Listening To Earth

Listening To Earth

by | Jul 11, 2021 | Alienation & Mental Health, Human Supremacy, Listening to the Land

By Rebecca Wildbear

I was diagnosed with cancer when I was 21. Scientifically, the odds were that I would die. They could have rolled me aside and let it happen, but doctors and loved ones did what they could to keep me alive. They tried to save my life even though they did not know if it would work.

The Earth is suffering. She does not want her rivers poisoned and dammed, her mountains blown up and mined, or her ecosystems and biodiversity destroyed. If she received the same care as me, perhaps we could stop the harm. Efforts to help show care and respect, whatever tomorrow brings.

When I have been abused, the most painful part is when no one sees it. Dismissing the harm that is happening to the Earth makes us complicit, even if particular philosophies seem to justify it (Doctrine of Discovery, Manifest Destiny, the American Dream, Gaia theory, the Sixth Mass Extinction, “it’s already too late”).

If your child or lover were drowning or trapped in a burning house, you would try to save them. If it’s a reflex to save our endangered loved ones, why can’t we develop an auto-response to save bears, prairie dogs, mountain lions, horses, and forests?

To belittle or discourage those who work to save the last remaining species and wild places seems like a betrayal of the Earth and those on the front-lines, the majority of whom are indigenous peoples (whose on-going genocide feeds the destruction of the planet).

Social psychology reveals that individuals commonly find ways to ignore those being harmed and consciously or unconsciously align with those in power, because it is safer.

Humans have imagination, soul, and agency. We can listen to the Earth, not only for our own re-wilding, but for what species, land, and ecosystems need too.

Rivers, forests, and oceans can be restored. Once they are, the climate dramatically improves. Perhaps humans can stop those destroying the biosphere and the last remaining species and lands. Why not support those who try?

Visit a clear-cut forest, plowed prairie, or concreted wetland. Ask them what they need. Ask the squirrels, rabbits, owls, and blue jays who live once lived there. Ask the bears in Asia, tortured for their bile, if their suffering is Gaia’s plan. Ask wild buffalo or horses routinely slaughtered, if people should stop helping them because it’s too late. Ask the last remaining birds, orcas, polar bears, fish, rhinos.

“Please help us,” they tell me. Don’t take my word for it. Go ask them yourself. The narratives and people that inspire me most are the ones that make listening, honoring, and keeping alive these voices central.

Glyphosate’s Toxic Legacy Exposed: Why This Weedkiller Should Be Banned

Glyphosate’s Toxic Legacy Exposed: Why This Weedkiller Should Be Banned

by | Jul 10, 2021 | Agriculture, Biodiversity & Habitat Destruction, Toxification

Editor’s note: As radical environmentalists, we can not understand how any culture can be so stupid to put poison on their own food. The widespread application of herbicides, pesticides and all kinds of poisonous chemicals to our holy mother earth’s surface as an attempt to control weed and insect “pests” is just another expression of this culture’s deep disconnection and hatred of all life.

The following excerpt is from Toxic Legacy: How the Weedkiller Glyphosate Is Destroying Our Health and the Environment by Stephanie Seneff, PhD (Chelsea Green Publishing, July 2021). It is reprinted with permission from the publisher and has been adapted for the web.
Source: Chelsea Green Publishing via Earth | Food | Life, a project of the Independent Media Institute

When it comes to Monsanto’s controversial herbicide, both the mainstream scientific community and our regulatory establishments have failed us.

By Stephanie Seneff

In September 2012, I attended a nutrition conference where Dr. Don Huber from Purdue University was speaking on the topic of “glyphosate.” Glyphosate is the active ingredient in the herbicide Roundup. While glyphosate isn’t a household name, everyone has heard of Roundup. Drive across the United States and you’ll see vast fields marked with crop labels that say “Roundup Ready.” Monsanto, the Missouri-based company that was Roundup’s original manufacturer, was acquired by the Germany-based company Bayer in 2018 as part of its crop science division. Monsanto has touted glyphosate as remarkably safe because its main mechanism of toxicity affects a metabolic pathway in plant cells that human cells don’t possess. This is what—presumably—makes glyphosate so effective in killing plants, while—in theory, at least—leaving humans and other animals unscathed.

But as Dr. Huber pointed out to a rapt audience that day, human cells might not possess the shikimate pathway but almost all of our gut microbes do. They use the shikimate pathway, a central biological pathway in their metabolism, to synthesize tryptophan, tyrosine, and phenylalanine, three of the twenty coding amino acids that make up the proteins of our body. Precisely because human cells do not possess the shikimate pathway, we rely on our gut microbiota, along with diet, to provide these essential amino acids for us.

