By: John. W. Roulac
As our planet’s atmosphere races past 400 ppm of carbon dioxide and “climate chaos” weather becomes the norm, many hopes and concerns are being directed to the United Nations Conference on Climate Change, to be held this December in Paris.
Will world leaders agree to shift away from carbon-centric energy and food production to more renewable energy sources and regenerative agriculture?
The elephant in the room in Paris—and it’s quite a big elephant—is that for some reason the world’s government leaders, and many climate groups, have omitted the planet’s two leading carbon sinks, soils and oceans, from the main climate agenda. They now plan to discuss whether land use should even be part of the discussion.
Really? In this age of fascination with high technology, we choose to ignore the earthworm (tiller of the soil) and ocean plankton (our indispensable oxygen generator) at our peril. Did you know that two out of every three breaths you take come via phytoplankton? Relying primarily on solar, wind and hybrids as the solutions to climate change is a path toward disaster.
The good news is that we can help heal our acidic oceans, moderate the planet’s erratic weather and produce abundant food by refocusing on soil sequestration (which, as a bonus, improves not just soil quality but also water-holding capacity) across farmlands, rangelands and forestlands.
My recent EcoWatch article provides an easy-to-understand overview on the potential of regenerative ag to solve the climate crisis, and gives links to organizations working on this vital issue. One country taking a positive step forward is France, which just announced an innovative plan to raise the amount of carbon in its soils by 0.4 percent a year. Why is the media not reporting this—especially since France is hosting the climate conference?
Today about 1 percent of the oceans’ plankton dies annually from ocean acidification, which has increased by 30 percent in the past hundred years—mostly caused by industrial ag’s high carbon pollution, with Exxon and transportation coming in as a distant second. We now know that 20 to 30 percent of all manmade greenhouse gases in the atmosphere come from industrial agriculture. The leading greenhouse gas emission sources contributing to that total are GMO corn and soy crops, centralized cattle and pig confinement operations and rice grown with synthetic fertilizers.
A recent study by University of Maryland researchers, reported as ‘“Green Revolution Changes Breathing of the Biosphere,” detailed how a computer model linked stronger seasonal oscillations in carbon dioxide to intensive agriculture. (A note to those who represent Greenpeace, 350.org and other climate NGOs: Please reread the last two paragraphs; otherwise you might keep letting the main climate culprits go scot-free).
A Journey Well Traveled
When we discover a powerful truth on the personal or societal level, such as our need to redress the mistreatment of our soils, it’s useful to reflect on how we arrived at that realization. Thousands of years ago, most societies—from Europe to Asia to what we now call the Americas—had a deep respect and caring for the Earth. Cultures from the Celtic to the Chinese to the Inca honored nature as a shared mythos that was central to daily life.
But by the last mid-century, people accepted that rivers in Ohio should be on fire, while also accepting pandemic air pollution. Then the flower children of the ‘60s and ‘70s rejected the supposed bounty of industrial food systems, and today the wellness revolution is stronger than ever. People are waking from the modern industrial-ag nightmare. That McDonald’s is edging toward bankruptcy is one of the current signs that the times are indeed a-changin’.
Living in a Biological World
Paying attention to the health of our soils and oceans is now a matter of life and death. That may come as shock to most Americans, as our educational system and media teach us many things—except how the Earth works. We can learn how to be a doctor (except that they forget nutrition) or a carpenter (but they forget how forests grow) or a farmer (except that they forget the importance of soil health and earthworms) or an urban planner (but they forget how to conserve water). This hyperspecialization has yielded technocrats who don’t understand the laws of nature.
We have spent trillions of dollars on failed nuclear power when we have the best nuclear reactor in the universe: the sun, which is wireless and 93 million miles away. From grade schools to universities, brainwashed thinking is still pervasive. Our challenge today is to educate enough people and leaders to shift our lifestyle before we irreparably damage the Earth’s life-support systems.
Return the Carbon, Heal the Oceans
We were all taught in kindergarten to returns things to where they belong. Today the fate of 90 percent of all species depends on humanity returning excess atmospheric carbon to the soil. If we fall short in this imperative, the oceans will become so acidic that most plankton will die and those 90 percent of the planet’s life forms will vanish. GreenWave, an innovative Connecticut-based firm, has a unique approach that works to restore oceans, communities and coastal economies by growing kelp, which thrives on converting CO2 into biomass.
If you don’t believe that the oceans are in trouble, just read this 2010 piece from Germany’s leading magazine Spiegel: “Phytoplankton’s Dramatic Decline: A Food Chain Crisis in the World’s Oceans.”
Per the article’s lead, plankton “is the starting point for our oceans’ food chain. But stocks of phytoplankton have decreased by 40 percent since 1950 … It is an astonishing collapse, say researchers, and may have dramatic consequences both for the oceans and for humans.”
The New York Times also warns of the dying of our oceans in its article “Our Deadened, Carbon-Soaked Seas” by Richard W. Spinrad, chief scientist at the National Oceanic and Atmospheric Administration, and Ian Boyd, chief scientific adviser to the British government’s Department of Environment, Food and Rural Affairs. As the article states:
“Ocean and coastal waters around the world are beginning to tell a disturbing story. The seas, like a sponge, are absorbing increasing amounts of carbon dioxide from the atmosphere, so much so that the chemical balance of our oceans and coastal waters is changing and a growing threat to marine ecosystems. Over the past 200 years, the world’s seas have absorbed more than 150 billion metric tons of carbon from human activities. Known as ocean acidification, this process makes it difficult for shellfish, corals, and other marine organisms to grow and reproduce.”
Last summer, a giant, toxic algae bloom was found to stretch all the way from Alaska to California.
Originally Published: EcoWatch