I am speaking of the summer months and the risk of animals being burnt. Mind you, as the following article shows, summer is stretching it a bit. This article was published on December 10th!
But whenever it was published it’s a good news story.
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Cats, dogs and a bobcat are the latest burn victims saved with fish skin
Just this past month, California suffered its worst wildfire in the state’s history. Camp Fire in Paradise, California burned 220 acres and claimed the lives of 85 people. The vast majority of residents had little-to-no warning to evacuate, and many pets were left behind and left to fend for themselves along with the wildilfe.
This kitten along with three other cats received care at the University of California Davis Veterinary Medical Teaching Hospital after they were found with severe burns during the Camp Fire. (Photo: Karin Higgins/UC Davis)
Several dogs and cats burned in the fire ended up at Valley Oak Veterinary Center in Chico. When Dr. Jamie Peyton, chief of the Integrative Medicine Service at the UC Davis Veterinary Medical Teaching Hospital, heard about the animals, she volunteered to treat them with the innovative method of using tilapia skin on their burns. (This is the first time dogs and cats have been treated with tilapia skin for burns.) The kitten pictured above suffered third degree burns on some of his paws and lost the pads to all his feet.
“Their paws have been badly burned,” said Dusty Spencer, a veterinary surgeon at VCA Valley Oak Veterinary Center. “Their whiskers are singed or gone. Some of them have had really bad burns on their eyelids and nose.”
Olivia’s skin started to grow back just five days after the tilapia skin was applied. (Photo: Karin Higgins/UC Davis)
An 8-year-old Boston terrier mix named Olivia was one of the first dogs to receive treatment.
Olivia’s owners, Curtis and Mindy Stark, were out of town when the blaze began. Fortunately, Olivia has a microchip and was reunited with her owners. She suffered second-degree burns to her paws, legs and side, but it wasn’t long till she was feeling better thanks to the tilapia skin.
The Stark family was able to check Olivia out of the veterinary hospital. (Photo: Karin Higgins/UC Davis)
“It was a day and night difference,” said Curtis Stark. “She got up on the bed and did a back flip. That is the first time we saw her acting like she was before.” Treatment also works for the most severe burns
The bobcat suffered third- to fifth- degree burns on all of its pads. (Photo: Gregory Urquiaga/UC Davis)
Pets weren’t the only animals to suffer during the wildfire. Many wild animals desperately tried to flee but couldn’t.
A bobcat was also brought in for treatment. Peyton tells MNN the bobcat suffered third- to fifth-degree burns on his paws. A fifth-degree burn means the burn goes down to the bone. The animal was very thin due to his inability to hunt for food and lack of food sources after the fire. In the week since the bobcat received his first treatment, he has had three tilapia bandage changes. “Each one seems to be showing marked improvement and he is moving well and showing a lot of spunk at his rehabilitation home,” said Peyton.
It will be several months before the bobcat can be released back in the wild, but Peyton’s goal is to “help him heal as soon as possible to allow him to get back to his home.”
Previously, Peyton treated a bear cub injured in California’s Carr Fire back in August and before that two bears and a mountain lion from the Thomas Fire earlier this year.
Previous success for other injured wildlife
This summer, the Carr Fire near Redding, California burned for more than a month and scorched more than 229,000 acres — also forcing many wild animals to try and escape.
On Aug. 2, a Pacific Gas & Electric Company contractor spotted an injured black bear cub lying in the ash, unable to walk on her paws. She was the latest victim of the Carr Fire — and luckily, one the contractor knew he could help. The contractor called Lake Tahoe Wildlife Care, a certified wildlife rehabilitation facility.
A team was quickly mobilized to rescue the cub. Officers from the California Department of Fish and Wildlife (CDFW) cleared a safe path and tranquilized the cub to carry her to safety. The cub was brought to a lab to be treated by a team of veterinarians from CDFW and the University of California, Davis.
“Generally speaking, an animal that has survived a fire and is walking around on its own should be left alone, but that wasn’t the case here,” CDFW’s Environmental Program Manager Jeff Stoddard said. “In addition to her inability to stand or walk, there were active fires burning nearby, and with the burn area exceeding 125 square miles and growing, we weren’t sure there was any suitable habitat nearby to take her to.”
How does tilapia skin work for treating burns?