Perhaps even more significantly, gut microbes play an essential role in many aspects of human health. When glyphosate harms these microbes, they not only lose their ability to make these essential amino acids for the host, but they also become impaired in their ability to help us in all the other ways they normally support our health. Beneficial microbes are more sensitive to glyphosate, and this causes pathogens to thrive. We know, for example, that gut dysbiosis is associated with depression and other mental disorders. Alterations in the distribution of microbes can cause immune dysregulation and autoimmune disease. Parkinson’s disease is strongly linked to a proinflammatory gut microbiome. As has become clear from the remarkable research conducted on the human microbiome in the past decade or so, happy gut bacteria are essential to our health, including in ways that researchers have yet to fully understand. It’s worth remembering that Roundup hit the market—and was declared safe—before much of this groundbreaking research on the human microbiome was ever conducted.

Dr. Huber also explained that glyphosate is a chelator, a small molecule that binds tightly to metal ions. In plant physiology, glyphosate’s chelation disrupts a plant’s uptake of essential minerals from the soil, including zinc, copper, manganese, magnesium, cobalt, and iron. Studies have shown that plants exposed to glyphosate take up much smaller amounts of these critical minerals into their tissues. When we eat foods derived from these nutrient-deficient plants, we become nutrient deficient, as well.

Glyphosate also interferes with the symbiotic relationship between plant roots and soil bacteria. Surrounding the roots of a plant is a soil zone called the rhizosphere that is teeming with bacteria, fungi, and other organisms. Glyphosate kills the organisms living in the rhizosphere, which then interferes with a plant’s nitrogen uptake, as well as the uptake of many different minerals. This interference further translates into mineral deficiencies in our foods. Glyphosate also causes exposed plants to be more vulnerable to fungal diseases. And fungal diseases can lead to contamination of our foods with mycotoxins produced by pathogenic fungi.

I came away from Dr. Huber’s lecture convinced that I needed to learn a lot more about glyphosate.

Fable for Tomorrow

Both of my parents grew up on family farms in small towns in southern Missouri. The area is now an environmental and economic wasteland, because large agrochemical farming has forced most small farmers into bankruptcy. As a child, I visited my grandparents on their farms, gathering eggs from the chicken coop, marveling over the cows and their calves in the fields, and helping with the fruit stand where my dad’s parents sold apples and peaches. When I was 13, my grandfather was discovered dead on his tractor, with a split-open bag of DDT by his side.

In the 1940s and 1950s, Americans were told that herbicides and insecticides, such as DDT, were safe. DDT is an organochloride first used by the military during World War II to control body lice, bubonic plague, malaria, and typhus. While DDT was effective at preventing malaria, the environmental consequences of its use were devastating, especially as people began using it more and more, in broader and broader applications, for pest control.

I read Rachel Carson’s book Silent Spring in 1962, shortly after it was published. A marine biologist by training, Carson condemned the chemical industry for its irresponsible disinformation campaign. She painted a grim picture of no birds singing in the spring. She called it a “fable for tomorrow,” a phrase that haunts me to this day. Silent Spring explores in detail how DDT and other chemicals were poisoning wildlife—from earthworms in the soil to juvenile salmon in the rivers and oceans. Carson’s book had a profound effect on me and helped me understand my grandfather’s untimely and unexpected death.

Around the same time, I also learned about the thalidomide disaster. Thalidomide, manufactured by a German pharmaceutical company, was prescribed to pregnant women to help with morning sickness and difficulty sleeping. It was aggressively marketed and advertised as safe. But thousands of children whose mothers took thalidomide during pregnancy were born with birth defects, including missing arms and legs. Studying the photographs of these deformed and unhappy children in a magazine, I realized that sometimes the products that purport to improve our lives can have major adverse effects—and that the companies that sell them cannot necessarily be trusted to tell us the whole truth about the risks their products pose.

The United States avoided this disaster, which devastated the lives of at least 10,000 children in Europe, because of a brave scientist named Frances Oldham Kelsey. Dr. Kelsey was a Canadian-born reviewer for the U.S. Food and Drug Administration, responsible for approving or rejecting the application for a license to distribute the drug in the United States. Although she faced enormous pressure, and although thalidomide was already approved for use in Canada, Great Britain, and Germany, Dr. Kelsey rejected the application after she determined that there was insufficient evidence that it was safe to use during pregnancy. At the time, I was young, optimistic, and patriotic. I remember thinking how lucky I was to live in the United States, a country that protected its citizens from such a catastrophe.

