Hubris

At Least We Will Have Tried

“A global economic depression will cause an even faster rate of environmental change. Will it be sufficient to reduce aerosol masking enough to cause loss of habitat for human animals? If not, will enough employees walk away from their jobs at nuclear power plants to cause the nuclear facilities to melt down? After all, several decades are required to safely decommission a nuclear power plant. If we want to avoid superheating the planet by stripping away stratospheric ozone, we had better start the process of decommissioning nuclear facilities right now. If we fail, at least we will have tried.”—Dr. Guy McPherson

Planetary Hospice

By Dr. Guy McPherson

Buddhist priests entering the sea in the Tairausuisho district of Iwaki, Fukushima Prefecture, to pray for those swept away by the tsunami of March 11, 2011. (Photo: Japan Times/KYODO.)
Buddhist priests entering the sea in Fukushima Prefecture, to pray for those swept away by the tsunami of March 11, 2011. (Photo: Japan Times/KYODO.)

This issue bears a similarity to Pascal’s Wager on the Existence of GodPascal, it may be recalled, argued that if there were only a tiny probability that God truly existed, it made sense to behave as if He did because the rewards could be infinite whereas the lack of belief risked eternal misery. Likewise, if there is only a 1 percent chance the planet is heading toward a truly major disaster and delay means passing a point of no return, inaction now is foolhardy. Call this Noah’s Law: If an ark may be essential for survival, begin building it today, no matter how cloudless the skies appear.”Warren Buffett, Chairman’s Letter―2015, Berkshire Hathaway.

Guy McPherson

BELLOWS FALLS Vermont—(Hubris)—November 2023—From Axios on 7 August 2023 comes a story with this headline: “The climate wrecking ball striking food supply.” Here’s the lede: “Extreme weather events and our warming planet are primed to strike commodities and the food supply like never before.” The paper in Axios quotes Dr. Roderick M. Rejesus, agricultural economist at North Carolina State University: “The literature is pretty clear” that if the observed increased frequency of extreme weather events continues, it will hurt crop yields in particular. “It’s possible we could face unprecedented market impacts if we don’t do anything in terms of mitigation and adapting.” 

As usual, “market impacts” are an important factor (as opposed to survival, for example).

Moving on, the paper in Axios indicates “that human actions may have rendered the Paris Agreement’s 1.5 o C target, and possibly even its 2 o C benchmark infeasible.” 

Considering we have already passed the 2 o C benchmark, I’d say adhering to it is infeasible.

As pointed out by Professor Andrew Y. Glikson on page 31 of his 9 October 2020 book,The Event Horizon: “During the Anthropocene, greenhouse gas forcing has risen by more than 2.0 W/m2, equivalent to more than >2 o C above pre-industrial temperatures, which constitutes an abrupt event over a period not much longer than a lifetime.”

The idea behind retaining a relatively cool planet is simple: doing so will prevent triggering self-reinforcing feedback loops. Unfortunately, we have already triggered several self-reinforcing feedback loops, any one of which makes climate change irreversible. Even the Intergovernmental Panel on Climate Change (IPCC) has admitted we have triggered a self-reinforcing feedback loop in its 24 September 2019 IPCC Special Report on the Ocean and Cryosphere in a Changing Climate. This IPCC report indicated—more than four years ago—that an overheated ocean was responsible for the irreversibility of climate change.

The outcomes expected to result from abrupt, irreversible climate change are already being revealed. Consider, for example, the long-predicted reduction in grain production. According to the paper in Axios, the Indian government banned exports of non-basmati white rice on 20 July of this year. Not surprisingly, considering the importance of India as a supplier of rice, international prices are going up. According to Dr. Seungki Lee, an agricultural economist at Ohio State University, “We should be anticipating some drastic supply shocks.” Again, the supply shocks are already happening. How drastic do they need to be before members of the dismal science take notice? I know something about the dismal science. After all, I received a PhD minor in agricultural economics in August 1987. If you’re keeping track, that’s more than 36 years ago.

According to Cornell University economist Arial Ortiz-Bobea: “Temperatures are higher, productivity is lower. The impacts are already here. They’ve already happened.” That’s quite an impressive admission from a professor at a major university. Ortiz-Bobea is further quoted in the Axios paper: “With all the lip service that people are giving [development of drought-tolerant crops], I don’t see it in the data.” Ortiz-Bobea led a 2021 peer-reviewed study that demonstrated global farming productivity is 21 percent lower than it would be without climate change.

A climate scientist and research associate at Dartmouth College, Corey Lesk, offers the final quote in the Axios paper: “It’s pretty much every summer now that a record-breaking heatwave is happening, not just in one breadbasket, but multiple breadbaskets around the world. We are currently heading into a climate regime that we have never seen before.”

None of this sounds promising for a future with more than 8 billion people on Earth. That’s a lot of mouths to feed. I suspect many of them will go unfed in the near future. At some point, of course, they will all be unfed.

