old and a year later I met Jean down in Mexico.
In other words, to return to Albert Einstein:
“We can’t solve problems by using the same kind of thinking we used when we created them.”
The challenge is having sufficient self-awareness to know when an aspect of our behaviour requires the support of the Jon Lavins of this world.
So what would we require from a counsellor, from a therapist, who was working with us to uncover those hidden aspects? In other words, in terms of assessing that therapist what’s the difference that would make the difference?
Naturally, I don’t have the skills to answer that question in any direct, professional manner. But if I look down at our dogs then a form of answer does ‘speak’ to me. Dogs are creatures of integrity, openness and trust. They relate to us humans and other known dogs around them through friendship and love; frequently unconditional love.
A therapist who embraces those values; nay, lives those values, would display that very quickly after meeting with the ‘client’. Any person seeing that in a therapist would be seeing the difference that makes the difference.
Good people, I’m not asking any of you who read this to divulge any personal stuff but, nonetheless, I would love to hear your thoughts on what I have written today!
The force of public opinion has never been more important; critically so!
As you all know this world of blogging: authors; followers; readers, is a great number of wonderful communities right across the planet. It is nothing like the traditional media, now owned and controlled by just a handful of large corporations, because the vast majority of blogging participants are free to say what they want, when they want.
Here’s an example.
Martin Lack is an Englishman who is the author of the blog Lack of Environment. As his home page quietly states:
Although scientificly trained (with degrees in Geology and Hydrogeology – see my About page), this blog arises from my having also got an MA in Environmental Politics and, as such, as the tagline indicates, is a blog on “the politics and psychology underlying the denial of all our environmental problems”… I hope you will take this on board; and enjoy the discussion.
“There is something fundamentally wrong in treating the Earth as if it were a business in liquidation” – Herman E. Daly (former World Bank economist).
The science about the chemistry of climate change especially the new danger of methane is clear. The commitment of our political leaders is less clear. But that doesn’t mean that we shouldn’t keep shouting out loud.
The Prime Minister
10 Downing Street
London, SW1A 2AA
Dear Prime Minister,
Whatever happened to the greenest government ever?
Given my experience of working in environmental consultancy or regulation, I understand the importance of making pragmatic, risk-based decisions (as opposed to dogmatic, opinion-based ones). I therefore believe that government policy should be formulated this way. Unfortunately, however, this does not always seem to be the case.
As a pragmatic scientist, I am not ideologically opposed to nuclear power. However, I do question the logic of pursuing ‘Hinkley Point C’ when equivalent investment in distributed renewable technologies – from domestic solar PV to submarine tidal stream – could probably generate more electricity faster. Indeed, as Greenpeace has recently pointed out, the UK could meet nearly all its electricity generation needs from renewable energy sources by 2030.[1]
With regard to risk, the scientific consensus is that, in order to minimise anthropogenic climate disruption (ACD), the World must now embark upon the fastest-possible transition to a zero carbon economy. Therefore, I also question the logic of simultaneously promoting investment in shale gas; discouraging investment in renewables; and cancelling investment in Carbon Capture and Storage research.
It is now over 50 years since scientists started warning of the climatic implications of continuing to burn fossil fuels;[2] and 50 years since fossil fuel company executives started spending huge sums of money on being “Merchants of Doubt”.[3] As such, along with their counterparts in the tobacco industry, they have clearly not acted in the long-term interest of humanity as a whole.
However, as with the individual health benefit of ceasing to smoke tobacco, the sooner we stop burning fossil fuels the greater the collective environmental benefit will be. Therefore, I am pragmatically opposed to shale gas exploration because burning it is not consistent with the need to transition away from fossil fuels as fast as possible.
I am certain that you would like to secure an enduring political legacy; and would therefore like to ask just one question:
What could be better than being remembered as the Prime Minister that committed the UK to meeting nearly all its electricity generation needs from renewable energy sources by 2030?
Let me finish today’s post by republishing an exchange between Patrice Ayme and Martin over on a recent PA essay, that I republished in full in this place: Runaway Antarctica.
Martin:
I know I am wasting my time writing letters to David Cameron; and I know my opinions are irrelevant. However, the facts of history are not; nor will they be in the future.
