WHEN GIANTS ARISE: The Real World of GHG Emissions and Growth

Contributed by Robert Lyman © 2021

Many people in Europe and North America today take it for granted that what the countries of “the west” decide to do in political and policy terms will lead, or at least set the broad agenda for, the whole world. This perception influences how people view climate change policy. Those who accept the thesis that human greenhouse gas emissions are causing catastrophic climate change may assert, in the face of little dissent, that the “leadership” of western countries will cause the entire world to alter the ways that it produces and uses energy so as radically to reduce emissions. In this article, I will try to show how reality differs from this perception.

In addition, I will try to show why, over the period to 2050, the “west” will be surpassed by at least two, and possibly more, global economic powers that will be the real “leaders” with respect to emissions decisions.

The history of international climate diplomacy since 1992 can be described as elaborate in process and meagre in results. The period from 1992 to 2015 was spent in repeated but failed efforts to impose collective and enforceable emissions reduction requirements. With very few exceptions, no country ever met the targets set. After 19 conferences of the Parties to the Framework Convention on Climate Change, the countries of the world gave up on collective target-setting and switched to efforts to promote country-specific measures aimed at the nebulous and arbitrary goal of restraining global temperature increases to less than two degrees Celsius by 2100. The agreement reached at the 2015 Paris Conference required countries only to submit voluntary emission reduction plans every five years. Neither China nor India, the two fastest growing sources of GHG emissions, committed to make reductions by 2030.

This diplomatic activity has completely failed to alter the growth in global carbon dioxide emissions. They rose from 22.45 billion tonnes per year in 1990 to 35.8 billion tonnes in 2016, an increase of 59%. They continued to rise until the onset of the COVID-19 pandemic. While the countries of the Organization for Economic Cooperation and Development (OECD), at enormous cost, have reduced their emissions, those of the non-OECD countries have risen by almost five billion tonnes per year, and in 2019 constituted 65% of global emissions.

The projected trends in population, economic growth and energy markets virtually guarantee that these trends will continue. According to United Nations data, the global population will grow by more than two billion people between 2018 and 2050, and almost all of this growth will be in Asia and Africa. Europe and North America, which had only 15% of the world’s population in 2018, will see that share shrink to 11% by 2050.

A 2017 report by Price Waterhouse Cooper (PWC) offered excellent analysis of the likely patterns of economic growth by region and country to 2050. Among other things, the report found that the world economy could more than double in size by 2050, far outstripping population growth, due to continued technology-driven productivity improvements. Further, emerging markets (E7) could grow around twice as fast as advanced economies on average. (The E7 countries are China, India, Brazil, Russia, Indonesia, Mexico, and Turkey. The G7 countries are the United States, Germany, Japan, the United Kingdom, France, Italy, and Canada.) As a result, six of the seven largest economies in the world are projected to be emerging economies in 2050 led by China, India, and Indonesia. The United States could drop to third place in the GDP rankings, and the European Union share of world GDP could fall below 10% by 2050.

The United States Energy Information Administration, in its 2019 International Energy Outlook report projected the trends in global energy supply, demand and emissions to 2050. Its economic projections broadly coincided with those of PWC. Overall, the 2019 EIA Outlook projected world energy consumption to rise nearly 50% between 2018 and 2050, due almost entirely to strong economic growth, increased access to marketed energy, and rapid population growth in the non-OECD countries. World energy-related CO2 emissions are projected to grow at an average rate of 0.6% per year between 2018 and 2050, with the rate of growth in the non-OECD countries at about 1% per year. In other words, the EIA projects global CO2 emissions to grow from about 34 billion tonnes in 2018 to 43 billion tonnes in 2050.

This is a long, long way from the “net zero emissions” targets that environmental groups and some western governments are imposing on their citizens. If such emissions reductions were feasible, and if all OECD countries attained them, but emissions growth continued in the non-OECD as now projected, by 2050 global emissions would be about 29 billion tonnes per year, only 16% below the 34.2 billion tonnes of global emissions in 2019.

Whatever “leadership” western countries may have enjoyed in the past is fast being overtaken by the economic and population growth in the non-OECD countries and especially in Asia.

Just as China has over the past few decades taken its place as one of the largest and fastest growing economies in the world, a number of other “giants” are waiting in the wings, ready to take their places among the centres of global economic activity, with standards of living that approach those in the G7 countries today. Those waiting giants notably include India, Indonesia, Brazil, Mexico, Saudi Arabia, and Nigeria. Their rapidly increasing populations and economies will require much more energy, including the hydrocarbons like coal, oil, and natural gas the countries of the west relied on during their ascents to prosperity and world influence. With its ever-declining shares of global population and income, “the west” will not be able to constrain the aspirations, or the emissions, of the emerging giants.

About the Author

Robert Lyman is an economist with 27 years’ experience as an analyst, policy advisor and manager in the Canadian federal government, primarily in the areas of energy, transportation, and environmental policy. He was also a diplomat for 10 years. Subsequently he has worked as a private consultant conducting policy research and analysis on energy and transportation issues as a principal for Entrans Policy Research Group. He is a frequent contributor of articles and reports for Friends of Science, a Calgary-based independent organization concerned about climate change-related issues. He resides in Ottawa, Canada. Full bio.