Hiding in Plain Sight

In the 1950s, in the small town in coastal Connecticut where I grew up, living treasures were everywhere: ladybugs, dragonflies, butterflies, bumblebees, grasshoppers, lightning bugs, giant beetles we called pinching bugs, toads, and dozens of chittering playful squirrels. Praying mantises were a rare delight, but fireflies could be counted on in the evening, along with bats overhead as the shadows grew. Today I live outside Boston, in a place that has a similar climate to the Connecticut town where I spent my childhood. Yet it’s rare to see wildlife on our suburban street. An occasional squirrel, and one or two butterflies in the spring. No longer do we have to clean the windshield of all the dead bugs that accumulate on a summer’s day. Children, of course, don’t realize what they’re missing out on. This change appears to have happened slowly enough that almost nobody has noticed.

Yet, there’s no question that something devastating is going on, even if it’s difficult to name it precisely. The rate of species going extinct today is hundreds or even thousands of times faster than it has been during the past tens of millions of years. Environmental scientists warn that we have already entered the sixth mass extinction. Human health is also suffering. Over the past few decades an alarming rise in many chronic diseases across the globe has occurred, especially in countries that adopt a Western-style diet based on industrialized agriculture. Many of these diseases have an autoimmune component. They include Alzheimer’s disease, autism, celiac disease, diabetes, encephalitis, inflammatory bowel disease, and obesity.

Something terrible seems to be affecting every living thing on the planet—the insects, the animals, and the health of human beings, including children. Something hiding in plain sight. While we can’t reduce all environmental and health problems to one insidious thing, I believe there is a common denominator. That common denominator is glyphosate.

This problem is too important to ignore. My goal is to convince anyone who eats, anyone who has children, and anyone who cares about the health of humans and the planet that we need to look much more closely and much more carefully at the impact of glyphosate on and beyond the food supply. Both the scientific community and our regulatory establishments have failed us. It is time to shine light onto the shadows—to convince the world about glyphosate’s diabolical mechanism of toxicity and give ourselves the tools we need to understand how glyphosate harms us and what we can do to protect ourselves and our families.

Stephanie Seneff is a senior research scientist at MIT’s Computer Science and Artificial Intelligence Laboratory. She has a bachelor’s degree in biology with a minor in food and nutrition, and a master’s degree, an engineer’s degree, and a PhD in electrical engineering and computer science, all from MIT. She has authored more than three dozen peer-reviewed journal papers on topics relating human disease to nutritional deficiencies and toxic exposures. She has focused specifically on the herbicide glyphosate and the mineral sulfur. Dr. Seneff is the author of Toxic Legacy.

Forest loss in mountains of Southeast Asia accelerates at ‘shocking’ pace

Forest loss in mountains of Southeast Asia accelerates at ‘shocking’ pace

by | Jul 2, 2021 | Agriculture, Biodiversity & Habitat Destruction, Climate Change

This article originally appeared in Mongabay.

  • Southeast Asia is home to roughly half of the world’s tropical mountain forests, which support massive carbon stores and tremendous biodiversity, including a host of species that occur nowhere else on the planet.
  • A new study reveals that mountain forest loss in Southeast Asia is accelerating at an unprecedented rate throughout the region: approximately 189,000 square kilometers (73,000 square miles) of highland forest was converted to cropland during the first two decades of this century.
  • Mountain forest loss has far-reaching implications for people who depend directly on forest resources and downstream communities.
  • Since higher-elevation forests also store comparatively more carbon than lowland forests, their loss will make it much harder to meet international climate objectives.

by Carolyn Cowan

Southeast Asia is home to roughly half of the world’s tropical mountain forests. These highland ecosystems support massive carbon stores and tremendous biodiversity, including a host of species that occur nowhere else on the planet. But new evidence suggests these havens are in grave danger. Conversion of higher-elevation forest to cropland is accelerating at an unprecedented rate throughout the region, according to findings published June 28 in Nature Sustainability.

By analyzing high-resolution satellite data sets of forest loss and state-of-the-art maps of carbon density and terrain, an international team of researchers quantified patterns of forest loss in Southeast Asia during the first two decades of this century. They found that during the 2000s, forest loss was mainly concentrated in the lowlands; but by the 2010s, it had shifted significantly to higher ground.