Patrice:
I know you are doing the right thing. Writing to Cameron is entirely correct. But of course, he is a guy with just a salary and a few “savings”, a few tens of millions dollars of savings, maybe, or maybe not, and knew nothing about his recently deceased father having a fund of around 50 million dollars sheltered by shell companies, out there, somewhere related to Panama, or the British Virgin Islands, or the Bahamas, or Bermuda, whatever…
OK, David’s wife, officially, has a fund of more than twenty million pounds….
Martin:
For the record: I am socially-conservative (i.e. as opposed to liberal) but under no illusion as to the folly of what has been called ‘money fetishism’ (Karl Marx); and ‘growthmania’ (Herman E. Daly).
Patrice:
Hi Martin, thanks for the comment. I spent a whole hour reading the hard cover version of the paper the electronic version of which I criticized above. It’s quite a bit different. They use RCPs (Reasonable Carbon Projections, or the like in meaning). Yet, they don’t explain what they consist of exactly. All I know is that we are around 500 ppmv, and they work with 400 ppmv, in the 130 K-115 K years BP, when orbital conditions were cooler than now.
Plus we are going to be at 550 ppmv within ten years, at the present rate. The earliest date they have for the failure of Larsen C in their worst RCP 8.5 is 2055 CE. I would be surprised if it did not fail within ten years.
However, the paper version is more insistent on the danger of AIR warming, not just subsurface.
Also the Hansen paper has a scenario, which is suitably apocalyptic, but not apocalyptic enough in my book. Temperatures over the Arctic were strikingly high this winter, of the order of 4 to 5 degrees Centigrade higher than normal, and sometimes more. Nobody expected this sort of jumps. Except for yours truly!
Martin:
Thanks for the explanation, Patrice. This is all very reminiscent of the position of (Arizona) Professor Guy McPherson, who believes most scientists are in denial about the consequences of multiple positive feedback mechanisms we can already see operating: http://lackofenvironment.wordpress.com/2013/02/19/what-on-earth-are-we-doing/
You all have a wonderful weekend and keep hugging those dogs of yours!
There seems to be so much going on in the world that creates uncertainty. In browsing the web looking for some inspiration for today’s blog post, I came across this short video of the late Richard Feynman and just wanted to share it with you.
This web site is dedicated to Richard P. Feynman (1918-1988), scientist, teacher, raconteur, and musician. He assisted in the development of the atomic bomb, expanded the understanding of quantum electrodynamics, translated Mayan hieroglyphics, and cut to the heart of the Challenger disaster. But beyond all of that, Richard Feynman was a unique and multi-faceted individual.
Find out about Feynman, what he was and why he remains one of the most celebrated and revered scientists of modern times.
Richard Feynman
Now to the video. The Uncertainty of Knowledge
“If you expected science to give all the answers to the wonderful questions about what we are, where we are going what the meaning of the universe is and so on then I think you can easily become disillusioned and then look for some mystic answer to these problems. How a scientist can take a mystic answer I don’t know because the whole spirit is to unders…well never mind that, anyway I don’t understand that…but anyhow…if you think of it though…I..the way i think of what we are doing is, we are exploring, we are trying to find out as much as we can about the world.
People say to me, “Are you looking for the ultimate laws of physics?” No I am not. I am just looking to find out more about the world. And if it turns out there is a simple ultimate law that explains everything so be it. That would be very nice discovery. If it turns out it’s like an onion with millions of layers and we just sick and tired of looking at the layers then that’s the way it is! But whatever way it comes out it’s nature, it’s there, and she’s going to come out the way she is. And therefore when we go to investigate we shouldn’t pre-decide what it is we are trying to do except to find out more about it. If you said…but..the problem is why we do you find out more about it, if you thought that you are trying to find out more about it because you are going to get an answer to some deep philosophical question you may be wrong and may be that you can’t get an answer to that particular question by finding out more about the character of the nature.
Hope you find this inspiring!
If you want to find out more about this amazing person then do go across to that website.
Now one might argue that this has nothing whatsoever to do with Learning from Dogs but I would disagree. For as I declare in The Vision of this blog:
It seems to me that a Vision statement should encapsulate just why the owners of the enterprise are committed to that venture. The author of Learning from Dogs is committed to this project; here is the Vision.
Our children require a world that understands the importance of faith, integrity and honesty
Learning from Dogs will serve as a reminder of the values of life and the power of unconditional love – as so many, many dogs prove each and every day
Constantly trying to get to the truth …
The power of greater self-awareness and faith; faith that the only way forward for us is through the truth …
For in a very real and devastating way even a small rise in global sea level is going to cause tens of thousands of dogs, and their loving owners, to become homeless. We are long overdue a commitment from our global leaders and power-brokers to that, “.. faith, integrity and honesty.”
