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Fake news is alive and flourishing in all parts of the world, including in India, where WhatsApp and Facebook (among others) are helping to spread misinformation (inaccuracies) and disinformation (intentional inaccuracies) about events around the world. The above headline about Gandhi’s death apparently appeared in a school textbook in Gujarat, and probably represents ongoing attempts by rightwing Hindu zealots to rewrite history to the party’s liking.
Biology teaches us that life forms flourish when they exist in robust interplay. An increase in biodiversity in an ecosystem results in increased productivity in the system, increased resilience against natural disasters and increased stability overall. In our tech-driven century, the opposite is happening in the financial and business world. Commerce and economic activity are being increasingly dominated by a handful of powerful corporations: Google, Apple, Microsoft, Amazon, Facebook, Walmart, Tencent, Alibaba, and so on. The pattern is replicated within countries as well. In every case, in every country, Ambani, Adani, Li Ka-shing, Bezos, Zuckerberg, Ma… whatever their names, each and every one will use every means at their disposal to protect their wealth; economic biodiversity and planetary health be damned. It is truly easier for a camel to go through the eye of a needle…
It is time for us, planetary citizens and voters, to stiffen the spines of our politicians so that they can take steps to curtail the planet-destroying power of the Putins and Murdochs of this world. It won’t be easy, but the survival of the planet is at stake. Unlikely beacons of hope at this juncture are the protests of thousands of school children around the world led by a Swedish sixteen year-old girl with Asperger’s. Theirs is an example for every one of us to follow, in every way we possibly can. The next few years will decide whether we can salvage our planetary heritage for coming generations.
I’m currently reading a book by Kate Raworth called “Doughnut Economics.” In it, the author pleads for a rethink of the traditional growth model of an ever-expanding economy to one of equitable development, keeping planetary boundaries in mind, and ensuring redistribution of resources so that the most disadvantaged in society are also looked after.
In the traditional testosterone model (my own term) of economic growth, the rich prosper while the rest of the population benefit from the trickle-down effect of an expanding economy. Trickle down is a euphemism for the rich pissing down on the rest, thus validating the term piss-poor long after the expression came into use. I have examined the disastrous effects of testosterone based decision-making in two earlier blog posts: in 2015 (Golden Skirts vs. Testosterone in the Financial World), and in 2018 (Leadership Hope for a Warming World). Another reflective piece, published on this website in 2018, is related to the topic of the current post (Three Score Years and Ten: Planetary Health and your Lifetime).
It’s clear now to all but the most self-absorbed amongst us that we’re already consuming much more than the planet can sustainably provide. If Mother Nature and the earth’s resources were assumed to be a bank account, then we’re no longer living off the interest alone but are drawing down its capital. Since 1971, the Global Footprint Network has calculated Earth Overshoot Day for each year. In the website’s own words:
The Global Footprint Network calculates the number of days of the year that Earth’s bio-capacity suffices to provide for humanity’s ecological footprint. The remainder of the year corresponds to global consumption of Nature’s capital. Earth Overshoot Day is computed by dividing the planet’s bio-capacity (the amount of ecological resources Earth is able to generate that year), by humanity’s ecological footprint (humanity’s demand for that year), and multiplying by 365, the number of days in a year:
(Planet’s Biocapacity / Humanity’s Ecological Footprint) x 365 = Earth Overshoot Day. (EOD)
In 2018, Earth Overshoot Day was calculated to have happened on 1 August. In 2004, the overshoot fell on 1 September! By this calculation, the last time mankind was truly sustainable was in 1969 or 1970 when overshoot day fell in a subsequent year!
Since this planetary over-consumption was first computed in 1971, we have been steadily increasing our ecological debt, and the interest we’re paying on that mounting debt is measured in food shortages, soil erosion, rising temperatures, increasing atmospheric CO2 concentration, biodiversity loss and much, much more. The problem is huge and solutions seem daunting and unreachable to us as individuals. Before we sink into despair, Kate Raworth tells us that there’s plenty we can do as societies to reverse this state of affairs and restore the planet to health. Doughnut Economics, the term she has coined, outlines the solutions that society needs. In the diagram above, the light green space denotes the resources mankind can safely take from the earth while restoring it to health. The dark green lines are the planetary boundaries that have to be respected if we wish to do this. The blue segments are the labels of the various sectors that have to be addressed. The book outlines broad prescriptions to deal with the problems of each of these sectors. In reading through this and other books written in a similar vein, we see that the answer to climate change lies in social change, not in new technologies. Technology alone is useless without the human will to adopt them and to adapt.
So here is the answer to the initial despairing question. What can we do as individuals? There’s plenty one can do. The EOD website lists hundreds of steps individuals can take to mitigate planetary health. Therein lies our power as individuals. Out of many, one.
Doughnut Economics: Kate Raworth, Random House Business 2018, 384 pp.,
Hans Christian Andersen said it best more than one hundred and fifty years ago. Children have the capacity to speak truth to power when sages are silenced for daring to state the obvious in a climate of denial. Scientific studies have shown, with ever-increasing certainly, for more than four decades now, that human action is changing the planet in alarming ways. What was at first a trickle of change has turned into a flood. Despite years of unseasonal floods, droughts, ice melts, desertification and habitat loss, it is only now, when children take to the streets in protest, that there is any real hope of progress.
