Chart Of The Day: Wealth and C02 Emissions

The idea that wealthier people consume more and emit for greenhouse gases won’t surprise you. But the concentration of global emissions among the planet’s wealthiest might.

How much wealth do you need to be in the richest 10%? $68,800. So now we have a very clear picture of where (most of) the problem lies, and who should (mostly) bear the expense and burden of reducing carbon emissions–and it is not the world’s developing populations. Just in case that wasn’t already clear.

Expedition Gyre

The ocean is so full of trash, it’s easy to create an entire art exhibition from it. Expedition Gyre hopes that the resulting display will get people who view it to think about their consumption and how so much of the stuff humanity uses or throws away ends up in the oceans.

More here, here, and here.

It’s heartbreaking to see the reality of our consumption culture. So more power to the Expedition Gyre team. They are certainly getting lots of media play. However, in my view there is one thing, and one thing only, which will make a real difference: levy an environmental tax on every item of packaging and plastic, and charge for any garbage that is not recycled. Art can inspire. But make people pay, and they change their behavior. Fast.

Human Population To Peak In 2030?

Click image for full size.

This could be good news in terms of the stress that humans place on the planet. Instead of peaking at up to 10.5 billion in 2050, this analyst, based on declining fertility rates, thinks human population could peak sooner and lower:

I write about this every now and then, because human fertility is falling faster then most demographers expect.  Using the CIA Factbook for data, the present total fertility rate for the world is 2.47 births per woman that survives childbearing.  Last year it was 2.50, and in 2006 it was 2.90.  2.10 is replacement rate.  At the current trend, the world will be at replacement rate in 2022.  That’s a lot earlier than most expect, and it makes me suggest that global population will top out at 8.5 Billion in 2030, lower and earlier than most expect.

Why are fertility rates declining faster than expected?

  • Educating females makes many of them want to have fewer kids, whether the reason is pain, effort, wanting to work outside the home, etc.
  • Contraception is more widely available.
  • The marriage rate is declining globally.  Willingness to have children is positively correlated with marriage.
  • Governments provide an illusion of support, commonly believed, that the government can support people in their old age, so people don’t have kids for old age support.

So now you know what sorts of policies can make a difference.

Economists and demographers often bemoan declining populations. Anyone who cares about the future of Earth should applaud.

Have We Reached “Peak Stuff”?

Journalist Fred Pearce thinks maybe:

Take Britain. A new study finds that the country that invented the industrial revolution two centuries ago reached “peak stuff” between 2001 and 2003. In the past decade, Britain has been consuming less water, building materials, paper, food (especially meat), cars, textiles, fertilizers and much else. Travel is down; so is energy production. The country produces less waste, too.

That’s the good news. The bad news is that Brits still consume about 30 tons of stuff every year, which only takes them back to the consumption levels of 1989. And the US, well the US is still consuming away. The point here is that even if advanced industrial societies, particularly those in Europe (kudos), are starting to streamline consumption through less waste and greater efficiency, it’s still nowhere near enough to alter the trajectory of depletion and degradation human culture is inflicting on the planet. So we need to think about consumption in much more radical terms.

I say that having just read this excerpt from Carl Safina’s “The View From Lazy Point.” Talk about a hard slap to the face. Thank-you, sir, can we have another?

The first century of the Industrial Revolution, the 1800s, was powered by coal, whale oil, and slaves. The 20th was the century of petroleum (though 40 percent of U.S. train freight is still coal). World electricity generation is still two-thirds combustion (40 percent coal, 20 percent natural gas, six percent oil); plus 15 percent nuclear, 16 percent hydropower, and 2 percent other renewables. That’s how we get energy.

Here’s a taste of how we waste it: In the U.S., where tap water is safe, bottled water costs about 1,000 times as much as tap water and consumes tens of millions of barrels of oil a year (I’ve seen estimates from about 17 to 50 million barrels); it’s been likened to having each bottle of water one-quarter full of oil. It takes three times as much water to make the plastic bottle as the bottle contains. America’s refrigerators use twice the electricity of the European average, and four times as much as the most efficient refrigerators already available. Using the most efficient appliances, worldwide, would eliminate the need to build the 1,400 coal-fired power-plants that are projected to be needed by 2020.

Cars. With nearly the least-miles-per-gallon and nearly the most-miles-driven-per-vehicle, U.S. drivers—with more than a quarter of the world’s cars—burn more gasoline than the next twenty countries combined, including Japan, Germany, China, Russia, plus Brazil—. If average fuel efficiency merely equaled some of the better cars now on the market (40 miles per gallon–5.9 l/100 km), Americans would halve their gasoline use. Just like that. Going to plug-in hybrids would drop driving costs to the equivalent of one dollar per gallon (from the current $3.70/gallon average); gasoline use would drop by 80 percent—without reducing the number of cars or miles driven. This isn’t sacrifice; we’re already sacrificing efficiency. Eventually, the electricity powering plug-in cars could come from wind or solar. Those are some opportunities we’re missing.

Henry Ford reputedly said that if he’d asked people what they wanted, they’d have said ‘a faster horse.’ What else might we be missing? Every hour, enough sunlight strikes Earth to power our world economy for a year. The upper six miles (10 km) of Earth’s crust (people have drilled 7 miles–11 km) holds something like 50,000 times as much energy (in the form of geothermal) as all the oil and gas. With an investment equaling the cost of one coal plant (about a billion dollars) the U.S. could by 2050 generate geothermal energy equal to 250 coal-burning plants. North Dakota, Kansas, and Texas have enough wind to supply not just all the U.S.’s electricity, but all its energy. (Denmark and parts of Germany already get 20 to 30 percent of their electricity from mere moving air.) On one windy quarter-acre, a farmer can grow $300 worth of corn, or allow a company to put up a wind turbine capable of generating $300,000 worth of electricity a year. If the company pays only one percent in royalties, the farmer still makes ten times as much by farming wind.

When ethanol made from corn puts people who need to eat in a bidding war with people who want to drive, drivers win. But some non-edible plants also produce oil. The seeds of Jatropha curcas are about one-third oil. Some algae yields up to 30 times more fuel than other energy crops. Airlines are already testing algae-based jet fuels. “The airplane performed perfectly,” one test-pilot said. “It was textbook.”

These aren’t even all the options. Compared to the possible oceans of improvements, humanity is still dog-paddling in the shallow end of the kiddie pool. Sometimes we seem determined to drown there just because we won’t stand up.

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