Between 2001 and 2019, the researchers calculated that Southeast Asia had lost 610,000 square kilometers (235,500 square miles) of forest — an area larger than Thailand. Of this loss, 31% occurred in mountainous regions, equivalent to 189,100 km2 (73,000 mi2) of highland forest converted to cropland and plantation in less than two decades.

Moreover, the study reveals an accelerating trend. By 2019, 42% of total annual forest loss occurred at higher elevations, with the frontier of forest loss migrating upslope at a rate of roughly 15 meters (49 feet) per year.

Particularly prominent shifts to mountain forest loss were found in north Laos, northeast Myanmar, and east Sumatra and Kalimantan in Indonesia — the country that experienced the most overall forest loss.

Terraces are cleared on a hillside in Malaysian Borneo to make way for an oil palm plantation. Image by Rhett Butler/Mongabay

Decades of widespread clearing of lowland forests to make way for rice, oil palm and rubber plantations has led the conservation community to perceive forest loss as an issue only affecting the lowlands, said Paul Elsen, climate adaptation scientist at the Wildlife Conservation Society and co-author of the study.

“To see through this study that forest loss is increasing and accelerating in mountainous areas throughout the whole of Southeast Asia was pretty surprising,” he told Mongabay.

The expansion of agriculture into higher elevation areas, despite sub-optimal growing conditions due to lower temperatures and steep slopes, spotlights just how scarce undeveloped land now is in lowland Southeast Asia.

“Just because we found that there’s a lot of increasing forest loss in the mountains does not mean that we’re not still seeing forest loss in the lowlands … we still have to worry about lowland forest loss,” Elsen said. “It is just shocking that [forest loss] is continuing to move up into places that we felt were safe by virtue of being rugged and remote and isolated.”

Natural hazards

Worldwide, more than 1 billion people live in mountainous regions. Forest loss in these areas has far-reaching implications for people who depend directly on forest resources and downstream communities.

Clearing forests in steep headwaters where rivers originate can increase the risk of catastrophic landslips and flooding in lower areas. It also exacerbates soil erosion and runoff, causing rivers to clog with silt and agricultural pollutants, reducing downstream water quality and availability. In 2018, many people blamed the devastating floods that struck southeast Sulawesi in Indonesia, displacing thousands of people from their villages, on upstream forest clearing.

“These impacts can kill people, of course, but they also disrupt roads and transportation access so goods and services can’t reach communities,” Elsen said. “That’s hugely impactful when you have increased soil erosion and instability following the removal of trees.”

Elsen said communities dependent on mountain forests are hit with a “double whammy” when trees are cleared, since they lose the safety net the forest provides against diminished crop yields, which also suffer from diminished water availability and quality. “Now that the forest has been removed, you have fewer products available for communities to rely on, so it also reduces their adaptation potential,” he said. “If left unchecked, this could be a really big environmental problem for the communities living both in the mountains and in the lowlands.”

Furthermore, a 2021 study showed that deforestation in the tropics can increase local warming by up to 2° Celsius (3.6° Fahrenheit). “Local communities living in these frontier zones will suffer much stronger climate warming due to the biogeophysical feedbacks driven by tree loss further compounding the effects of global warming,” Zhenzhong Zeng, associate professor at the Southern University of Science and Technology, Shenzhen, China and co-author of the new study told Mongabay.

Landslip Indonesia
A landslip in Indonesia caused by the removal of trees which has destabilized the steep slope. Image by Rhett Butler/Mongabay

Nowhere to go

If the forest loss continues to march upslope, the consequences for wildlife could be equally devastating. Recent studies suggest many species are shifting their ranges to higher altitudes in response to warming temperatures.

“The mountains of Southeast Asia are one of the most biologically rich regions of the planet and it’s incredible how many species of mammals, of birds, of amphibians are living only in the mountains and rely on forested ecosystems for their survival,” Elsen said. “So the removal of any of those forests will most likely reduce their abundances at a minimum and could potentially cause local extinctions because species that live in mountains often are very isolated in particular spots.”

“While it’s not surprising, unfortunately, that forest loss rates are moving up elevation in Southeast Asia, this study importantly quantifies this upwards acceleration,” Tim Bonebrake, a conservation biologist at Hong Kong University who was not involved in the study, told Mongabay in an email. He said the rate of upslope shift in the frontier of forest loss is very concerning and might hamper species’ ability to adapt to climate change.

“Not only do these losses of forest cover amount to losses in habitat for species, but the incursion of this forest loss up elevation will also impair biodiversity resilience to climate change,” Bonebrake said. “Forest species that may have otherwise been able to shift their distributions in response to warming will have less space to do so.”