  1. Andrew Roman

    Given the futility of Canada’s net zero target on the average global temperature in 2100 and the enormous cost of the futile attempts to achieve it, why are we doing this to ourselves? One explanation might be the widespread confusion between the global climate and local weather events. Global warming is no longer mentioned, after it failed to materialize for almost 20 years. Everything that is unpleasant like a winter cold snap or a summer heat wave is blamed on climate change, even if there were times as recent as in the 20th century that had considerably worse extreme weather.

    It would be fair to say that net zero is a made in China climate policy because that is who will be the primary beneficiary.

  2. edmh

    A useful guesstimate of there CO2 emissions are likely to go in the coming century


    I would be interested in contradictions.

  3. Bob Baksi

    Exceptionally well written and articulate analysis, and as with other of your presentations that I’ve read, backed up with authoritative facts and data. Thank you for your climate change truth serum, though I doubt it will effectively vaccinate the alarmists from their frantic mythology.
    Bob Baksi

  4. Garth

    Appreciated Robert Lyman’s article and Andrew Roman’s comment. No point in trying to make a scientific, economic, or political comment myself, but as a rural person I’ve observed the climate change and back again in my lifetime. Lot’s of snow and cold in the ’50’s as I recall. I’m making sure I buy and save short season variety seeds for my garden. Smart enough to know I’m not that smart so sending my donation to the smart people at FoS. Hopefully younger generations can see what’s really happening scientifically, economically, and politically. I guess I’ll just say my prayers for the influence of FoS and other like minded people.

  5. Bob Lyman

    I offer no contradictions, just thanks for these additional insights as to how global emissions might grow under different scenarios. Perhaps as interesting would be to compare the level of emissions that the IPCC Special Report in 2018 insisted be attained by 2030 (i.e. about 17 billion tonnes per year) and by 2050 (10 billion tonnes per year, if memory serves) with what might happen under the most “optimistic” of emission reduction scenarios. How, for example, might the 10 billion tonne per year emissions level compare to a scenario in which the OECD countries completely eliminated their emissions (impossible, I know) plus the emissions in the non-OECD were frozen at present levels? According to the data from the BP Review, non-OECD emissions are already 22 billion tonnes per year, so even under two impossibly optimistic assumptions, global emissions by 2050 would still be more than twice what the IPCC claims is “necessary to avoid catastrophe”.

  6. David Wojick

    Actually the IPCC never said, or even suggested, that 1.5 degrees C of total warming (0.5 degrees above now) is the threshold of catastrophe. They in fact compare it to 2.0 degrees of warming (the Paris Accord range) and find relatively little difference in damages. So even though Greta pushed the IPCC SR 1.5 report across the table to Congress, saying read the science, there is nothing in that report to support the declaration of emergency. But no one ever calls alarmists on this fundamental error.

  7. Parker Gallant

    Someone better get busy planting trees to absorb all those emissions. Time for Greta to take another sailing trip to China, India, Indonesia, Brazil, etc and tell their leaders; “how dare you”!

  8. Warren Blair

    Excellent article based upon reasonable data and projections. Excellent comments and no ad hominems!

  9. ronaldsteinptsadvancecom

    The most important fact about today’s environmental movement, and story that the book “Clean Energy Exploitations” explores is that the healthy and wealthy countries of the United States of America, Germany, the UK, and Australia representing 6 percent of the world’s population (505 million vs 7.8 billion) could literally shut down, and cease to exist, and the opposite of what you have been told and believe will take place.

    Simply put, in these healthy and wealthy countries, every person, animal, or anything that causes emissions to harmfully rise could vanish off the face of the earth; or even die off, and global emissions will still explode in the coming years and decades ahead over the population and economic growth of China, India, Indonesia, Japan, Vietnam, and Africa.

    Emissions: More than half of the world’s urban greenhouse gas emissions are generated in only 25 big cities, and 23 of them are located in China.

    China (1.4 Billion), India (1.36 billion), Indonesia (270 million), Japan (126 million) and Vietnam (80 million) plan to build more than 600 coal power units, and African countries (1.2 Billion) are planning to build more than 1,250 new coal and gas-fired power plants by 2030.

    The book “Clean Energy Exploitations” helps citizens attain a better understanding that just for the opportunity to generate intermittent electricity that is dependent on favorable weather conditions, the wealthier and healthier countries like Germany, Australia, Britain, and America continue to exploit the most vulnerable people and environments of the world today.

    The healthier and wealthier countries fail to recognize that at least 80 percent of humanity, or more than 6 billion in this world are living on less than $10 a day, and billions living with little to no access to electricity, These poor folks need abundant, affordable, reliable, scalable, and flexible electricity while The healthier and wealthier are pursuing the most expensive ways to generate intermittent electricity from breezes and sunshine.

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