Ecosystems have degraded at an alarming rate; here’s what can be done.
By Vijay Prashad
Tricontinental: Institute for Social Research
At the 1972 United Nations Conference on the Human Environment, the delegates decided to hold an annual World Environment Day. In 1974, the UN urged the world to celebrate that day on June 5 with the slogan “Only One Earth.”
This year, the theme is “Ecosystem Restoration,” emphasizing how the capitalist system has eroded the Earth’s capacity to sustain life. The Global Footprint Network reports that we do not live on one Earth, but on 1.6 Earths. We live on more than one Earth because, by encroaching and destroying biodiversity, degrading land, and polluting the air and water, we are cannibalizing the planet.
This article contains a Red Alert from Tricontinental: Institute for Social Research on the environmental catastrophe that befalls us. Several key scientists have contributed to it. It can be read below and downloaded as a PDF print out here; we hope that you will circulate it widely.
A new report from the United Nations Environment Programme (UNEP), “Making Peace with Nature,” highlights the “gravity of the Earth’s triple environmental emergencies: climate, biodiversity loss, and pollution.”
These three “self-inflicted planetary crises,” the UNEP says, put “the well-being of current and future generations at unacceptable risk.” This Red Alert, released for World Environment Day (5 June), is produced with the International Week of Anti-Imperialist Struggle.
Scale of Destruction
Ecosystems have degraded at an alarming rate. The Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) report from 2019 provides stunning examples of the scale of the destruction:
- One million of the estimated 8 million species of plants and animals are threatened with extinction.
- Human actions have driven at least 680 vertebrate species to extinction since 1500, with global vertebrate species populations dropping by 68 percent in around the last 50 years.
- The abundance of wild insects has fallen by 50 percent.
- Over 9 percent of all domesticated mammal breeds used for food and agriculture had become extinct by 2016, with another thousand breeds currently facing extinction.
Ecosystem degradation is accelerated by capitalism, which intensifies pollution and waste, deforestation, land-use change and exploitation, and carbon-driven energy systems. For example, the Intergovernmental Panel on Climate Change’s report, Climate Change and Land, (January 2020) notes that only 15 percent of known wetlands remain, most having been degraded beyond the possibility of recovery.
In 2020, the UNEP documented that, from 2014 to 2017, coral reefs suffered from the longest severe bleaching event on record. Coral reefs are projected to decline dramatically as temperatures rise; if global warming rises to 1.5°C, only 10-30 percent of reefs will remain, and if global warming rises to 2°C, then less than 1 percent of reefs will remain.
As things stand, there is a good chance that the Arctic Ocean may be ice-free by 2035, which will disrupt both the Arctic ecosystem and the circulation of ocean currents, possibly transforming global and regional climate and weather. These changes in the Arctic ice cover have already triggered a race among major powers for military domination in the region and for control over valuable energy and mineral resources, opening the door even further for devastating ecological destruction.
In January 2021, in a paper titled “Regaining Arctic Dominance,” the U.S. military characterized the Arctic as “simultaneously an arena of competition, a line of attack in conflict, a vital area holding many of our nation’s natural resources, and a platform for global power projection.”
The warming of the ocean comes alongside the annual dumping of up to 400 million tonnes of heavy metals, solvents, and toxic sludge (among other industrial wastes) – not accounting for radioactive wastes. This is the most dangerous waste, but it is only a tiny proportion of the total waste thrown into the ocean, including millions of tonnes of plastic waste.
One study from 2016 finds that, by 2050, it is likely that there will be more plastic by weight in the ocean than fish. In the ocean, plastic accumulates in swirling gyres, one of which is the Great Pacific Garbage Patch, an estimated mass of 79,000 tonnes of ocean plastic floating inside a concentrated area of 1.6 million km2 (roughly the size of Iran).
Ultraviolet light from the sun degrades the debris into microplastics, which cannot be cleaned up, and which disrupts food chains and ruins habitats. The dumping of industrial waste into the waters, including in rivers and other freshwater bodies, generates at least 1.4 million deaths annually from preventable diseases that are associated with pathogen-polluted drinking water.