White handed gibbon
White-handed gibbons (Hylobates lar) are among the many species that may have to shift their ranges further up into mountain forests in response to climate change. Image by JJ Harrison via Creative Commons (CC BY 3.0)

Global carbon budget

As part of the study, the researchers investigated how forest loss is affecting carbon budgets by overlaying forest loss datasets on high-resolution carbon density maps. They found that carbon stocks in steeper, higher-elevation forests are much greater than in lowland forests. This contrasts with patterns in Africa and South America where lowland forests account for more carbon sequestration. The Southeast Asia pattern is most likely due to greater levels of primary production and organic soil content in the region’s highland forests, say the researchers.

The team calculated that the total annual forest carbon loss across Southeast Asia was 424 million metric tons of carbon per year, which is equivalent to one-sixth of all the carbon absorbed by the world’s oceans each year. Mountain areas accounted for nearly one-third of that loss.

Their findings suggest that assumptions used in global climate change models, which consider all forest carbon emissions as equal, could be inaccurate. Moreover, the Intergovernmental Panel on Climate Change’s (IPCC) climate models incorporate predictions that tree-dominated land cover will persist in Southeast Asian mountains. Not only are those mountains losing their forest cover, but the fact that the region’s mountain forests store comparatively more carbon than lowland forests means that their loss will disproportionately affect climate predictions.

The authors calculate that if the patterns of forest loss continue, annual forest carbon loss in the mountains will exceed that of the lowlands as soon as 2022. They also suggest that the continued loss of carbon-rich forests at higher elevations could eventually tip the scales, shifting Southeast Asia’s forests from being a neutral actor in the global carbon cycle to a net carbon emitter.

Ultimately, the loss of higher-elevation forest will make it much harder to meet international climate objectives to limit global warming to below 2° Celsius (3.6° Fahrenheit) by the end of this century. This is, according to Elsen, “A very simple message that we need practitioners and policymakers to understand.”

Citation:

Feng, Y., Ziegler, A. D., Elsen, P. R., Liu, Y., He, X., Spracklen D. V., … Zeng, Z. (2021). Upward expansion and acceleration of forest clearance in the mountains of Southeast Asia. Nature Sustainability. doi:10.1038/s41893-021-00738-y

Covid, climate, and ‘dual metabolic rupture’

Covid, climate, and ‘dual metabolic rupture’

by | Jun 13, 2021 | Climate Change, Human Supremacy, The Problem: Civilization

Editor’s note: While it’s true that “it is the profit machine that is polluting our atmosphere, warming our planet, and destroying our ecosystems”, the real root of human destructiveness lies further back in history, when groups of people started agriculture, building cities and forming human supremist ideologies that disconnected human cultures from all other living beings.

This article originally appeared in The Ecologist.
Featured image: “Unless” by Nell Parker

By Neil Faulkner

We thought climate catastrophe the main danger. Now we know there is another. A double-whammy ecological crisis threatens collapse into dystopian chaos.

“Pathogens, a great and terrible global threat to human and many a non-human alike, [are] as much a Sword of Damocles hovering above civilisation as climate change.”

Evolutionary epidemiologist Rob Wallace wrote this in 2015. But he and many colleagues have been issuing increasingly urgent warnings since the 1990s that globalised agribusiness is breeding and spreading new, deadly, fast-transmission viruses.

The urgency around pandemics began to ramp up around the same time calls for climate action became mainstream. Many of us have been focused on the climate emergency – and nothing here should be taken to imply we were wrong – but the last year has taught a sharp lesson: deadly pathogens pose an equally menacing threat to human civilisation.

Catastrophe

Since the first United Nations COP conference on global warming in 1995, the climate emergency has got much worse. Carbon emissions have accelerated from 26 billion tonnes in 1995 to 37 billion tonnes in 2018. Atmospheric concentrations have risen from 350ppm in 1990 to 410ppm today. Half the increase in average global temperatures since the Industrial Revolution has occurred since 1995. The average volume of Arctic sea-ice has roughly halved in the last 40 years. Whatever the metric, the same story.

The effects are all around us. More frequent and more intense heat-waves are causing increases in wildfires, droughts, and desertification. Rising and warming seas are causing heavier rainfall, more serious flooding, more frequent mega-storms, and the inundation of coastal areas. These changes are driving the world’s sixth mass extinction, with species loss running at 1,000 times the normal rate. Climate change is destroying livelihoods, increasing disease, displacing people.

