In ‘2052 – A Global Forecast for the next 40 years‘, Jorgen Randers draws on his own experience in the sustainability area, global forecasting tools, and the predictions – included in the book – of more than thirty leading scientists, economists, futurists, and other thinkers to guide us through the future he feels is most likely to emerge.
From a half century of progressive enlightenment and increasing well-being we are moving to a new Dark Age of hard times for the many and inordinate privilege and wealth for the few. Upward social mobility was a general phenomenon from after 1945 until about 1990. In one and two generations, families moved from being poor or working class to middle class and upper middle class. In the United States, reindustrialization, economic growth, broad university access, labor union–negotiated benefits, Medicare, Medicaid, and health insurance did the trick.
In western Europe, their equivalents in social democratic economies and European Union (EU) policies resulted in well-functioning welfare states providing a better life with expanding opportunities for urban workers, farmers, artisans, and small businessowners. Working hours shortened and vacations lengthened while purchasing power increased and healthy, youthful pensioners came to see retirement as a “golden age.” Read more
In 2011, the world witnessed yet another convulsion of global markets due to US debt concerns and the unraveling of European economies. Decades of mismanagement and denial were rooted in a misplaced belief that a consumption-led growth model underpinned by excessive borrowing would deliver prosperity for all and forever.
The turmoil in 2011 and the financial crisis of 2008 had their origins in the almost religious belief of the West in free markets that has gone on to dominate global financial markets for the past three decades. This long-held belief that markets, technology, and finance, coupled with democracy, can offer everyone every freedom and solve all the problems of the world needs to be reconsidered, to say the very least. Read more
Historians writing in 2052 will remark on three distinctive features of the first half of the twenty-first century. The first will be in relation to the physical environment. They will note, with all the wisdom that hindsight and modern sensing and measurement technology offer, that profound changes occurred in the earth’s biophysical systems over the previous four to five decades.
These will include changes in the chemistry of the planet’s atmosphere and weather systems; in the diversity and regenerative capacity of terrestrial, freshwater, and marine systems; and in the quantity and quality of natural capital, both nonrenewable and renewable. The combined consequence of these developments, they will note, had not only resulted in the greatest reduction the planet’s capacity to provide ecosystem services since Homo sapiens began spreading out of Africa, but also precipitated a new era of climatic instability characterized by increased warming. Read more
The next forty years will rank as one of the most crucial periods in the development of human civilization. The massive changes taking place will influence all people and countries, but there will be regional variations.
The Western world will see the most fundamental changes, and there will be one particular decade—the 2020s—that will carry the same monumental importance as the year 1848 did for the citizens of many European countries. That was the year that several centuries of struggle between the people and the ruling feudal class culminated in revolution. Suddenly Europeans had entered a new era. Read more
There are a number of analytical computer-based tools for projecting the outcomes of different assumptions concerning climate gas emissions during the rest of this century. To bring some order to the plethora of forecasts, the UN Intergovernmental Panel on Climate Change (IPCC) in 2000 established a set of six standard scenarios for global socioeconomic-technological development to 2100.
IPCC uses these scenarios to estimate the future climate gas emissions in each scenario and provide assessment reports that reflect the current knowledge about the resulting climate change in each scenario. The latest assessment, published in 2007, concluded that the global average surface temperature is most likely to increase by 2.5°C by 2100 in the scenario with the lowest emissions (“B1”) and by 4.8°C in scenario with the highest emissions (“A1FI”)—all relative to the temperature in preindustrial times. The temperature increase by 2050 was estimated to be between 1.8°C and 2.2 °C. The current temperature is 0.7oC higher than in preindustrial times.Read more
Will humanity come to its senses and deliberately slow economic growth in order to save the planet? I think not, but I do think there will be a shift in the composition of future economic activity, so it becomes less damaging to values that are currently not priced in the marketplace.
Forty years ago when I read The Limits to Growth I already believed that growth in total resource use (population times per capita resource use) would stop within the next forty years. The modeling analysis of the Limits team was a strong confirmation of that commonsense belief, based on principles going back at least to Malthus and earlier classical economists. Read more
Historically, economic growth has increased both consumption levels and the loads on the environment. The question now is whether consumption growth can continue while we reduce the human ecological footprint. And, especially, while we dramatically curtail climate gas emissions.
Today, in the framework of sustainable development, some argue that continued growth in GDP may be compatible with avoiding an environmental disaster. A recent example of this rather optimistic way of thinking appears in a report from the OECD. A green growth strategy is centered on mutually reinforcing aspects of economic and environmental policies. It takes into account the full value of natural capital as a factor of production and its role in growth. Read more
In 2012, the prospect for renewable energy looked gloomier than it did a year ago. Particularly in Europe, the financial crisis has led to radical cuts in incentives and targets for renewables.