Tilapia skin is malleable enough that it can be cut into custom sizes to mold around an animal’s wounds. (Photo: Gregory Urquiaga/UC Davis)
“The tilapia skins provide direct, steady pressure to the wounds, keep bacteria out and stay on better and longer than any kind of regular, synthetic bandage would,” Peyton said. “The complete treatment also includes application of antibiotics and pain salve, laser treatments and acupuncture for pain management.”
The cub is the third bear in the state to be treated for burns with tilapia skin. Earlier this year after the Thomas fire, two bears and a mountain lion also received similar treatment. With each animal being treated, Peyton and her team grow more optimistic that tilapia skin is an effective treatment for burns that can be used in veterinary hospitals around the world.
“Just like we’ve seen in other species, we’re seeing increased pain relief. We’re seeing wound healing and an overall increased comfort,” said Peyton. “One of the most important things about being at UC Davis VMTH is that we are learning new techniques, but they don’t make much of a difference unless we can use them in the community.”
Editor’s note: This article has been updated since it was originally published in August 2018.
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Reading this article leaves me with the impression that there are a great number of good people out there!
There is something about a Huskie that takes one’s breath away. Not only because of the grace and wit with which they conduct their lives but also because the majority of them are working dogs.
So it was with interest that I read recently about the Huskies and wanted to share it with you all.
A happy husky with its characteristic blue eyes. (Photo: Nancy Wong/Wiki Commons)
A dog DNA startup company called Embark, based out of Boston, Massachusetts, and Ithaca, New York, appears to have finally solved the mystery as to why huskies sport their beautiful blue eyes. The study is the first consumer genomics study ever conducted in a non-human model, as well as the largest canine genome-wide association study to date, reports Phys.org.
The key, it turns out, lies in the dogs’ 18th chromosome. A duplication on chromosome 18, near the ALX4 gene, was found to be strongly associated with blue eye color. The ALX4 gene plays an important role in mammalian eye development, so this association is not entirely out of left field. And interestingly, the study also found this same genetic quirk in non-merle Australian shepherds, which also tend to have blue eyes.
This flies in the face of how eye color is usually thought to be determined in dogs. For instance, two genetic variants are known to underlie blue eye color in many dogs, but scientists have long known that these variants do not explain the blue eyes of huskies, thus the mystery.
In fact, even though we’re seemingly in a genomic scientific age, the genetic underpinnings of many traits in non-human animals are still largely unknown, even for humans’ best friends. Embark aims to change that.
For the study, which was performed in partnership with Cornell University College of Veterinary Medicine, researchers used a diverse panel of 6,070 genetically tested dogs, with owners who contributed phenotype data — physical traits of the dogs — via web-based surveys and photo uploads. A comprehensive, consumer-driven survey of this size is largely unprecedented.
“Using genetic data from the pets of our customers, combined with eye colors reported by customers for those same animals, we have discovered a genetic duplication that is strongly associated with blue eye color. This study demonstrates the power of the approach that Embark is taking towards improving canine health,” explained Aaron J. Sams of Embark. “In a single year, we collected enough data to conduct the largest canine study of its kind. Embark is currently pursuing similar research projects in a range of morphological and health-related traits and we hope to continue to use our platform to move canine genetics and health forward in a very real way.”
It’s all in the name of improved health care options for our canine companions, as well as helping curious human owners better understand the origins of their pets. Answering why huskies have blue eyes is just the first such mystery they hope to solve.
If you can, please support this PDX event coming up on the 5th.
In my post that was my letter to Mr. Neptune, Colette left a reply that was a ‘heads up’ to an event being held in Portland, Oregon on October 5th. Ergo, this coming Friday.
Now the odds are that very few of you dear readers will be within reach of that event.
But that doesn’t stop me from promoting the event so that the details may be shared as far and wide as possible.
Join us October 5th for a peaceful Demonstration to help endangered Southern Resident Killer Whales. There are only 74 left after the loss of 2 baby Orcas this Summer. You may have seen the dead newborn Orca carried “Save our Orcas”. Meet promptly at Holladay Park at 3:00pm.
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Here’s a news item taken from CBS News.
Then for those that would like more background on the Orca whale, let me republish the opening paragraphs of an item from Wikipedia.
The killer whale or orca (Orcinus orca) is a toothed whale belonging to the oceanic dolphin family, of which it is the largest member. Killer whales have a diverse diet, although individual populations often specialize in particular types of prey. Some feed exclusively on fish, while others hunt marine mammals such as seals and dolphins. They have been known to attack baleen whale calves, and even adult whales. Killer whales are apex predators, as no animal preys on them. A cosmopolitan species, they can be found in each of the world’s oceans in a variety of marine environments, from Arctic and Antarctic regions to tropical seas, absent only from the Baltic and Black seas, and some areas of the Arctic Ocean.