We stand on the brink of critical tipping-points when incremental shifts lead to sudden and irreversible lurches in the Earth’s ecosystem. Among the potential tipping-points are: abrupt collapse of the West Antarctic ice-sheet; abrupt collapse of the East Antarctic ice-sheet; abrupt collapse of the Greenland ice-sheet; thawing of Arctic permafrost and release of methane gas; rapid deforestation of the Amazon; and failure of the Atlantic Gulf Stream. Some scientists fear a ‘global cascade’ of interacting tipping-points.

The failure of the global political elite is systemic. It is not that we do not know what to do. It is not that the wrong policies have been adopted. It is that the economic and geopolitical system – the current world order – cannot deliver the radical action necessary.

The OECD (Organisation for Economic Co-operation and Development), representing the world’s leading industrial economies, considered the pre-pandemic global growth rate of three percent to have been too low. Yet such annual growth rate means a doubling in the size of the world economy every quarter century.

The fossil-fuel corporations plan to extract twice the amount of coal, oil, and gas between now and 2030 than can be burned if we are to restrict global temperature rise to the 1.5ºC ‘aim’ of the Paris Agreement.

This ‘aim’ is not ambitious enough: most climate scientists predict severe damage to the Earth’s eco-system with this level of warming. But even this ‘aim’ falls well below the ‘pledges’ of the COP participants, which, even if implemented, are expected to result in a disastrous 3ºC of global warming. Many leading scientists think we are heading for at least 4ºC of global warming.

Metabolic

The term ‘metabolic rift’ has been used by some radical commentators, like John Bellamy Foster, to describe what is happening. I prefer ‘rupture’ because it better captures the violence of a corporate capitalist system that is out of control and tearing apart human societies and natural ecosystems.

Metabolism is a scientific word to do with how chemical changes reconfigure energy and sustain life. All of us need to get science-wise, to understand what is happening to our planet, to get a handle on what I am calling the ‘Dual Metabolic Rupture’.

Humans are part of Nature. On the one hand, we are animals with material needs and organic form. On the other, our actions impact upon the rest of Nature, sometimes degrading it, sometimes remodelling it, always having an effect.

All the products of human labour are therefore part of Nature. Everything we do to provide ourselves with a livelihood involves drawing upon the resources of Nature and refashioning them into new forms.

These processes are not reversible, but they may be repeatable. If a glacier melts because the temperature rises, the water of which it is formed flows away. If a new glacier forms in the same place when the temperature falls again, it must be comprised of another body of water. In Nature, as in Society, everything is process and motion.

The energy involved in natural processes is a constant: it can be endlessly recycled, but it cannot be destroyed, so whatever you do, it will still be there in one form or another. This is one of the basic laws of physics (known as ‘the First Law of Thermodynamics’).

It follows that human beings may interact with Nature in ways that are ‘renewable’ or ‘sustainable’ – where energy is recycled in essentially repetitive ways – or in other ways that cause a metabolic ‘rupture’ or ‘rift’ – where energy is reconstituted as a destructive force.

Let us take two contrasting examples. A hoe-cultivator who harvests a garden plot of cassava, feeds the tubers and leaves to her pigs, and then lets them roam to manure the plot, is engaged in a recycling of energy that is ecologically sustainable.

Corporations that extract oil, refine it into petroleum, and then sell it to other corporations to burn in jet engines are doing something quite different: theirs is not a renewable process, but a release of carbon waste into the atmosphere and a permanent remodelling of the Earth’s metabolism.

The basic rhythms of pre-capitalist societies were determined by the cycle of the seasons. But capitalism is a system of competitive capital accumulation hard-wired by the profit motive for exponential growth.

The former were always essentially local or regional, so that what happened in one place had limited impact in others: the latter is now a fully globalised system which has the whole of humanity and the entire global environment in its grasp.

In the end, it is simple: it is the profit machine that is polluting our atmosphere, warming our planet, and destroying our ecosystems.

But that’s not all it’s doing.

Anthropocene

The system – let’s define it: globalised, financialised monopoly-capitalism – is blind to everything except the balance sheet, the bottom line, the annual profit.

The lords of capital have turned the Earth – its lands, its waters, its minerals – into private property. They have commodified its ecosystems and appropriated its bounty. And in their wake they spew waste and pollution that become ‘externalities’ for which others must pay.