In the United States, and other markets, electricity prices are stagnating or even declining, not least due to abundant supply from the newborn shale-gas industry. The prospects for a global climate deal that could trigger the required investments in green energy seem depressingly far away. It is not surprising, therefore, that shares in clean-tech companies have dropped more than in any other industry sector over the last eighteen months. Read more
In 2052, only two countries, France and China, will be generating any electricity from nuclear energy at all—and both will have decided to get out of nuclear altogether by 2065. I suspect there are few people who subscribe to such a view today. Despite the Fukushima reactor disaster in spring 2011, the prevailing mood in many countries in autumn 2011 remained broadly supportive of some kind of nuclear renaissance.
However, even before Fukushima, this renaissance was not quite all it was made out to be. As energy expert Amory Lovins points out, “There are now 61 nuclear plants ‘officially’ under construction. However, of those 61 units, 12 have been ‘under construction’ for over 20 years; 43 have no official start-up date; half are late; 45 are in four centrally planned and untransparent power systems, and not one was a genuinely free-market transaction.” Read more
The key actors in this story are small, typically just a few millimetres. In fact, planktonic Calanus (relatives of crabs and lobsters) remind us that the big players are not always large in size. But in the Arctic seas, Calanus are large in numbers, and they play a vital role. They are among the noble group of organisms that definitely earn the title keystone species. And understanding what could happen to Calanus as Arctic waters warm tells us much about the future of life in high-latitude seas.
Ecological and economic systems share several properties, including the fact that predicting their future is difficult because everything in them depends on everything else. They are both characterised by multiple interacting feedback loops—cause-and-effect cycles that now and then produce counterintuitive responses. Sometimes, change is gradual. At other times, seemingly small impacts can trigger a big reaction and possibly set in swing irreversible large-scale change. Read more
From now until 2040 the world’s urban population will grow from 3.5 to about five billion. The scale and speed of this urban growth will exceed anything witnessed before in human history. This increase of 1.5 billion will absorb virtually all of the world’s population growth during the time. Most of the growth in city dwelling will occur in what is currently called the developing world, principally in Asia and Africa. China and India alone will account for more than one-third of the total increase.
Much of the growth will result from natural increases—higher birth than death rates—within existing cities. But a significant minority will come from rural to urban migration and urban area reclassification. The migrants will be motivated by both the pull of better employment opportunities and social services and the push of displacement caused by rural environmental and economic degradation. Read more
Will it be possible to feed the world population in 2052? The UN Food and Agriculture Organization (FAO) certainly hopes so. But the answer, I believe, is both yes and no. Sufficient volumes of food can be produced, but I think the price of the food will be so high that the poor of the world will not be able to afford a decent diet.
This will hold even more true if the world decides to considerably scale up the use of biofuels, which will be bought by affluent drivers at prices determined by the price of fossil fuels. And this is more, per unit of grain equivalent, than the poor can pay. The result could be famine among the poor as the world’s agriculture sector fuels cars rather than feeding people. Read more
Scarcity of high-quality animal protein—partly from land-based animals and partly from fish and other products from salt or freshwater—will confront us over the next forty years.
Total world protein production will likely remain similar to present-day levels. The catch of marine fish has already stagnated and may decline dramatically toward 2052. But the decline will be compensated for through aquaculture production, as long as there is enough feed. The availability of feed, too, will determine supplies of land-based protein such as beef, chicken, and pork. Read more.
At a private lunch when I recently asked one of the world’s highest-ranking international diplomats what, among all the possible scenarios for Pakistan, was the most positive vision she held, everyone around the table laughed nervously.
This diplomat was surprisingly honest. She admitted that she had not one positive vision for Pakistan. She was candid about a view that leaders widely hold but seldom acknowledge: humanity is on a slippery slope of resource depletion. It is unlikely leaders can do anything about it. Hence, their job is to make sure their people will lose last. This means securing for their people enough resources from the globe’s diminishing resource pie to ensure that their nation will float even if others sink. Read more
By 2052, for many materials, and especially metals, urban mining will exceed extractive mining. That is to say, it will become more economically attractive to recover and recycle than to dig and refine. This transformation will be driven by a combination of three key factors.
First will be the increasing scarcity of some naturally occurring metal ores. Second will be high level of societal stocks for many of the more common elements such as iron and aluminum. And third will be ever-higher processing costs associated with ore refining. Read more
Biodiversity is the diversity of life at various levels of organisation, ranging from genes to species, ecosystems, biomes, and landscapes. As far as we can tell, the earth just before the appearance of modern humans was the most biodiverse it has ever been during the 3.5 billion years of life’s tenure on this planet, and before we began to upset things it hosted a total of somewhere between 10 million and 100 million species.
