Innovations Could Address the Climate Crisis if We Let Them

Recent global weather patterns have again raised concerns about global warming and its impacts. South African Environment Minister Barbara Creecy said the solution is to shower her government with billions more in foreign aid. “[Africa] is one of the most adversely affected by climate change,” Creecy told Bloomberg during an interview in Johannesburg. “We are hoping that the dialogue around loss and damage will be framed in such a way that there will be the establishment of a financing facility.”

There are innovative solutions to carbon emissions but the very people who demand regimentation of the economy to address climate issues are themselves standing in the way of possible solutions and screaming they must not be used.

Of course, the most widely known alternative is to replace the use of oil and gas in producing power with non-carbon-emitting technologies. Solar panels work well at the level of individual residencies if you live in the right area, but they become more cumbersome when it comes to generating sufficient power on larger scales given the amount of territory they require. Nuclear technology has a relatively decent track record with fewer downsides than the current technologies.

But the very people shouting the loudest about the climate demand deprivation, not innovation. They want the economies of the world shackled and regulated to force them to shrink. They demand policies that will reduce world living standards — and while there is some leeway for the wealthy, such policies would be devastating to the developing nations of the world. Given how such policies of deprivation impact developing nations the most, the policies could appear to have been engineered to harm those nations the most. I’m not saying they are created with that intent, but the impact remains the same regardless of intentions.

Laura Kahn, at The Bulletin of the Atomic Scientists, discusses the use of plants to capture carbon and the political obstacles used by green groups to stop solutions from being implemented. She notes plants consume vast amounts of carbon but often release them again when harvested. However, perennials are a different matter: “Perennials—plants that live year after year—provide a potential strategy to combat climate change by storing carbon dioxide long-term in their roots. (Trees do this too, which is one of the many reasons cutting down forests is so deleterious to the environment.)”

Kahn says there is work being done that could both remove carbon dioxide from the atmosphere and feed livestock and people. The problem is despite being urgent it is “unnecessarily slow for political reasons.”

“Due to concerns about political opposition to genetically modified organisms (GMOs), [work is being done] to genetically alter plants the old-fashioned way, through selective breeding, rather than through a newer, faster technology, the gene-editing tool CRISPR. Joanne Chory, a plant biologist and geneticist, is director of the Plant Molecular and Cellular Biology laboratory at the Salk Institute for Biological Sciences and a Breakthrough Prize recipient. She created an initiative called ‘Harnessing Plants for the Future’ to develop a super plant that will both provide food and store carbon dioxide in its roots.”

Genetic modification is as safe as vaccinations, but various political groups oppose both — leading to disasters in both cases. Modification is attacked by wealthy residents in Europe, often as a disguised measure of protectionism against crops grown in the developing nations of the world, where technology is still embraced because it lifts people out of poverty. One problem is, if you’re already well off, you don’t care about poverty as much. Many in the West pay lip service to global poverty but continue to implement policies that exacerbate it.

Chory’s super plants “include beans, chickpeas, lentils, and peanuts” because they are perennials. Her idea is to expand the roots of the plants so they store more carbon and “that if 5 percent of the world’s cropland, approximately the total area of Egypt, were devoted to such super plants, they could capture about 50 percent of current global carbon dioxide emissions.”

Chory is hoping that she can use crossbreeding to develop the plants within 10 years. A much faster solution would be genetic modification, which all science shows to be safe and speedy. Kahn writes: “So why isn’t Chory using it? In order to avoid political opposition from activists opposed to GMOs, as she said during the question-and-answer session of her Breakthrough Prize Symposium talk. Anti-GMO activists have held up the implementation of Golden Rice, a crop that could spare millions of people from blindness and death due to vitamin A deficiency, and have hindered the development of crops resistant to disease.”

Sadly, many Western environmentalists give the distinct impression they want to solve environmental problems at the expense of the poorest populations in the world. Due to their exaggerated technophobia, they want to scuttle innovation and adopt deprivation as a strategy instead. Deprivation for the rich means smaller houses and electric cars, but deprivation for the world’s poor is the difference between life and death.