Editor: One of the San Diego Free Press’ most active writers on climate change is Frank Thomas, who often collaborates with John Lawrence. Readers appreciate Thomas so much that a group of them invited him to speak at their “pro-science” club meetings. Problem is, Thomas lives in the Netherlands. Here is his gracious decline along with more expositions on his part, ‘do we have time to save Mother Earth’.
By Frank Thomas
Thank you for trying to reach me through the San Diego Free Press and John Lawrence.
I would much enjoy meeting with members of your pro-science club. But, unfortunately I live in the Netherlands where I’m actively engaged as a free-lance trainer/lecturer and writer. For some time now, I’ve have been researching and writing about macro-micro comparative U.S. and European economic, social, environmental issues. High on my and John Lawrence’s list has been the U.S. and world dependence on environmentally finite and polluting fossil fuel greenhouse gas emissions.
One respected researcher on climate change and Arctic greenhouse gas conditions is University of Utah Professor of Physics, Timothy J. Garrett. If you contact him, he may know colleagues in California who are well-informed on this carbon dioxide-methane intensive region. Prof. Garrett sees climate change as a fight between human beings and physics … where the physics of climate change becomes irreversibly deadly unless something is done IMMEDIATELY to drastically reduce GHG emissions worldwide.
Climate change is efficiently melting the Arctic which contains huge quantities of carbon dioxide (CO2) and trillions of tons of methane (CH4) below the permafrost. CH4 is a gas that’s 72 times more toxic than CO2 in the first 20 years of its lifetime, thus creating a lethal double CO2/CH4 heat-pollution warfront. The process starts when carbon dioxide and methane emissions translate into heat-trapping gases, then into melting ice, then into rising oceans and storms, then into destruction of food supplies, then into inability of plant and human life to survive.
Where is the threshold when there is no return?
Many scientists are saying it arrives when the CO2 eq emission concentration exceeds 600ppm (it is now at 385 ppm CO2 eq) where mean earth temperatures increase above 4 degrees Celsius. Prof. Bill McKibben of Middlebury College (author of, “Earth: Making a Life on a Tough New Planet”) says it starts when we have emitted 565 gigatons of CO2 into the atmosphere. Based on current consumption trends, in his opinion we will have reached that threshold in 16 years (i.e., 2025-30). As Prof. McKibben has reseached, fossil fuel companies have 2,795 gigatons of CO2 in their fuel reserves in the ground!
Both Professors Garrett and McKibben agree that catastrophic environmental consequences cannot be avoided unless we start NOW rapidly transitioning away from fossil fuels and cutting GHG emissions at the sensational rate of 5% a year! The U.S. is the world’s biggest CO2 emitter at 17.3 tons per capita vs. 7.5 tons per capita in Europe. In 2011, both continents had a reduction in GHG emissions of 2% and 3%. respectively, while global GHG emissions increased 3% … largely affected by China and India’s extremely high growth rates in CO2 emissions at a very early stage in their industrialization process that is proceeding at rocket- speed.
So there’s a long, long way to go to get down quickly to an annual reduction rate of 5%. In fact, Prof. Garrett extensive model research — relating economic growth to energy consumption — makes him extremely pessimistic that humans will win the battle against the physics of ever warmer climate change.
Global warming is all man-made. The oil firms are not about to write off their energy assets in the ground. However, assuming an effective, timely transition from fossil fuels to renewables occurs, fossil fuels can play a role intermittently filling the gap in demand and supply. As the peak power that solar and wind create does not always coincide with peak demand — given natural variability in sunny and windy days — fossil fuel plants can serve as a 10-15% “backup” support for renewables.
In this regard, burning natural gas produces 36 parts of water vapor to 44 parts of CO2 by weight — a much lower fraction than any other hydrocarbon. So, natural gas is probably the best “bridge” fuel to go from an economy based on coal and oil to a sustainable clean set of alternatives. Even this bridge role could disappear if a good mixture of different renewable technologies, including home generation and carbon storage, are implemented (fast) in an ubiquitous fashion to balance out the times when the sun isn’t shining and the wind isn’t blowing.
Will all this happen in time to save Mother Earth?
It clearly won’t without strong leadership. Sadly, political leadership and public opinion move at a lethargic pace — particularly when it comes to such fundamental change based on new scientific evidence that challenges a deeply rooted style of living, economic growth culture, and powerfully vested traditional energy interests.