The fossil record shows us that there have been five mass extinctions in the last 400 million years or so, all due to natural causes such as meteorite impacts or flood basalt events, or possibly because of drastic internal reorganizations within biotic communities, but the greatest and fastest mass extinction is happening now and is entirely due to the economic activities of modern industrial societies. Read more
In 2052 most of the world’s population will live in big cities. Many of these cities will be very big (ten to forty million people). Furthermore, many of the smaller cities (one to five million) will be surrounded by huge urbanized areas closely connected to the infrastructure of the city. In the industrialized world, the infrastructure will be well developed so people can easily move and meet. In the less industrialised societies, the big cities will be divided into two kinds of communities, as they are today: The center (or multiple centers) will be part of the industrialized world, with adequate infrastructure. The periphery will be huge shantytowns basically without infrastructure. There will be “cities of gold” on a “planet of slums.”
However, the slums will be more integrated in the economy than presently. A new division of labor will develop within the megacity. Parts of the slum may, for instance, specialize in recycling, as we can observe in some of the large Indian cities today, while other parts may do intensive agriculture. Thirty percent of the food consumed in Kampala today is produced in the metropolitan area. Read more
It might seem foolhardy to try to forecast the development in health and medicine in forty years to come. Looking back explains why. Unpredictable discoveries changed medicine.
Just one hundred years ago, there were hardly any really effective interventions in medical practice. Granted, we had caregivers and surgeons, and chloroform and ether had been known for fifty years. But modern anesthesia didn’t arrive until the 1940s. X-ray imaging emerged in 1901. Later came contrast angiography, then computerised imaging, followed by ever more advanced methods of making pictures of the human interior. The last forty years have brought spectacular progress, in the real sense of the word. Read more
It is an easy prediction that, forty years from now, human beings will have little place on the battlefield. They will be replaced largely by robotic weapons—a trend already in motion with the rising use of remote-controlled military drones or “UCAVs” (unmanned combat aerial vehicles). We can expect the term “unmanned weapon” to become as odd as the term “horseless carriage” is today. However, it is more difficult to predict how robotic weapons will affect warfare and the structure of society. Future wars may be more frequent but probably also smaller in scale and less destructive. It is possible that robotic weapons will make the concept of a nation-state obsolete, to be replaced by structures akin to present-day corporations. These developments will occur first in rich countries with low levels of corruption and high manpower costs.
To examine the future of warfare, we can use the simulation methods used in The Limits to Growth study in 1972—methods that predict behavior within a given system and, specifically, that describe how the world’s economic system transforms natural resources into waste, or pollution. Read more
With honorable exceptions, when most of us in the sustainability field list economic sectors and corporations to target and influence, the military-industrial complex routinely falls into a collective blind spot. This is dangerous. It’s not just that we invest a great deal of money here.
Global military expenditure rose in 2010 by 1.3%, reaching a record USD 1.6 trillion, or 2.4% of world GDP, according to the Stockholm International Peace Research Institute. But even though that figure represented the lowest growth rate since 2001— and a marked slowdown from the spending increase of 5.9% in 2009, thanks to the financial crisis—the impact of military expenditures on our economies and societies remains substantial. Like other major industries, the defense sector will (because it must) mutate and evolve over time, which raises the question of what role the military will play during the next forty years. Read more
I believe that in forty years the balance of power will move further north in Europe. The countries in the ascendant will be Scandinavia, Germany, Benelux, and the Baltic states. Scotland will complete its separation from the UK to join this group, called “the New Europe” and established after the “resetting” of the EU in the late 2020s.
The southern states of Spain, Portugal, Greece, Italy, and the Balkans will suffer temperature increases and water shortages leading to food shortages, ill health, and unrest. Population movements will follow, including migrants from North Africa. Below I describe the future of the UK, and Scotland in particular, with a backdrop of key events elsewhere in Europe. Read more
Deep social and economic disparity has characterized the countries around the Mediterranean basin for a lengthy period of time. Those at the north of the basin, all members of the European Union, benefit from high incomes, decent social services, high educational standards, and rather stable democratic systems, but they face demographic problems with low fertility rates and aging populations.
At the other extreme, in North Africa and the Middle East—with the exception of Israel and partly Turkey—populations are still rising rapidly, incomes are low, and political instability reigns. Recently, however, a number of significant trends and changes are appearing in the Mediterranean, which seem at first glance unrelated. Read more