Where to start? The catalogue of devastation is so long. Forests are cut down, wetlands drained, soils eroded. Water extraction turns farmland into desert. Chemicals are dumped in oceans, lakes, and rivers. Toxins leak into groundwater. Fertilisers, herbicides, and pesticides contaminate food supplies.

Landfills overflow with synthetic waste. Nuclear power plants melt down and fill air, land, and sea with carcinogenic particles. A chemical smog fills urban streets and poisons children on the way to school. Plastic waste degrades into trillions of microscopic specks that infect every living organism.

Now, from deep within this mayhem, a second titan of destruction has emerged to stand alongside the mega-threat of climate change: pandemic disease.

Both titans are formed of trillions of tiny particles. Climate change is driven by atoms of carbon dioxide – tiny particles of dead organic matter pumped into the atmosphere when fossil fuels are burned. Pandemic disease is driven by microscopic parasites – tiny particles of living organic matter that breed, spread, and evolve by infecting the bodies of animals.

But that does not mean Covid-19 is a natural disaster, any more than carbon pollution. Nor is it an Act of God or a ‘Chinese’ conspiracy. Covid is a human-made catastrophe, as much an artefact of the Anthropocene as global warming.

I agree with colleagues who argue that the Holocene is over. This is the term we have used to describe the last 11,700 years of Earth history, since the end of the last Ice Age – until now. From around 1950, and at an accelerating rate since, the Earth system has been undergoing radical change as a result of human action. We have entered a new geological era in which Anthropos (the Greek word for human) is the primary agent of change. The primary form of change is metabolic rupture.

Covid-19 is a pandemic disease of the Anthropocene’s metabolic rupture.

Pandemic

Mainstream commentary on the pandemic is refracted through a neoliberal prism. Attention focuses on immediate problems and proximate causes. I am not talking about serial liars like Johnson and his third-rate cabinet of public-school toffs and corporate spivs. I am talking about more honest commentators keen to see through the spin and smoke-cloud that shields a corrupt and incompetent political class.

But it is not enough to expose the negligence, crony capitalism, and eugenicist experiments of the Tories – the failure of test-and-trace, the lack of PPE, the locking down too late and lifting too early, the discharging of the sick into care homes, the spreading of the virus in schools and universities, and so much more.

It is necessary, but not enough. The narcissistic charlatan who runs the government might eventually be thrown out. But so what? There is a much bigger issue: the metabolic rupture between corporate agribusiness and natural ecology that has created the multiple global incubators of new deadly diseases.

In 1950, a large proportion of the Earth’s people were peasant farmers, predominantly in the Global South. As recently as 1980, only 20 percent of China’s population was urban; the proportion today is 60 percent. A growing number of those who remain in the villages, moreover, have been transformed into wage-labourers.

The advance of corporate agribusiness is relentless. As I write, the Hindu-chauvinist regime of Narendra Modi is facing an uprising of small farmers whose livelihoods are threatened with destruction by neoliberal ‘reform’. So desperate is their plight that record numbers of India’s small farmers have been committing suicide.

As well as destroying traditional communities, agribusiness is expanding into the wilderness, uprooting forests, destroying the diversity and balance of natural ecologies, and replacing them with vast monocultures. Half the habitable surface of the Earth is now devoted to agriculture, with millions of acres added every year.

Much of the crop-land produces animal feed for the hundreds of millions of cattle, sheep, pigs, and poultry being fast-fattened for the global supply-chains that loop the world. The mega-complexes of Big Farm’s industrialised animal production are laced around and between the mega-slums of the Global South’s ever-growing urban proletariat.

This is what links a remote bat-cave in hinterland China with the morgues of New York and London. Big Farm batters down natural ecology, destroying diversity and firebreaks. Viruses that would have burnt themselves out in the forest for lack of carriers adapt to a new ecology of monoculture, animal factories, and slum cities; they mutate and evolve and then achieve fast-track transmission through mass concentrations of the same species.

The global supply-chains of giant transnationals with operations in half a dozen countries and markets in a thousand cities do the rest.

Once a new variant is established, it replicates by the trillion at hyper-speed, throwing up chance mutations, testing new ways of spreading. The disease becomes endemic and chronic – embedded in human society – and continues to evolve, waging a relentless life-or-death struggle against lockdowns and vaccines by constant shape-sifting in its efforts to breach the defences.

Warning

This – the pandemic diseases created and spread by corporate agribusiness – is then layered over societies mired in poverty and stripped of public health-provision by neoliberal ‘structural adjustment programmes’, privatisation, and austerity cuts.