Killer whales are highly social; some populations are composed of matrilineal family groups (pods) which are the most stable of any animal species. Their sophisticated hunting techniques and vocal behaviours, which are often specific to a particular group and passed across generations, have been described as manifestations of animal culture.
Wild killer whales are not considered a threat to humans,[6] but there have been cases of captive orcas killing or injuring their handlers at marine theme parks. Killer whales feature strongly in the mythologies of indigenous cultures, with their reputation ranging from being the souls of humans to merciless killers.
Orcas leaping. Picture from the Whale and Dolphin Conservation (WDC) website.
Just the view at night from one small planet, the one that I happen to live on, Planet Earth, reveals millions upon millions of stars. It is then beyond inconceivable that there are not, in turn, countless numbers of other planets.
Extending this line of thought and recognising that a ‘mere’ billion years after the formation of our solar system and Planet Earth, some 4.54 billion years ago, the earliest life appeared, we can’t surely be alone!
Granted it was only cyanobacteria, as in blue-green algae, but, but, but ……… that this evolution of life on Planet Earth, and that evolution eventually leading to intelligent life, including the gift to us humans of the genetic separation of the dog from the wolf some 100,000 years ago, has not occurred on other planets is also totally inconceivable.
So, dear Mr. Cosmos, why have we not detected any signs of that intelligent life. Where are they?
Are we alone in the universe? New Drake equation suggests yes
A fresh take on the decades-old Drake equation incorporates new factors and greater uncertainty, suggesting a high likelihood that humanity is alone in the universe.
At the Los Alamos National Laboratory in 1950, physicist Enrico Fermi famously posed to his colleagues a simple question borne of complex math: ‘Where are they?’
He was asking about aliens—intelligent ones, specifically. The Italian-American scientist was puzzled as to why mankind hasn’t detected any signs of intelligent life beyond our planet. He reasoned that even if life is extremely rare, you’d still expect there to be many alien civilizations given the sheer size of the universe. After all, some estimates indicate that there is one septillion, or 1,000,000,000,000,000,000,000,000, stars in the universe, some of which are surrounded by planets that could probably support life.
So, where are they, and why aren’t they talking to us?
Now, as the article reveals, there is a lot to tackling this question, much of it involving statistics and mathematics, but it does prove one very important fact: Finding another planet as good for life and humanity as this one is just about impossible.
This is our only home!!
My wish, dear Mr. Cosmos, to you is this: That before I die it becomes clear beyond question that the peoples of this sweet Planet, from the lone individual living on some island out in the wilderness to the Governments of the most powerful nations on Earth, understand that nothing is more important than loving, caring for and looking after Planet Earth.
I remain, dear Mr. Cosmos, your respectful servant.
I found it very interesting and wanted to share it with you.
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Scientists have been drilling into the ocean floor for 50 years – here’s what they’ve found so far
September 26, 2018
By Professor Suzanne O’Connell, Professor of Earth & Environmental Sciences, Wesleyan University
The scientific drilling ship JOIDES Resolution arrives in Honolulu after successful sea trials and testing of scientific and drilling equipment. IODP, CC BY-ND
It’s stunning but true that we know more about the surface of the moon than about the Earth’s ocean floor. Much of what we do know has come from scientific ocean drilling – the systematic collection of core samples from the deep seabed. This revolutionary process began 50 years ago, when the drilling vessel Glomar Challenger sailed into the Gulf of Mexico on August 11, 1968 on the first expedition of the federally funded Deep Sea Drilling Project.
I went on my first scientific ocean drilling expedition in 1980, and since then have participated in six more expeditions to locations including the far North Atlantic and Antaractica’s Weddell Sea. In my lab, my students and I work with core samples from these expeditions. Each of these cores, which are cylinders 31 feet long and 3 inches wide, is like a book whose information is waiting to be translated into words. Holding a newly opened core, filled with rocks and sediment from the Earth’s ocean floor, is like opening a rare treasure chest that records the passage of time in Earth’s history.
Over a half-century, scientific ocean drilling has proved the theory of plate tectonics, created the field of paleoceanography and redefined how we view life on Earth by revealing an enormous variety and volume of life in the deep marine biosphere. And much more remains to be learned.