The waste in the waters is only a fraction of the waste produced by human beings, which is estimated to be 2.01 billion tonnes per year. Only 13.5 percent of this waste is recycled, while only 5.5 percent is composted; the remaining 81 percent is discarded in landfills, incinerated (which releases greenhouse and other toxic gases), or finds its way into the ocean. At the current rate of waste production, it is estimated that this figure will rise by 70 percent to 3.4 billion tonnes by 2050.
No study shows a decrease in pollution, including the generation of waste, or a slowing down of the rise in temperature. For instance, the UNEP’s Emissions Gap Report (December 2020) shows that the world at the present rate of emissions is on track for warming by at least 3.2°C above pre-industrial levels by 2100. This is far above the limits set by the Paris Agreement of 1.5°-2.0°C.
Planetary warming and environmental degradation feed into each other: between 2010 and 2019, land degradation and transformation – including deforestation and the loss of soil carbon in cultivated land – contributed a quarter of greenhouse gas emissions, with climate change further worsening desertification and the disruption of soil nutrition cycles.
Common & Differentiated Responsibilities
In the 1992 United Nations Conference on Environment and Development declaration, the seventh principle of “common but differentiated responsibilities” – agreed upon by the international community – establishes that all nations need to take on some “common” responsibilities to reduce emissions, but that the developed countries bear the greater ‘differentiated’ responsibility due to the historical fact of their far greater contribution to cumulative global emissions causing climate change.
A look at the data from Carbon Dioxide Information Analysis Centre’s Global Carbon Project shows that the United States of America – by itself – has been the largest source of carbon dioxide emissions since 1750.
The main historical carbon emitters were all industrial and colonial powers, mainly European states and the United States of America. From the 18th century, these countries have not only emitted the bulk of the carbon into the atmosphere, but they also continue to exceed their fair share of the Global Carbon Budget in proportion to their populations. The countries with the least responsibility for creating the climate catastrophe – such as small island states – are the ones hardest hit by its disastrous consequences.
Cheap energy based on coal and hydrocarbons, along with the looting and plundering of natural resources by colonial powers, enabled the countries of Europe and North America to enhance the well-being of their populations at the expense of the colonized world.
Today, the extreme inequality between the standard of living for the average European (747 million people) and the average Indian (1.38 billion people) is as stark as it was a century ago.
The reliance by China, India, and other developing countries on carbon – particularly coal – is indeed high; but even this recent use of carbon by China and India is well below that of the United States. The 2019 figures for per-capita carbon emissions of Australia (16.3 tonnes) and the U.S. (16 tonnes) are more than twice that of China (7.1 tonnes) and India (1.9 tonnes).
Every country in the world has to make advances to transition from reliance upon carbon-based energy and to prevent the large-scale degradation of the environment, but the developed countries must be held accountable for two key urgent actions:
- Reducing harmful emissions. Developed countries must urgently bring about drastic emission cuts of at least 70-80 percent of 1990 levels by 2030 and commit to a pathway to further deepen these cuts by 2050.
- Capacitating mitigation and adaption. Developed countries must assist developing countries by transferring technology for renewable energy sources as well as by providing financing to mitigate and adapt to the impacts of climate change. The 1992 UN Framework Convention on Climate Change recognized the importance of the geographical divide of industrial capitalism between the Global North and South and its impact on respective inequitable shares of the global carbon budget.
That is why all of the countries at the numerous Climate Conferences agreed to create a Green Climate Fund at the Cancun Conference in 2016. The current target is $100 billion annually by 2020. The United States under the new Biden administration has pledged to double its international finance contributions by 2024 and triple its contributions for adaptation, but, given the very low baseline, this is highly inadequate.
The International Energy Agency suggests each year in its “World Energy Outlook” that the actual figure for international climate finance should be in the trillions. None of the Western powers have intimated anything like a commitment of that scale to the Fund.