And this childrens’ movement has an unlikely heroine; sixteen year-old Greta Thunberg, who didn’t mince words while addressing self-important bodies like the UN COP24 conference or to EU leaders. “You lied to us. You gave us false hope. You told us the future was something to look forward to. Those who will be affected the hardest are already suffering the consequences, but their voices are not heard. Is my microphone on? Can you hear me?” Her words shamed members of the UK Parliament who took the unprecedented step of declaring the climate crisis an emergency.
At the COP24 conference in Poland, she told the assembled delegates: “You only talk about moving forward with the same bad ideas that got us into this mess, even when the only sensible thing to do is to pull the emergency brake. You are not mature enough to tell it like it is. Even that burden you leave to us children. But I don’t care about being popular. I care about climate justice and the living planet.”
Greta Thunberg’s words and actions are a reminder of the eternal truth of a tale by Danish author Hans Christian Andersen. In his tale, the Emperor’s New Clothes, everyone pretends to see and admire the marvellous garments that are supposedly visible to everyone but the foolish. Until one child cries out, “But the Emperor has no clothes!” At that moment everyone sees the truth and repeats the child’s words. In our real-life parable, Greta Thunberg is the unnamed child in Andersen’s story, and the Emperor stands for the corporations and big businesses that stand to lose their profits if climate change is accepted as an issue that is vital to humanity’s future.
There’s a new car sharing company in town called Caroo mobility (caroo.at). Their selling point: e-cars only, offering a choice of makes and models that are fun to drive and easy to manoeuvre in town. They offered initial longer term rentals to volunteer alpha testers, so I took a BMW i3 for 2 days. The test package included 200 free kilometers per day, so I was looking forward to several test drives around the city and surrounding countryside. Recharging at the local energy utility’s (Wien Energie) 22kW installations was a breeze and took around two hours for a full charge (180 km in winter). The company supplied two different charging cards for the car. A smart phone app, quickly downloaded from a wide range of choices on the app store, showed several hundred charging points in and around the city. I should have remembered Murphy’s Law at this point!
We travelled outside the city on the second day, planning to visit two different towns south and east of Vienna, travelling around 220 km in all. Fully charged, the dashboard showed 180 km range left so we thought, armed with two charging cards, no problem. We’ll charge somewhere along the way. The two phone apps of charging stations, hastily downloaded in the morning, chosen at random from more than a dozen, showed scores of charging stations around the two towns and along the highway. We set off, the car fully charged and showing 180 km of range left on a cold, clear winter morning. By the time we reached the first town, 50 km distant, the screen showed we had 115 km of range left, not bad at all, considering the heating was set to 20C and we drove at modest highway speeds. After our visit in the first town, we had plenty of juice left for the next town, 70 km away. Our apps showed several charging stations at the next town, but we decided to play it safe and top up the charge before heading off. Our real EV learning experience began here.
At the first charging station, run by a different utility, our cards were compatible, but the car did not charge. I called the hot line of the utility and was assured, if the pillar light was green, the charge should work. Green lights all around, no charge! The helpful hotline lady said, sometimes these things are finicky. Try disconnecting and reconnect again. Tried this several times, no luck. So we drove around the outskirts of the first town for an hour, looking for other charging stations. Found another one. The chargers were not Type 2, the ones we needed. By this time our range had come down to 90 km, still enough to make it to the next town. Unsure of what would happen there, we decided to head back to Vienna on the highway, where there are a few charging stations. All of the charge stations were badly marked, so we missed the exits to two. Finally pulled into a giant service station where we found a bank of 6 high speed chargers, labelled 150 kW, 175 kW. The plugs were incompatible with our car. I assumed they were CCS, to allow high power DC fast charging, and was afraid they would fry our batteries even if I could connect. There was one 44kW pillar, where the BMW’s plugs were compatible, but our two charging cards were not valid here. So we ended up driving an extra hour back to Vienna to fully charge the car at one of the city’s charging stations.
So my short summary here. The BMW i3 is beautiful to drive with many well thought out details, some design quirks that don’t really work for me on first use (like the back doors opening backwards), beyond my budget, with the bare bones version starting at around €40,000. So when I buy an electric car later this year, it’s going to be a used Renault Zoe at 25% of the price of an i3, with a monthly rental fee for the battery. A word about the rental fee that begins at around €60 per month; it might sound like an additional financial burden, but remember that battery rental will keep your insurance costs low, since the most expensive component of the car does not have to be insured. Worth keeping in mind when you decide on a purchase plan. And the last word. Before I (or you) buy an EV, download a good app of local charge points and make sure you study the specs, not only of the car, but of charging port requirements with their corresponding charge cards or apps.