Technological innovations
Two key innovations made it possible for research ships to take core samples from precise locations in the deep oceans. The first, known as dynamic positioning, enables a 471-foot ship to stay fixed in place while drilling and recovering cores, one on top of the next, often in over 12,000 feet of water.
Anchoring isn’t feasible at these depths. Instead, technicians drop a torpedo-shaped instrument called a transponder over the side. A device called a transducer, mounted on the ship’s hull, sends an acoustic signal to the transponder, which replies. Computers on board calculate the distance and angle of this communication. Thrusters on the ship’s hull maneuver the vessel to stay in exactly the same location, countering the forces of currents, wind and waves.
Another challenge arises when drill bits have to be replaced mid-operation. The ocean’s crust is
The re-entry cone is welded together around the drill pipe, then lowered down the pipe to guide reinsertion before changing drill bits. IODP, CC BY-ND
composed of igneous rock that wears bits down long before the desired depth is reached.
When this happens, the drill crew brings the entire drill pipe to the surface, mounts a new drill bit and returns to the same hole. This requires guiding the pipe into a funnel shaped re-entry cone, less than 15 feet wide, placed in the bottom of the ocean at the mouth of the drilling hole. The process, which was first accomplished in 1970, is like lowering a long strand of spaghetti into a quarter-inch-wide funnel at the deep end of an Olympic swimming pool.
Confirming plate tectonics
When scientific ocean drilling began in 1968, the theory of plate tectonics was a subject of active debate. One key idea was that new ocean crust was created at ridges in the seafloor, where oceanic plates moved away from each other and magma from earth’s interior welled up between them. According to this theory, crust should be new material at the crest of ocean ridges, and its age should increase with distance from the crest.
Part of a core section from the Chicxulub impact crater. It is suevite, a type of rock, formed during the impact, that contains rock fragments and melted rocks. IODP, CC BY-ND
The only way to prove this was by analyzing sediment and rock cores. In the winter of 1968-1969, the Glomar Challenger drilled seven sites in the South Atlantic Ocean to the east and west of the Mid-Atlantic ridge. Both the igneous rocks of the ocean floor and overlying sediments aged in perfect agreement with the predictions, confirming that ocean crust was forming at the ridges and plate tectonics was correct.
Reconstructing earth’s history
The ocean record of Earth’s history is more continuous than geologic formations on land, where erosion and redeposition by wind, water and ice can disrupt the record. In most ocean locations sediment is laid down particle by particle, microfossil by microfossil, and remains in place, eventually succumbing to pressure and turning into rock.
Microfossils (plankton) preserved in sediment are beautiful and informative, even though some
are smaller than the width of a human hair. Like larger plant and animal fossils, scientists can use these delicate structures of calcium and silicon to reconstruct past environments.
The resulting acidification of the ocean from the release of carbon into the atmosphere and ocean caused massive dissolution and change in the deep ocean ecosystem.
This episode is an impressive example of the impact of rapid climate warming. The total amount of carbon released during the PETM is estimated to be about equal to the amount that humans will release if we burn all of Earth’s fossil fuel reserves. Yet, an important difference is that the carbon released by the volcanoes and hydrates was at a much slower rate than we are currently releasing fossil fuel. Thus we can expect even more dramatic climate and ecosystem changes unless we stop emitting carbon.
Enhanced scanning electron microscope images of phytoplankton (left, a diatom; right, a coccolithophore). Different phytoplankton species have distinct climatic preferences, which makes them ideal indicators of surface ocean conditions. Dee Breger, CC BY-NC-ND
Today scientists from 23 nations are proposing and conducting research through the International Ocean Discovery Program, which uses scientific ocean drilling to recover data from seafloor sediments and rocks and to monitor environments under the ocean floor. Coring is producing new information about plate tectonics, such as the complexities of ocean crust formation, and the diversity of life in the deep oceans.
This research is expensive, and technologically and intellectually intense. But only by exploring the deep sea can we recover the treasures it holds and better understand its beauty and complexity.
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Did the phrase in the first paragraph of the article jump out for you as it did for me?
This one: “…we know more about the surface of the moon than about the Earth’s ocean floor.”
Doesn’t Mr. Neptune hold his cards close to his chest.
Your oceans of the world are truly breath-taking. The power you can display in the odd wave or million through to the tranquility you so often also display defy rational explanations.
I have had the profound experience of sailing upon your waters, dear Mr. Neptune, over a number of years sailing back and forth between Cyprus and Turkey. Not a long distance but still sufficient to experience being solo on a yacht day and night.
Tradewind 33 – Songbird of Kent. My home for five years.