What Can be Done
- Shift to zero carbon emissions. The world’s nations as a whole, led by the G20 (which accounts for 78 percent of all global carbon emissions), must enact realistic plans to shift to zero net carbon emissions. Practically speaking, this means zero carbon emissions by 2050.
- Reduce U.S. military footprint. Currently, the U.S. military is the single largest institutional emitter of greenhouse gases. The reduction of the U.S. military footprint would considerably reduce political and environmental problems.
- Provide climate compensation for developing countries. Ensure that the developed countries provide climate compensation for loss and damages caused by their climate emissions. Demand that the countries that polluted the waters, soil, and air with toxic and hazardous wastes – including nuclear waste – bear the costs of clean-up; demand the cessation of the production and use of toxic waste.
- Provide finance and technology to developing countries for mitigation and adaption. Additionally, developed countries must provide $100 billion per year to address the needs of developing countries, including for adaptation and resilience to the real and disastrous impact of climate change. These impacts are already borne by the developing countries (particularly the low-lying countries and small island states). Technology must also be transferred to developing countries for mitigation and adaptation.
On May 21, Sundarlal Bahuguna (1927-2021), one of the founders of the Chipko movement, left us. In 1973, in the Chamoli district of India, the government allotted an entire ash forest to a private corporation.
Laura Devi, Sudesha Devi, C.P. Bhatt, Sunderlal Bahuguna, and others decided that they would stop the loggers to defend – as Gaura Devi put it – their maika (‘mother’s home’). The women of Reni village went and hugged the trees, preventing the loggers from cutting them down. This act of hugging, or chipko, gave the movement its name. Thanks to the immense struggle by the people of Chamoli, the government of India was forced to pass a Forest Conservation Act (1980) and create a Department of Environment (1980).
During Bahuguna’s last years, he watched India’s current government actively allow deforestation and land degradation. According to Global Forest Watch, between 2019-2020, India lost 14 percent of its tree cover, with 36 percent of its forests severely vulnerable to fires. It is almost as if the forests are calling for another Chipko movement. This time not just in Chamoli or in India, but from one end of the planet to the other.
Vijay Prashad, an Indian historian, journalist and commentator, is the executive director of Tricontinental: Institute for Social Research and the chief editor of Left Word Books.
This article is from Tricontinental: Institute for Social Research.
The views expressed are solely those of the author and may or may not reflect those of Consortium News.
” The very survival of rivers, trees, and lions depends on the grace of imagined entities such as the United States and Google.”—-Quote from the book Sapiens .
Unfortunately there is no such thing as zero emissions if you intend to continue having an industrial civilization — fossil fuels are essential no matter how much marketing hype disagrees.
$100 billion/year to corrupt kleptocracies? No thanks. I’d rather keep my taxpayer dollars rebuilding America.
By all indications, we have to resolve these things with governments, large businesses, and most NGO’s still hurtling full-on for hegemony, full-on in the wrong direction.
Most of the direct damage comes out of food, heating, transportation, and the preeminence of currency as a measurement of value and profit as assurance of power thereby, backed up by the almost completely gratuitous destruction of military might.
Solutions to the direct problems are known, widely published, and demonstrated in considerable depth, but require social reorganization to implement extensively. We need to implement what we can so that the dinosaurs of social and economic power can disassemble more peacefully despite their proclivities.
Information for direct action is considered variously, and called Permaculture (the most global and far-reaching in perspective), Syntropic agriculture, carbon farming, Natural farming (after Fukuoka), Agricoltura sinergica, and the Transition Town movement. These variously combine centuries-old, time-tested methodologies for production that do not require destruction of land to produce food, or to retain potable water for use.
They do not require toxins or energy-expensive global supply chains or extensive commuting, so they can eliminate most transportation. Some offer nondestructive alternatives for heating and housing.
They allow for (or require) sequestration of tons of carbon and other organic matter per acre. They do not require great personal sacrifice, but provide useful, rewarding, and ample livelihood. They can be done helpfully at small scale in one’s free time, or more helpfully at larger scale.
We have every reason to be patient with each other, but not with systems that destroy. We ourselves need to implement the response.