I recently read of efforts by a young Swiss duo, both engineers, whose company, Climeworks, sucks CO2 out of the air and carbonates water, injecting the water underground into basaltic rock. To its own surprise, Climeworks finds that the gas converts to solid carbonate forms underground in a couple of years. So is this a stable way to remove greenhouse gases from the air? There are other uses for captured CO2 of course but the quantities are minuscule compared to global emissions. So the pundits talk of capturing the carbon dioxide and storing it in underground caverns or pumping it under pressure into the depths of the ocean. Why isn’t there more talk among technologists of reducing emissions, instead of accepting emissions as a given and figuring out ways of converting them at great cost to benign forms?
A friend recently commented on efforts to remove atmospheric CO2 and store it underground. It’s like swallowing gas, he says. You know what happens when you have too much gas. You either fart or burp, or both. Accumulated internal gas is painful and you wouldn’t do it to yourself, so why do they want to do it to the earth? Do they know what will happen when the earth farts? So why don’t we plant trees instead?
Planting trees is a solution. An average tree sucks up 25 kilos of carbon per year. Humans emit 30 to 40 gigatons of CO2 every year. Let’s say emissions are kept at 30 gigatons a year. Thirty billion tons. That’s… let’s see, forty trees take up one ton per year, so multiply 30 billion by 40… so you get 1,200 billion. That’s 1.2 trillion trees per year just to break even!
How many trees are there on earth already? I found a BBC report of a 2015 Yale University study that estimates the number of trees currently on earth at 3 trillion. That’s 3,000,000,000,000. Since atmospheric CO2 concentrations are going up steadily, the situation would be much worse without these 3 trillion trees. So we still have to suck up the additional 30 gigatons a year, or else reduce emissions. If we take 7 billion to be the global population, leaving aside the old, the infirm and the very young, that leaves around 3 billion people of tree planting age worldwide. In order for 3 billion people to plant 1.2 trillion trees per year, each one will have to plant 400 hundred trees per year.
Can (and would?) 3 billion people plant 1.2 trillion trees in a year? Of course not. But if even 10% of that number were to plant 10% of the target, we would be well on our way to doing what we need to do. Is this realistic? Quick answer: No. So is there a quick fix? Yes. Eat less meat. Depending on the type of feed, a cow produces 70 to 120 kg. of methane per year. Remember, methane as a greenhouse gas is 23 times more potent than CO2, so cutting down on meat is a quick way to reduce emissions. And it has the added benefit of freeing up pastureland for tree planting. So now we’re beginning to get a handle on things.
If we pump huge quantities of CO2 underground and undersea, the earth might fart (so to speak), with unintended consequences. But cows already fart on an ongoing daily basis, emitting considerable quantities of methane, so eating less meat is a relatively painless quick fix. And then there are lots of concomitant steps that are in the process of hesitantly being implemented, like switching to public transportation and electric cars. And, oh yes, the most environmental step the world is taking is the #MeToo movement! Let’s write that on our foreheads as a reminder to the world. Education and empowerment of women is the fastest way to reduce global greenhouse gas emissions and save our planet.
The world is full of stuff and many parts of the world are drowning in it. Except for those parts of the world where people don’t have any stuff at all. Nothing to speak of.
Within our family, we stopped giving stuff as gifts quite some time ago. Nowadays, we mark occasions such as birthdays, anniversaries and significant celebrations with the gift of time.
The planet has plenty of time to spare, even though humanity does not. In a few hundred years, or a thousand years, even if mankind has pursued its current illusion of prosperity to oblivion, the planet will sedately roll on, and prosper without us. Just as it prospered long after the last dinosaur ceased to exist.
When Isaac Watts wrote his hymn, based on the 90th Psalm, he was not thinking of humanity’s self-induced annihilation as he composed the following lines.
Time like an ever rolling stream, bears all its sons away
They fly forgotten as a dream, dies at the opening day.
For those ‘successful’ busy people who have no time at all to spare, here’s a suggestion for a gift of stuff that’s actually a gift to the planet and buys us time. This gift has the added benefit of helping people who don’t have much stuff at all. Here’s a link to an Impact Calculator from Solar Aid. With enough gifts like these, perhaps one day we can sit down with Gaia and have the last laugh together.
The Climate Action Tracker posts regular progress reports on how well various countries are doing to adhere to the Paris Agreements. It tracks emissions from 32 selected countries and the list of the good, the bad, and the ugly is quite surprising even to this seasoned watcher.
Only two countries are on track to fulfil the Paris goal, of limiting emissions to keep global temperatures from rising above 1.5 degrees C; Gambia and Morocco.
The second best choice made in Paris was, if not 1.5 degrees, then at the least 2 degrees C. Just 5 of 32 countries meet this target. Bhutan, Costa Rica, Ethiopia, India and Philippines. All of the remaining 25 countries fall into the category of emitters that will lead to a world of 3 degrees warming or more. See the original list here.
Of course this predicator of doom and gloom relies only on official government policies. The reality on the ground may be a bit different in many of the countries on the list. For example, despite their governments, a few cities, power companies and private individuals already find it cheaper to produce unsubsidised renewable energy, a trend that will speed up, just a cell phone sales did in developing country markets worldwide.
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