However, championing that greater self-awareness is what blogger Patrice Ayme does almost all of the time. With his kind permission, I republish his latest post on the state of the Antarctic Ice.
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Runaway Antarctica
I have written for years that a runaway Antarctica was certain, with half the icy continent melting rather spectacularly on an horizon of two centuries at most, and probably much less than that. This rested on the fact that half of Antarctica rests on nothing but bedrock at the bottom of the sea. At the bottom of what should naturally be the sea, in the present circumstances of significant greenhouse gas concentrations.
Visualize this: until sometimes in the Nineteenth Century, GreenHouse Gas (GHG) concentration was 280 ppm (280 parts per million), including the man-made sort. Now we are close to 500 ppm, using a variety of exotic gases we produce industrially, among them, CO2. In CO2 alone we are at: Week beginning on March 20, 2016: 405.62 ppm. Weekly value from 1 year ago: 401.43 ppm. Weekly value from 10 years ago: 382.76 ppm. So the CO2 alone is augmenting at a bit more than 1% a year. Thus we will be at an equivalent of 550 ppm in ten years (including the full panoply of all the other man-made greenhouse gases, not just CO2). There is evidence that, with just 400 ppm, disaster is guaranteed.
Now visualize this:
How Antarctica would appear if its ice melted: it’s half under the sea.
Why so watery? Because the enormous glaciers, up to nearly 5,000 meter thick, press down on the continent with their enormous weight. Since the end of the last glaciation, 10,000 years ago, Scandinavia has been rising, and is still rising (I long used a picture with a similar information about Antarctica’s bedrock.)
Polar temperatures over the last several million years have, at times, been slightly warmer than today, yet global mean sea level has been 6–9 metres higher as recently as the Last Interglacial (130,000 to 115,000 years ago) and possibly higher during the Pliocene epoch (about three million years ago). In both cases the Antarctic ice sheet has been implicated as the primary contributor, hinting at its future vulnerability. Here we use a model coupling ice sheet and climate dynamics—including previously underappreciated processes linking atmospheric warming with hydrofracturing of buttressing ice shelves and structural collapse of marine-terminating ice cliffs—that is calibrated against Pliocene and Last Interglacial sea-level estimates and applied to future greenhouse gas emission scenarios. Antarctica has the potential to contribute more than a metre of sea-level rise by 2100 and more than 15 metres by 2500, if emissions continue unabated. In this case atmospheric warming will soon become the dominant driver of ice loss, but prolonged ocean warming will delay its recovery for thousands of years.
Notice that the scenario evoked in the last sentence is different from my very old scenario, which is similar to the one advanced in November 2015 by the famous Hansen and Al. (I raised the alarm before Hansen, at least seven years ago). In my scenario, and Hansen’s the ice sheets melt from below, due to warm sea water intrusion.
The West Antarctic Ice Sheet is larger than Mexico.
Here is a taste of the paper (I have a Nature subscription):
“Reconstructions of the global mean sea level (GMSL) during past warm climate intervals including the Pliocene (about three million years ago)1 and late Pleistocene interglacials2,3,4,5 imply that the Antarctic ice sheet has considerable sensitivity. Pliocene atmospheric CO2 concentrations were comparable to today’s (~400 parts per million by volume, p.p.m.v.)6, but some sea-level reconstructions are 10–30 m higher1,7. In addition to the loss of the Greenland Ice Sheet and the West Antarctic Ice Sheet (WAIS)2, these high sea levels require the partial retreat of the East Antarctic Ice Sheet (EAIS), which is further supported by sedimentary evidence from the Antarctic margin8. During the more recent Last Interglacial (LIG, 130,000 to 115,000 years ago), GMSL was 6–9.3 m higher than it is today2,3,4, at a time when atmospheric CO2 concentrations were below 280 p.p.m.v. (ref.9) and global mean temperatures were only about 0–2 °C warmer10. This requires a substantial sea-level contribution from Antarctica of 3.6–7.4 m in addition to an estimated 1.5–2 m from Greenland11,12 and around 0.4 m from ocean steric effects10.”