How soon will we all face starvation? Consider that the following list of informed individuals is anticipating a Global Depression in 2025 slated to be much worse than 1929: Warren Buffet and his renowned, long-time assistant Charlie Munger, Robert Kiyosaki, Elon Musk, Rebecca Patterson, Simon Hunt, and others. If even one of these folks is correct, then we are headed for some serious hard times. In addition, we are headed for a significant loss of aerosol masking. Never mind the ongoing rate of environmental change, reported by the IPCC to be the most rapid in planetary history in its 8 October 2018 report, Global Warming of 1.5° C.

A global economic depression will cause an even faster rate of environmental change. Will it be sufficient to reduce aerosol masking enough to cause loss of habitat for human animals? If not, will enough employees walk away from their jobs at nuclear power plants to cause the nuclear facilities to melt down? After all, several decades are required to safely decommission a nuclear power plant. If we want to avoid superheating the planet by stripping away stratospheric ozone, we had better start the process of decommissioning nuclear facilities right now. If we fail, at least we will have tried.

McPherson “Global Depression by 2025,” by Simon Hunt.
“Global Depression by 2025,” by Simon Hunt.

To order Dr. McPherson’s books, click the cover images here below:

Dr. Guy McPherson is an internationally recognized speaker, award-winning scientist, and one of the world’s leading authorities on abrupt climate change leading to near-term human extinction. He is professor emeritus at the University of Arizona, where he taught and conducted research for 20 years. His published works include 16 books and hundreds of scholarly articles. Dr. McPherson has been featured on television and radio and in several documentary films. He is a blogger and social critic who co-hosts his own radio show, “Nature Bats Last.” Dr. McPherson speaks to general audiences across the globe, and to scientists, students, educators, and not-for-profit and business leaders who seek their best available options when confronting Earth’s cataclysmic changes. Visit McPherson’s Author Page at amazon.com. (Author Head Shot Augment: René Laanen.)

5 Comments

  • Sam Knowlton

    I have been reading and watching your shared information since you were homesteading (self-sufficiency is a lot of work). I am grateful for the information you share. I do have one question. Greenhouse gas forcing equates to two degrees but is not most of this increase absorbed by the oceans? I watch Worlds Ocean Temperature daily and Worlds Air Temperatures (1979 to present) daily, but II do not know how to equate this data with the pre-industrial temperature average. Where can I find data showing pre-industrial temperature average over a year that I may compare to the data at https://climatereanalyzer.org/clim/t2_daily/?dm_id=world?
    Thank you for persevering and remaining a teacher.

    • Guy R McPherson

      Thank you for your thoughtful comment, Sam. The 2 C figure represents the planetary average, including ocean and terrestrial surfaces. Thus the importance of an El Niño Southern Oscillation in releasing heat and greenhouse gases from the ocean onto land.

      I’m sorry, but either I don’t know the answer to your question or–more likely–I don’t understand the question. I do not know how to equate the data you reference with the pre-industrial temperature average.

  • Sam Knowlton

    I am trying to define planetary average temperature.. I assume this is a yearly average which includes water, terrain, and air. There is so much data to discern what data of the past is actually comparable to todays data. For example, what was the average world temperature in degrees per year? I know I am looking for a simple answer for a very complicated science. Is there any method to compare past “apples” to current “apples”? This is a huge problem when discussing climate change extinction. I only need to observe the changes in nature to be convinced. Not many observe nature.

  • Sam Knowlton

    Thank you for the prompt reply, your research, and you teaching the conclusions to us. How do we explain climate change to a 12 year old? It seems most of society has the attention span and mental abilities of a 12 year old. (As they say, “speak to your audience”.) I think I got it. A better method of explaining in discussions is with the greenhouse gas forcing. More heat is coming in than is going out. With all the particulates, this appears counter-intuitive, unless the greenhouse effect is explained. Less sunlight is reaching the surface due to particulates, but some of these particulates prevent heat from escaping into space.
    I was profoundly saddened when after buying acreage out in the country, I took my grandchildren outside to observe the stars. There was no awe in the starlight like we had 50 years ago. The population and clarity is gone.

  • Guy R McPherson

    The planetary average temperature is based on thousands of weather stations. In the US, these are monitored by the National Weather Service. Readings are available online for the last century and several more years. Other countries and regions maintain similar records (e.g., the European Union).

    These data form the basis for considerable research. At the most elementary level, data are adjusted for the urban heat island effect and other factors that adversely influence the data. Similar adjustments are made to compare past years to contemporary observations.

    We are now in the realm of big science. These large datasets demand careful summarization and analyses. Thus is not my area of expertise, but an online search can inform you and others about the details. Unfortunately, even describing the datasets and relevant analyses is beyond the understanding of a typical 12-year-old.