Then on my way sailing back to Plymouth, SW England, the magical, almost primeval, feeling of being alone on the Atlantic Ocean. Looking up at the night sky, feeling so insignificant, so infinitesimally minute with 500 miles of open ocean in all directions and those stars above my head.
No question, that practically everything about your oceans is beyond the understanding of us humans. Indeed, I had to look up online how much water there is on Earth to discover there is:
It’s roughly 326 million cubic miles (1.332 billion cubic kilometers), according to a recent study from the U.S. Geological Survey.
Because I simply didn’t have a clue.
And knowing there are approximately 326 million cubic miles of water doesn’t help because I am still left not having a clue as to what that means!
So, thank goodness, Mr. Neptune this is all a ‘walk in the park’ for you!
But I do have a question for you.
What do you make of this?
The image is cropped from the following:
The description of these figures is:
Figure. (upper) Change in global upper-level (0–2000 m) ocean heat content since 1958. Each bar shows the annual mean relative to a 1981–2010 baseline. (lower) Annual mean ocean heat content anomaly in 2017 relative to a 1981–2010 baseline.
And it was taken from research undertaken by Lijing Cheng and Jiang Zhu and found on the web here.
Ocean Heat Content
Owing to its large heat capacity, the ocean accumulates the warming derived from human activities; indeed, more than 90% of Earth’s residual heat related to global warming is absorbed by the ocean (IPCC, Cheng et al. 2017). As such, the global ocean heat content record robustly represents the signature of global warming and is impacted less by weather-related noise and climate variability such as El Niño and La Niña events (Cheng et al. 2018). On the other hand, ocean thermal expansion due to ocean temperature change contributes substantially (30%~50%) to the sea level change, which can considerably influence human populations in coastal and island regions and marine ecosystems. Therefore, monitoring the OHC changes and understanding its variation are crucial for climate change.
Is it possible, Mr. Neptune, that even you as the master of all our oceans is worried about the future?
A male and a female wolf have been photographed with their two pups on the northern part of the reservation.
PHOTO COURTESY OF THE CONFEDERATED TRIBES OF WARM SPRINGS – Two wolf pups with the adult male of the pack are caught on a remote trail camera on the Warm Springs Reservation. The wolf pups are believed to be the first born on the reservation since the 1940s.
For at least the past four years, a large male wolf has been observed roaming parts of the Warm Springs Reservation. Now, the wolf, his mate and two pups have also been seen on trail cameras.
On Aug. 27, the Confederated Tribes of Warm Springs Branch of Natural Resources confirmed that the single male first observed in 2014, and his mate, first seen in 2016, have produced two pups.
“In early September 2014, biologists suspected that a large male wolf of unknown origin, more than likely from Northeast Oregon, had a mate on the Warm Springs Reservation and Mount Hood National Forest, when remote cameras captured several images of two or more wolves in the area,” said wildlife biologist Austin Smith Jr., of the tribes’ Natural Resources Branch.
PHOTO COURTESY OF THE CONFEDERATED TRIBES OF WARM SPRINGS – A female gray wolf from the Warm Springs/White River pack seems to be caught on a remote trail camera teaching her pup, on the right, how to howl. In August, the Confederated Tribes of Warm Springs’ Branch of Natural Resources caught the photos of the two adult wolves and two pups, which are estimated to be 3 to 4 months old.
“Initially, last year, we had been getting multiple reports from technicians and contractors working in the area, that there was a group of wolves in the area,” said Smith. “We were trying to verify that, but we couldn’t confirm that there was a pup.”
In August, Smith thought there might be new pups, so he and a high school intern walked to the “rendezvous site,” where the wolves had been seen last year. “We managed to track them to an area and we saw a pup, about the size of a dog. We saw it take off, and ended up setting up a camera.”
After they saw the pup, Smith notified the U.S. Fish and Wildlife Service, which keeps track of wolf activity. At the end of 2017, Oregon had at least 124 gray wolves, including two known as the White River pair.
“They are in the southern portion of Wasco County, the northern part of the reservation, and the White River wildlife management area,” said Smith. “ODFW named the pack off of what area they’re covered in. We call them the Warm Springs pack.”
With assistance from USFW Biologist John Stephenson, the tribes set up remote trail cameras, which have been yielding numerous images of the wolves, including the pups.
“I was pretty surprised,” said Smith, noting that the pups are the first verified instance of wolves reproducing on the reservation since the mid-1940s. “It was the first time we had officially seen wolf pups.”
