Fleeing the City During This Pandemic? Do so Sustainably

the suburbs

Inequality has been accelerated by the COVID-19 pandemic, and we ought to be conscious about this. Wealthy individuals can work from home and afford to move, while others need to be physically at work and can’t move. As a result the prices of houses outside of cities have risen has more people look for more space to accommodate working from home.

We also know that the suburbs are drivers of regressive political attitudes and horrible environmental damage. We ought to be conscious about this too. Since people want to keep working from home and move further from sustainable infrastructure, what should we do? Over at Fast Company they explore this 2020 conundrum.

As we face a climate turning point for which our post-COVID-19 behaviors are especially crucial, it’s important that higher-income individuals who move outward live in an eco-friendly way, especially when many essential and lower-wage workers must stay in cities and, often, climate hotspots. “COVID-19 has illustrated a sad truism: We may all be in the same boat, but we all do not have the same paddles,” Daniel Kammen, the other Berkeley study author, wrote in an email to Fast Company. Affluent individuals in New York and San Francisco have the financial means to insulate themselves from climate risks, such as wildfires and unsafe air, by working from home and relocating, he explained. “Multiple properties, often larger suburban and rural homes, and longer delivery chains all mean that individual emissions of the affluent rise when they take the extra precautions they can afford.”

Read more.

Weather Doesn’t Matter Where There’s Good Bicycling Infrastructure

a couple, bicycles

People opposed to multiple transit solutions often argue that it’s not worth building bicycle lanes because nobody rides in the rain. They couldn’t be more wrong. A new study from Germany looked into the use of bikes during poor weather and found that places with good bicycling infrastructure had more cyclists during when it rains compared to cities without safe roads. Now we have scientific evidence that building bike lanes keep people on their bikes, so let’s build more of it!

Between cities and regions, not only cycling levels differ, but also the reactions of cyclists to adverse weather conditions. Using data from 122 automated bicycle counting stations in 30 German cities, and a composite index of adverse weather conditions that consists of air temperature, precipitation, wind speed, relative humidity, and cloud coverage, we calculate city-specific weather elasticities of the level of utilitarian cycling. The results show that these weather elasticities vary significantly between cities. Our next step is to analyze various determinants of weather elasticities, which reveals that the share of young inhabitants and the density of the cycle network have a positive impact on weather resilience. Based on the notion that resilience to adverse weather conditions reflects a revealed part of a city’s bicycle culture, the weather elasticities can be used to create a ranking of bicycle cities. This ranking is positively correlated with a ranking based on the modal share of cycling, as well as with other rankings based on stated preference surveys or external conditions such as infrastructure or cycling safety.

Read more.

It’s Good to Understand the First 5000 Years of Debt

How can we make sense of governments around the world taking on more debt during the COVID-19 pandemic when beforehand they were repulsed by the concept of going into debt? Step one is to look at our assumptions of debt.

About a decade ago David Graeber wrote a book called Debt: The First 5,000 Years which explores the history and cultural practices around debt. If you don’t have time to read the whole book you can watch a summation of the main points in the talk he gives (embedded above). Trust me, it’s worth your time to at least watch his presentation.

While the “national debt” has been the concern du jour of many economists, commentators and politicians, little attention is ever paid to the historical significance of debt.

For thousands of years, the struggle between rich and poor has largely taken the form of conflicts between creditors and debtors—of arguments about the rights and wrongs of interest payments, debt peonage, amnesty, repossession, restitution, the sequestering of sheep, the seizing of vineyards, and the selling of debtors’ children into slavery. By the same token, for the past five thousand years, popular insurrections have begun the same way: with the ritual destruction of debt records—tablets, papyri, ledgers; whatever form they might have taken in any particular time and place.

Enter anthropologist David Graeber’s Debt: The First 5,000 Years (July, ISBN 978-1-933633-86-2), which uses these struggles to show that the history of debt is also a history of morality and culture.

Watch it above or on YouTube.

Improve Your Skin by Showering Less

There are a million products out there which claim to be great for skin and will even improve it, what if there’s a simpler way? In a new book, Clean: The New Science of Skin, the easiest and best solution for improving you skin is to stop over cleaning it with too much soap. In North America it’s common to shower everyday, which leads to water wastage and to poor skin health; whereas, in other cultures it’s more common to shower every 2-3 days. Once you stop showering everyday your skin will thank you and so will the planet.

Of course, you should keep washing your hands!

But what soap hoarders and hawkers overlook is that wiping out our symbiotic microbes may make us more vulnerable to other, unexpected maladies. First-line eczema treatments, for instance, include topical antibiotics, cleansers, and drugs that dampen immune response, but some researchers say these approaches can make the condition worse in the long run. “Perturbing the skin barrier by washing or scratching can change the microbial population,” Hamblin notes. “That can rev up the immune system, which tells the skin cells to proliferate rapidly and fill with inflammatory proteins.”

Read more.

Graphene as a Limitless Power Generator

Graphene has long been heralded as an amazing new material that can change entire industries and revolutionize the economy. Notably this has yet to happen. Yet.

At the University of Arkansas a team of physicists found a way to use graphene to generate limitless power based on the movement of atoms. Since a graphene layer is only one atom thick the thermal changes from the Earth can move the atoms ever so slightly, so as long as the Earth generates heat this graphene sheet made the team can generate minuscule amounts of energy.

We’re finally getting to see some cool theories about graphene get turned into real applications.

The team used a relatively new field of physics to prove the diodes increased the circuit’s power. “In proving this power enhancement, we drew from the emergent field of stochastic thermodynamics and extended the nearly century-old, celebrated theory of Nyquist,” said coauthor Pradeep Kumar, associate professor of physics and coauthor.

According to Kumar, the graphene and circuit share a symbiotic relationship. Though the thermal environment is performing work on the load resistor, the graphene and circuit are at the same temperature and heat does not flow between the two.

Read more.