The epidemiologists have been warning of the dangers for a quarter of a century. There have been dozens of outbreaks of different viruses or variants, all involving a similar basic mechanism: the introduction of a wild-animal virus, its transmission and evolution through factory-farm complexes, a jump from animal to human, often in mutant form, and rapid global spread through transnational supply-chains.

The warning, endlessly repeated, was that, sooner or later, one of the new diseases created by neoliberal capitalism would take off. But there is no profit in pandemic precaution.

The improvised plague cemeteries; the body-bags in the morgues; the patients breathing through ventilators; the traumatised and exhausted health workers; the everyday folk left grieving; the jobs lost, businesses gone bust, homes lost to the bailiffs; the swelling toll of mental breakdowns; the loneliness, the shrivelled lives, the sense of desolation and despair: all this and more amount to so many ‘externalities’ for the profit machine.

The machine carries on. It is being recalibrated. Some businesses may be shutting down, but big capital is highly mobile. The money moves at click-key speed. It flows from a place where profits are down to another where they are up.

America’s 660 billionaires, for example, are doing just fine right now. Since March last year, their wealth has increased 39 percent, from just under $3 trillion to more than $4 trillion today. It is the rest of us, of course, who pay for the system’s ‘externalities’.

Those ‘externalities’ now take the form of a Dual Metabolic Rupture between humanity and the planet, as industrial pollution destroys our ecosystem, and agribusiness generates wave after wave of killer pathogen. We are the inhabitants of a new geological age – the Anthropocene – in which globalised, financialised monopoly-capitalism has become an existential threat to life on Earth.

What happens next depends on what we do. The imperative to get active has never been greater.

Neil Faulkner is the author of A Radical History of the World and co-author of System Crash: an activist guide to making revolution.

New Australian marine parks protect area twice Great Barrier Reef’s size

New Australian marine parks protect area twice Great Barrier Reef’s size

by | Jun 10, 2021 | Biodiversity & Habitat Destruction

  • The Australian government has moved to create two new marine protected areas that cover an expanse of ocean twice the size of the Great Barrier Reef Marine Park.
  • The two parks will be established around Christmas Island and the Cocos (Keeling) Islands in the Indian Ocean to the northwest of continental Australia.
  • The new parks, which cover to 740,000 square kilometers (286,000 square miles) of ocean, raise the protected share of Australia’s oceans from 37% to 45%.
  • The decision was immediately welcomed by conservation groups.

This article originally appeared on Mongabay.

Featured image: Whale shark feeding the ocean surface. Image by Rhett A. Butler for Mongabay.

The Australian government has moved to create two new marine protected areas that cover an expanse of ocean twice the size of the Great Barrier Reef Marine Park.

The two parks will be established around Christmas Island and the Cocos (Keeling) Islands in the Indian Ocean to the northwest of continental Australia. The new parks cover 740,000 square kilometers (286,000 square miles) of ocean.

The decision was immediately welcomed by conservation groups.

“Christmas and Cocos (Keeling) Islands are uniquely Australian and globally significant – there’s nowhere like them on Earth,” said Michelle Grady, Director of The Pew Charitable Trusts, in a statement. “Most famous for its annual red crab migration, Christmas Island was referred to as one of the 10 natural wonders of the world by David Attenborough himself. Its thriving rainforests, deserted beaches and fringing reef provide a haven for unique and rare seabirds, land crabs and marine life.”

“Christmas and the Cocos (Keeling) Islands are recognised as globally significant standout natural wonders,” added Darren Kindleysides, CEO of the Australian Marine Conservation Society, in a statement. “Oceans across the globe are in deep trouble from pollution, overfishing, habitat loss and the very real and immediate impacts of climate change. Establishing marine parks to provide a safe haven for our marine life is critical in helping stop our oceans reaching a tipping point.”

Christabel Mitchell, Director of the Save Our Marine Life Alliance, applauded the move but urged the Australian government to work “collaboratively” with local communities to “co-design” the protected areas.

“Healthy oceans and sustainable fishing are central to the Christmas and Cocos Islanders’ way of life, their culture and their livelihoods,” said Mitchell in a statement.

“Creating world-class marine parks for this region will provide crucial protection for a wealth of marine life, make a significant global contribution to the health of our oceans and support the local communities’ culture and aspirations,” said Mitchell. “We look forward to working with the government and the island communities to preserve this unique part of Australia, for our marine life and future generations.”

The new parks will bring the percentage of Australian waters under protection from 37% to 45%. Conservation groups around the world are pushing for the protection of 30% of global oceans and land mass by 2030.