Gray wolves, which had historically been common in Oregon, were eradicated in the late 1940s. In 1974, wolves were listed as endangered by the federal Endangered Species Act. The state enacted its own Endangered Species Act in 1987, requiring the Oregon Department of Fish and Wildlife to conserve wolves.
According to ODFW, the wolves in Oregon are part of the Northern Rocky Mountain wolf population, which was reintroduced in Idaho and Yellowstone National Park in the mid-1990s. The first wolf made its way to Oregon in the late 1990s.
Over the past decade, the documented population of wolves in Oregon has increased from about three in 2008, to 14 at the end of 2009, to 124 at the end of 2017. Most packs are located in Northeast Oregon.
Wolves have been wandering through Oregon for years, but the new group seems to have established itself on the reservation, said Smith. “Once they’re a breeding pair, they officially become a pack.”
Smith said that the wolves are an important resource on the reservation. “They’re a culturally significant and sensitive species,” he said. “They usually pick an area where they have enough food source. The numbers of deer and elk have increased on the reservation.”
The wolf pups are probably 3 to 4 months old, and weigh 75 to 100 pounds, he estimated.
“Typically, when they’re in the denning period, it runs from spring until early summer,” said Smith. “During that time, the female will stay in the den, while the male and siblings are out hunting. They will bring back food for the female.”
“Typically, they’re out of the den after a couple months, and pretty mobile by then,” he said. “These pups were probably born in June.”
The tribes’ Branch of Natural Resources will continue to monitor the pack and its movements to ensure an accurate population count.
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I must repeat what was quoted as being said by Austin Smith Jr. because it so perfectly explains what we see in our dogs. (My emphasis.)
Smith said that the wolves are an important resource on the reservation. “They’re a culturally significant and sensitive species,” he said.
I closed yesterday’s Letter to the Moon with the last sentence from a recent essay from George Monbiot: “Defending the planet means changing the world.”
Shortly, I will be republishing, with Mr. Monbiot’s generous permission, the whole of that essay.
But first I am going to reproduce in full what arrived via email from George in the early hours of yesterday morning.
I’m contacting you because you’re one of the people who emailed me as part of the overwhelming response to my columns In Memoriam, and Incompetence By Design, where I mentioned that ‘some of us are now mobilising to turn the great enthusiasm for wildlife and natural beauty in this country into political action, and to fight the dismantling of the laws that protect our precious wild places’.
Many of you asked what I meant by ‘Watch this space’. The mobilisation starts next Saturday, in London, with The People’s Walk for Wildlife. It’s not a demonstration, nor a rally – it’s a gentle, family-friendly day. The only kind of strength we need is strength in numbers – to show that many thousands of us care deeply about the vanishing of wild mammals, butterflies, mayflies, songbirds and fish, and that we want the Government to commit properly to protecting those that remain.
On Saturday 22nd September, we’ll gather at Reformers Tree, Hyde Park at 10.00am; entertainment will start at 12 noon. At 1pm we’ll walk from Hyde Park Corner, via Piccadilly, St James, Pall Mall, and Cockspur St, to Whitehall. Please come along if you can. Download the birdsong app to play as we go. Bring friends, dress up as your favourite plant or animal or just come as yourself!
I’m looking forward to walking for the missing millions – I hope you can join me!
George
P.S. If you can’t make it, you can still contribute by adding your message of support to the Walk’s Wonder Wall – every post is valuable proof that you care.
Now on to that post.
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Plastic Soup
The problem is not plastic. It is consumerism.
By George Monbiot, published in the Guardian 5th September 2018
Do you believe in miracles? If so, please form an orderly queue. Plenty of people imagine we can carry on as we are, as long as we substitute one material for another. Last month, a request to Starbucks and Costa to replace their plastic coffee cups with cups made from corn starch was retweeted 60,000 times, before it was deleted.
Those who supported this call failed to ask themselves where the corn starch would come from, how much land is needed to grow it or how much food production it will displace. They overlooked the damage this cultivation would inflict: growing corn (maize) is notorious for causing soil erosion, and often requires heavy doses of pesticides and fertilisers.
The problem is not just plastic. The problem is mass disposability. Or, to put it another way, the problem is pursuing, on the one planet known to harbour life, a four-planet lifestyle. Regardless of what we consume, the sheer volume of consumption is overwhelming the Earth’s living systems.
