I’m spending a few days in Elizabethtown College next week as a Woodrow Wilson Visiting Fellow. One of the talks I’ve proposed is “Job Security in a Globally Warmed World: What you need to study to be employable in 2020 and 2040.”
Perhaps the talk title should be “What Color is Your Parachute? It better be some shade of green.”
I’d welcome your thoughts, since this is a tricky issue. For instance, will we be desperate for more marine biologists — or will that job be an oxymoron in a few decades (see “Imagine a World without Fish“)?
One clear piece of advice — don’t plan on being part of the U.S. airline industry. It has never been profitable and has no business model for oil at $150 a barrel, let alone $200 or higher, which is what we face in 2020 and beyond (see World’s top energy economist warns “We have to leave oil before oil leaves us”). On the other hand, the clean energy and water efficiency business will boom. True, doctors specializing in diabetes and obesity will be in demand, but let’s keep the focus to job market changes driven by energy and climate.
Air conditioning repair, yes, ski instructor, no. Forest fire fighter, yes, gardener in the desert Dust Bowl Southwest, not so much.
To help imagine Labor Day 20 years from now, let me revise my earlier piece, “When the global Ponzi scheme collapses (circa 2030), the only jobs left will be green.”
In my March 19 post, “Why the United States REQUIRES a strong climate bill to remain competitive,” I reprised the thesis first documented by Harvard’s Michael Porter — strong, leading edge, pro-innovation regulations promote national competitiveness. As President Obama said in March:
We can let the jobs of tomorrow be created abroad, or we can create those jobs right here in America and lay the foundation for our lasting prosperity.
It is Obama’s final point — “lasting prosperity” — that is the focus of this post. Obama is hinting at a point I tried to make explicit in my interview with NYT’s Tom Friedman and subsequent post (see “Is the global economy a Ponzi scheme“):
“We created a way of raising standards of living that we can’t possibly pass on to our children,” said Joe Romm.
To perpetuate the high returns the rich countries in particular have been achieving in recent decades, we have been taking an ever greater fraction of nonrenewable energy resources (especially hydrocarbons) and natural capital (fresh water, arable land, forests, fisheries), and, the most important nonrenewable natural capital of all — a livable climate.
In short, we have failed to designed a system capable of lasting prosperity. Quite the reverse.
Like all Ponzi schemes, the system must collapse. When it does, the only jobs left standing will be those that are “green” — which can be defined as those jobs that do not plunder nonrenewable energy resources and natural capital and/or do not to destroy a livable climate.
Strong climate legislation and a strong clean energy bill are not the only measures needed to avert the collapse, but they are an essential first start. Absent such action, the collapse is inevitable.
When will be collapse begin and what will it look like? I expect most opinion makers and the majority of the public to get desperate about reducing greenhouse gas emissions in the 2020s. But desperation is not collapse. I have tended to think that the inflection point is around 2030.
Now it just so happens that the UK government’s chief scientist, Professor John Beddington, laid out something very close to the collapse scenario in his speech yesterday to the government’s Sustainable Development UK conference in Westminster. He warned that by 2030, “A ‘perfect storm’ of food shortages, scarce water and insufficient energy resources threaten to unleash public unrest, cross-border conflicts and mass migration as people flee from the worst-affected regions,” as the UK’s Guardian put it.
We saw the food spike last year; prices going up by something in the order of 300%, rice went up by 400%, we saw food riots, we saw major issues for the poorest in the world, in the sense that the organisations like the World Food Programme did not have sufficient money to buy food on the open market and actually use it to feed the poorest of the poor.
So this is a major problem. You can see the catastrophic decline in those reserves, over the last five years or so, indicates that we actually have a problem; we’re not growing enough food, we’re not able to put stuff into the reserves….
So, what are the drivers? I am going to go through them now very briefly.
First of all, population growth. World population grows by six million every month — greater than the size of the UK population every year. Between now and… I am going to focus on the year 2030 and the reason I am going to focus on 2030 is that I feel that some of the climate change discussions focusing on 2100 don’t actually grip…. I am going to look at 2030 because that’s when a whole series of events come together.
By 2030, looking at population terms, you are looking at the global population increasing from a little over six billion at the moment to about eight billion….
… you are going to see major changes but particularly in the demand for livestock — meat and dairy….
… By 2030, the demand for food is going to be increased by about 50%. Can we do it? One of the questions. There is a major food security issue by 2030. We’ve got to somehow produce 50% more by that time.The second issue I want to focus on is the availability of fresh water…. The fresh water available per head of the world population is around 25% of what it was in 1960. To give you some idea of this; there are enormous potential shortages in certain parts of the world… China has something like 23% of the world’s population and 11% of the world’s water.