So notice: when CO2 ppm per volume was at 280 130,000 to 115,000 years ago, sea level was up to ten meter higher than now. And now we are at 500 ppmv…
And notice again: When CO2 ppmv was at 400, sea level was up to 30 meters (100 feet) higher than today. And now we are at 500 ppm, and, in a blink, in ten years, at 550 ppm.
Here is another example from the paper. I said all of this before, but to have scientists paid to do research in this area write it black on white in the world’s most prestigious scientific magazine, will no doubt endow me with greater, and much desired, gravitas. So let me indulge, not so much for my greater glory, but because it should help taking what I have long said more seriously.
“Much of the WAIS sits on bedrock hundreds to thousands of metres below sea level (Fig. 1a)13. Today, extensive floating ice shelves in the Ross and Weddell Seas, and smaller ice shelves and ice tongues in the Amundsen and Bellingshausen seas (Fig. 1b) provide buttressing that impedes the seaward flow of ice and stabilizes marine grounding zones (Fig. 2a). Despite their thickness (typically about 1 km near the grounding line to a few hundred metres at the calving front), a warming ocean has the potential to quickly erode ice shelves from below, at rates exceeding 10 m yr−1 °C−1 (ref. 14). Ice-shelf thinning and reduced backstress enhance seaward ice flow, grounding-zone thinning, and retreat (Fig. 2b). Because the flux of ice across the grounding line increases strongly as a function of its thickness15, initial retreat onto a reverse-sloping bed (where the bed deepens and the ice thickens upstream) can trigger a runaway Marine Ice Sheet Instability (MISI; Fig. 2c)15, 16, 17. Many WAIS grounding zones sit precariously on the edge of such reverse-sloped beds, but the EAIS also contains deep subglacial basins with reverse-sloping, marine-terminating outlet troughs up to 1,500 m deep (Fig. 1). The ice above floatation in these East Antarctic basins is much thicker than in West Antarctica, with the potential to raise GMSL by around 20 m if the ice in those basins is lost13. Importantly, previous ice-sheet simulations accounting for migrating grounding lines and MISI dynamics have shown the potential for repeated WAIS retreats and readvances over the past few million years18, but could only account for GMSL rises of about 1 m during the LIG and 7 m in the warm Pliocene, which are substantially smaller than geological estimates.”
I said it before. Including the details. So the evidence was clear, and out there. The optimism (it will take 5 centuries for 50 feet of sea level rise) is not supported by evidence. Actually collapsing channels coming from inverted rivers running up on the bellies of ice sheets are now obvious on satellite pictures and collapse of major ice shelves is going to be a matter of years, not centuries.
But science is made by tribes and these tribes honor the gods (of plutocracy) who finance them, and their whims. So they don’t want to make their sponsors feel bad. So they say unsupported, optimistic stuff, contradicted by a first order analysis.
Science is good, metascience, better. Metascience includes the sociological reasons which explain why some scientists will take some “facts” for obvious (although, coming from another sociology, they are not).
Deep in the Nature paper, in the quote above, or in four drawings and graphs of future sea level rise, one can find projections according to what various models “predict”… 130,000 years ago (!) The “Old Physics” model predicts one meter rise of the sea (this is the official UN maximal prediction for 2100). The new model, again starting with the present conditions, predict more than a six meter rise (!) This is a case of metascience playing with sea level.
This way, the authors of the paper will be able to say, one day: we told you so. While at the same time not irritating their sponsors now (because to understand what they are really saying takes quite a while, and has to be understood as tongue in cheek, when they pretend to apply the analysis to 130,000 years ago… What they really mean is six meters now, not just one meter… Bye bye Wall Street. Punished by its own instruments…)
The question is not whether we will be able to avoid a twenty meter sea level rise: that’s, unbelievably, a given (barring unforeseeable, yet imaginable technological advances to extract quickly a lot of CO2 from the atmosphere). The question is whether we will avoid a 60 meter rise.
A stark warning from Institute researchers on the probability that ‘2°C capital stock’ will be reached in 2017
A new study from the Institute for New Economic Thinking at the Oxford Martin School and the Smith School for Enterprise and Environment, University of Oxford, shows that we are uncomfortably close to the point where the world’s energy system commits the planet to exceeding 2°C.
In the paper, to be published in the peer-reviewed journal Applied Energy, the authors calculate the Two degree capital stock – the global stock of electricity infrastructure from which future emissions have a 50% probability of staying within 2°C of warming. The researchers estimate that the world will reach Two degree capital stock next year, in 2017.