Don’t get me wrong. Our greed for plastic is a major environmental blight, and the campaigns to limit its use are well-motivated and sometimes effective. But we cannot address our environmental crisis by swapping one over-used resource for another. When I challenged that call, some people asked me, “so what should we use instead?”. The right question is “how should we live?”. But systemic thinking is an endangered species.
Part of the problem is the source of the plastic campaigns: David Attenborough’s Blue Planet II series. The first six episodes had strong, coherent narratives. But the seventh episode, which sought to explain the threats facing the wonderful creatures the series revealed, darted from one issue to another. We were told we could “do something” about the destruction of ocean life. We were not told what. There was no explanation of why the problems are happening, what forces are responsible and how they can be engaged.
Amid the general incoherence, one contributor stated “It comes down, I think, to us each taking responsibility for the personal choices in our everyday lives. That’s all any of us can be expected to do.” This perfectly represents the mistaken belief that a better form of consumerism will save the planet. The problems we face are structural: a political system captured by commercial interests and an economic system that seeks endless growth. Of course we should try to minimise our own impacts, but we cannot confront these forces merely by “taking responsibility” for what we consume.
Unfortunately, these are issues that the BBC in general, and David Attenborough in particular, avoid. I admire Attenborough in many ways, but I am no fan of his environmentalism. For many years, it was almost undetectable. When he did at last speak out, he consistently avoided challenging power, either speaking in vague terms or focusing on problems for which powerful interests are not responsible. I believe this tendency may explain Blue Planet’s skirting of the obvious issues.
The most obvious is the fishing industry, that turns the astonishing lifeforms the rest of the series depicted into seafood. Throughout the oceans, this industry, driven by our appetites and protected by governments, is causing cascading ecological collapse. Yet the only fishery the programme featured was among the 1% that are in recovery. It was charming to see how Norwegian herring boats seek to avoid killing orcas, but we were given no idea of how unusual it is.
Even marine plastics is in large part a fishing issue. It turns out that 46% of the Great Pacific Garbage Patch, that has come to symbolise our throwaway society, is composed of discarded nets, and much of the rest consists of other kinds of fishing gear. Abandoned fishing materials tend to be far more dangerous to marine life than other forms of waste. As for the bags and bottles contributing to the disaster, the great majority arise in poorer nations, without good disposal systems. But because this point was not made, we look to the wrong places for solutions.
From this misdirection arise a thousand perversities. One prominent environmentalist posted a picture of the king prawns she had just bought, celebrating the fact that she had persuaded the supermarket to put them in her own container, rather than a plastic bag, and linking this to the protection of the seas. But buying prawns causes many times more damage to marine life than any plastic in which they are wrapped. Prawn fishing has the highest rates of bycatch of any fishery: scooping up vast numbers of turtles and other threatened species. Prawn farming is just as bad, eliminating great tracts of mangrove forests, crucial nurseries for thousands of species.
We are kept remarkably ignorant of such issues. As consumers, we are confused, bamboozled and almost powerless. This is why corporate power has gone to such lengths to persuade us to see ourselves this way. The BBC’s approach to environmental issues is highly partisan, siding with a system that has sought to transfer responsibility for structural forces to individual shoppers. It is only as citizens, taking political action, that we can promote meaningful change.
The answer to the question “how should we live?” is “simply”. But living simply is highly complicated. In Aldous Huxley’s Brave New World, the government massacred the Simple Lifers. This is generally unnecessary: today they can be safely marginalised, insulted and dismissed. The ideology of consumption is so prevalent that it has become invisible: it is the plastic soup in which we swim.
One-planet living means not only seeking to reduce our own consumption, but also mobilising against the system that promotes the great tide of junk. This means fighting corporate power, changing political outcomes and challenging the growth-based, world-consuming system we call capitalism.
As the famous Hothouse Earth paper published last month, that warned of the danger of flipping the planet into a new, irreversible climatic state, concluded, “incremental linear changes … are not enough to stabilize the Earth system. Widespread, rapid, and fundamental transformations will likely be required to reduce the risk of crossing the threshold”. Disposable coffee cups made from new materials are not just a non-solution. They are a perpetuation of the problem. Defending the planet means changing the world.
The idea of writing a letter to the moon is not a new one and it came to me when listening to an item yesterday morning, Pacific Time, broadcast by the BBC on Radio 4. The item was the news that Elon Musk has announced that:
Elon Musk’s company SpaceX has unveiled the first private passenger it plans to fly around the Moon.
Japanese billionaire and online fashion tycoon Yusaku Maezawa, 42, announced: “I choose to go to the Moon.”