… the massive use of water is in agriculture and particularly in developing world agriculture. Something of the order of 70% of that. One in three people are already facing water shortages and the total world demand for water is predicted to increase by 30% by 2030.
So, we’ve got food — expectation of demand increase of 50% by 2030, we’ve got water — expectation of demand increase of 30% by 2030. And in terms of what it looks like, we have real issues of global water security.
…. where there is genuine water stress [in 2025 is] China and also parts of India, but look at parts of southern Europe where by 2025 we are looking at serious issues of water stress….
So, water is really enormously important. I am going to get onto the climate change interactions with it a little bit later but water is the one area that I feel is seriously threatening. It is so important because a shortage of water obviously interacts with a shortage of food, there are real potentials for driving significant international problems — what do you do if you have no water and you have no food? You migrate. So one can have a reasonable expectation that international migration will occur as these shortages come in.
Now, the third one I want to focus on is energy and, driven by the population increase that I talked about, the urbanisation I talked about and indeed the movement out of poverty…. For the first time, the demand of the rest of the world exceeded the demand of energy of the OECD….. Energy demand is actually increasing and going to hit something of the order of a 50% increase, again by 2030.
Now, if that were not enough… those are three things that are coming together. What will the world be like when that happens? But we also have, of course, the issue of climate change. Now, this is a very familiar slide to you all but we are shooting for a target of two degrees centigrade, a perfectly sensible target. There is enormous uncertainty in the climate change models about that particular target. It is perfectly reasonable to say ’shouldn’t we be shooting for one degrees centigrade or, oddly enough, it is perfectly reasonable to say ’shouldn’t we be shooting for three degrees centigrade’, the only information we have is really enormously uncertain in terms of the climate change model.
Shooting for two seems a perfectly sensible and legitimate objective but there are enormous problems. You are talking about serious problems in tropical glaciers — the Chinese government has recognised this and has actually announced about 10 days ago that it is going to build 59 new reservoirs to take the glacial melt in the Xinjiang province. 59 reservoirs. It is actually contemplating putting many of them underground. This is a recognition that water, which has hitherto been stored in glaciers, is going to be very scarce. We have to think about water in a major way….
The other area that really worries me in terms of climate change and the potential for positive feedbacks and also for interactions with food is ocean acidification….
As I say, it’s as acid today as it has been for 25 million years. When this occurred some 25 million years ago, this level of acidification in the ocean, you had major problems with it, problems of extinctions of large numbers of species in the ocean community. The areas which are going to be hit most severely by this are the coral reefs of the world and that is already starting to show. Coral reefs provide significant protein supplies to about a billion people. So it is not just that you can’t go snorkelling and see lots of pretty fish, it is that there are a billion people dependent on coral reefs for a very substantial portion of their high protein diet.
… we have got to deal with increased demand for energy, increased demand for food, increased demand for water, and we’ve got to do that while mitigating and adapting to climate change. And we have but 21 years to do it….
I will leave you with some key questions. Can nine billion people be fed? Can we cope with the demands in the future on water? Can we provide enough energy? Can we do it, all that, while mitigating and adapting to climate change? And can we do all that in 21 years time? That’s when these things are going to start hitting in a really big way. We need to act now. We need investment in science and technology, and all the other ways of treating very seriously these major problems. 2030 is not very far away.
Some of this can be avoid or minimized if we act now. Some of it can’t. But if we don’t act strongly now, then by 2030 we will be in the midst of this “perfect storm” of catastrophes — and everyone in the world will know we face much, much worse probably for hundreds and hundreds of years to come.
That is the inflection point, “Planetary Purgatory” — and you’ll want to make sure you and your children have a sustainable job by then.
This piece originally appeared on Climate Progress
A lot of the factors leading to the perfect storm being alluded to here were used in the scenarios of 'Superstruct'; last year's bit of online serious fun.
One of my thoughts was to try and identify aspects of each threat that could be played off against each other (simple example: rather than have communities sacrifice their arable land for biofuel crops, take over their *non*-arable land for solar/wind farms. Another example is 'water-credit' trading I've seen mentioned... don't come to the water, we'll bring to you)
Ironically, while I agree with your assessment of the future of the aviation industry as it is, I think that things would look a lot rosier for Boeing et al if they can switch to airships. The key point being that we need to hark back to the grandfather of lighter than air travel (Francesco de Lana) and use vacuum for the source of buoyancy. De Lana failed: beaten copper being the best thing he could find for a rigid container. We have far lighter and more robust materials at our disposal.
When we leave the corporations in charge they will deliver LOHAS products to the western people and the regular stuff to the other 3 Billion desperately waiting to stem up their consumption for cars fridges microwaves etc.