Prof. Garrett points out another part of the physics problem. Namely, the wealth of civilization is directly linked to how much energy it can consume. To do anything, we need to consume energy. So this represents a double-edged dilemma of the physics problem: it’s impossible to have wealth without CO2 emissions that go into the atmosphere and acidify the oceans, thereby destroying ecosystems … and it’s impossible to have wealth without decarbonizing the economy and living style by RAPIDLY switching to renewables (and reforestation) on a grand, multi-faceted, preferably district level scale.
With scientific predictions of the final collapse of Arctic sea ice in just a few years, it’s time to Wake Up to the disastrous environmental implications … as opposed to remaining silent or taking refuge in the thought ” we’ll muddle through,” or acceding to the views of a small number of scientists who prefer to take the earth gamble that the structural warming-up dynamic is all bogus alarmism and inaccurate science.
Just a few thoughts from someone who is totally convinced we are faced with a serious threat to life on Earth. And it’s not light years away! It’s all about our children, their children, and their children’s children!
Again, thank you for your kind invitation. Success!
Sincerely,
Frank Thomas
The Netherlands
Energy reform seems to have arrived as a movement. Harpers and The New Yorker have produced gripping accounts of the arctic ice melt and the methane release of fracking in their more recent issues, and there’s some coverage of Europe’s wind and solar conversion and China’s obvious and new suffocation. Here in California we have the bullet train project. Only two nights ago a friend cited the numbers on methane’s overwhelming power to greenhouse us to death in a conversation we were having. And I’ve noticed more and more people saying some Republicans are abandoning their party because of its “anti-science” positions (oil is next to godliness).
It does seem that the scientists are getting together. We need twice a year convocations on climate change doubling or tripling those of the bankers and government economists who go to Switzerland to jerk off while the rest of us sweat it out.
It is somewhat frustrating just when we are on the threshold of achieving energy independence from the Middle East to be told that we need to leave all that fossil fuel in the ground, but that’s precisely what we need to do. We need to take a U-turn from achieving oil and gas independence in order to achieve independence from extinction of our species due to fossil fuel pollution.
As far as wealth creation is concerned, plenty of wealth was created in the 16th, 17th, 18th and 19th centuries before the internal combustion engine was even invented. All this wealth was non-polluting. We need to go back to modes and models of wealth creation that existed prior to any oil being taken out of the ground although we don’t need to go back entirely to the horse and buggy days because we know how to create non-polluting energy. We just need to do a crash course on getting non-polluting energy sources up and running. In the meantime perhaps we should consider horses and buggies until all cars are electrified.
Perhaps we should put the Army Corps of Engineers to work putting more solar and wind power into place. If our survival as a species is at stake, the various armies of the world need to get involved implementing non-polluting energy sources immediately even if we have to put wealth creation on hold for a few years. If that be socialism instead of private enterprise, so be it!
Right on, brother John!
We had a chance in the 19th and early 20th centuries to not be a cotton, petroleum, and wood based world. Instead we could have been a growing “green” plant based world with hemp playing a major role. Many of our ancient forests still intact and petroleum extracted on a very small scale for very specific usages.
Oh to turn back time…
If we are really serious about global warming, we should think out of the box we have put ourselves in and take a doable approach without turning us back to the stone era.
For example, if we plant ten rows of trees along the both sides of all highway network in USA with dripping irrigation systems and good forest management, we can easily sequester more than all of CO2 emission by all automobiles in USA around the clock, which is about 600 million metric tons of CO2 a year.
If we put this reforestation into a continent scale, just in north America, not in dry desert environment areas, we can reverse the whole trend of global warming due to CO2 accumulation in the air. Such scale of reforestation will produce enormous quantity of biomass enough for us to demand good forest management for wildfire control and to establish a real green energy industry to recycle the biowastes for biofuel energy production. For example, an ever maturing technology, calling microwave induced plasma gasification, can be used to convert all those forest bio wastes into syngas for biofuel production with zero pollution and emission as well.
Remember that reforestation is the least in the capital demanding and the most energy efficient among all sequestering measurements scientists can ever propose. If our federal legislation and policy for land utilization are set in the right direction, we don’t even have to cost the same amount of tax dollars as we put into current green energy initiatives and we can achieve much better and measurable outcome.