The mission is planned for 2023, and would be the first lunar journey by humans since 1972.
On September 18, 1977, as it headed toward the outer solar system, Voyager 1 looked back and acquired a stunning image of our Earth and moon.
You will surely remember that first image taken of the Planet Earth and your good self in the same frame.
Here is the 1st-ever photo of the Earth and moon in a single frame. Voyager 1 took the photo on September 18, 1977, when it was 7.25 million miles (11.66 million km) from Earth. Image Number: PIA00013 via NASA/JPL.
Now here we are some 41 years later and, my, how things have changed.
But something, dear Mr. Moon, has never changed for you. That is the sight of our most beautiful planet. Plus, I would go so far as to venture that what makes our planet such a beautiful sight, one that has captivated us humans when we have gone into space and looked back at home, is the magic of our atmosphere.
Picture taken by a NASA satellite orbiting the earth some 200 miles above the planet’s surface.
So, so thin …. and so, so fragile.
It is akin to the thinness of the skin of an onion.
In fact, Mr. Moon, that layer that we earthlings call the troposphere, the layer closest to Earth’s surface varies from just 4 miles to 12 miles (7 to 20 km) thick. It contains half of our planet’s atmosphere!
Everything that sustains the life of air-breathing creatures, human and otherwise, depends on the health of this narrow layer of atmosphere above our heads. Now the thickness of that layer varies depending on the season and the temperature of the air. But let’s use an average thickness of 8 miles (say, 13 km) because I want to explore in my letter to you some comparisons.
In your infinite gaze down upon your mother planet you will have seen the arrival of H. sapiens, out of ancestral H. erectus, that took place roughly 315,000 years ago.
You will also have seen from your lofty vantage point the growth of both CO2 levels in the planet’s atmosphere and the average land-ocean temperature. Forgive me quoting something at you, but:
OBSERVABLE CHANGES IN THE EARTH
SINCE THE INDUSTRIAL REVOLUTION
While politicians have been busy debating the merits of climate science, the physical symptoms of climate change have become increasingly apparent: since the industrial revolution, sea level has grown by 0.9 inches, the atmospheric concentration of carbon dioxide has risen to unprecedented levels, average global temperatures have increased by about 1.0 degree Celsius and, to top it off, the global population has jumped by nearly 600 percent; 15 of the 16 hottest years on record occurred in the 21st century, and 2016 is likely to be the warmest year ever recorded.
Now the Industrial Revolution was all but over back in 1840 and the last 178 years have seen an explosion in the way we use energy, in all its forms. Plus we have to accept that back then the global population was around 1 billion persons. It is now over 7 billion.
Between 1900 and 2000, the increase in world population was three times greater than during the entire previous history of humanity—an increase from 1.5 to 6.1 billion in just 100 years.
So on to my comparisons.
The radius of our beautiful planet is about 3,959 miles (6,371 km). The average thickness of the troposphere is 8 miles (13 km).
Thus the ratio of thickness of our liveable atmosphere to the radius of the planet is 8 divided by 3,959. That is a figure of 0.002! Our atmosphere is 1/1000th of the size of the radius of our planet.
Hang on that figure for a moment.
In the last 178 years humanity has transformed our consumption of energy and especially carbon-based fuels. H. sapiens has been around for 315,000 years.
Thus the ratio of these present ‘modern’ times (the last 178 years) to the arrival of us back then (315,000 years ago) is 178 divided by 315,000. That is a (rounded) figure of 0.0006. Our modern times are just 1/10,000th of the time that so-called modern man has been on this planet.
So, dear Mr. Moon, you must despair that in so short a number of years, proportionally ten times smaller than the ratio of the troposphere to the radius of our planet, we funny creatures have done so much damage to what we all depend on to stay alive – clean air!
Or maybe, my dear companion of the night sky, because you are celebrating your 4.1 billionth year of existence, what we humans are doing is all a bit of a yawn.
Sincerely,
This old Brit living in Oregon.
ooOOoo
My dear friends (and I’m now speaking to you dear reader, not the moon!) when you reflect on the fragility of our atmosphere, well the layer we depend on for life, you realise without doubt that each and every one of us must make this pledge.
“I promise to do everything possible to reduce my own personal CO2 output and to ensure that both to my near friends and my political representatives I make it clear that we must turn back – and turn back now!”
Or, as George Monbiot writes in closing a recent essay (that I am republishing tomorrow): “Defending the planet means changing the world.”
Learning from Dogs 