Driving itself is changing. Between electric and self-driving vehicles, ubiquitous sensors, network connectivity, and new kinds of transportation companies, everything is in flux: cars, how we feel about them, even roads and cities. This isn’t just hypothetical; you can use these things today. A radical phase shift is redrawing the map, literally and metaphorically. ... the new tools and technologies for moving around are interesting; put them together and you get something profound. Connect these new systems and individual networks to each other and they self-assemble into a transportation super-network. It’s decentralized, offers multiple routes from node to node, carries any kind of person or thing to any kind of place, and adjusts itself in real time. ... Sound familiar? Of course it does. That’s how the Internet works. ... To the new transportation supernetwork, you and I are just data. It doesn’t matter where we want to go; it just knows how to get us there—faster, cheaper, and utterly in control.
The mini-farm’s inventor, Ed Harwood, of Ithaca, New York, sold it to the school in 2010. Harwood is a sixty-six-year-old man of medium stature who speaks with the kind of rural accent that sometimes drops the last letters of words. He has been an associate professor at Cornell’s famous school of agriculture, and he began his career as an inventor by coming up with revolutionary improvements in the computer management of dairy cows, an animal he loves. ... After spending part of his youth and young adulthood working on his uncle’s dairy farm, he got degrees in microbiology, animal science, dairy science, and artificial intelligence, and applied his knowledge to the dairy industry. ... He first became interested in growing crops indoors in the two-thousand-aughts. Around 2003, his notebooks and diaries began to converge on ideas about how he could raise crops without soil, sunlight, or large amounts of water. ... Aeroponic farming uses about seventy per cent less water than hydroponic farming, which grows plants in water; hydroponic farming uses seventy per cent less water than regular farming. If crops can be raised without soil and with a much reduced weight of water, you can move their beds more easily and stack them high. ... Harwood solved the problem of the crop-growing medium by substituting cloth for soil. ... Agricultural runoff is the main cause of pollution in the oceans; vertical farms produce no runoff.
Parking can seem like the most humdrum concern in the world. Even planners, who thrill to things like zoning and floor-area ratios, find it unglamorous. But parking influences the way cities look, and how people travel around them, more powerfully than almost anything else. Many cities try to make themselves more appealing by building cycle paths and tram lines or by erecting swaggering buildings by famous architects. If they do not also change their parking policies, such efforts amount to little more than window-dressing. There is a one-word answer to why the streets of Los Angeles look so different from those of London, and why neither city resembles Tokyo: parking. ... For as long as there have been cars, there has been a need to store them when they are not moving—which, these days, is about 95% of the time. Washington, DC, had a parking garage in 1907, before Ford produced its first Model T. But the most important innovation came in 1923, when Columbus, in Ohio, began to insist that builders of flats create parking spaces for the people who would live in them. “Parking minimums”, as these are known, gradually spread across America. Now, as the number of cars on the world’s roads continues to grow (see chart), they are spreading around the world. ... Free parking represents a subsidy for older people that is paid disproportionately by the young and a subsidy for the wealthy that is paid by the poor.
Pick any other major city or metropolitan area in the U.S., and the situation’s probably the same: a massive surge in deliveries to residential dwellings, one that’s outstripping deliveries to commercial establishments and creating a traffic nightmare. ... It’s estimated that, on average, every person in the U.S. generates demand for roughly 60 tons of freight each year, according to the National Capital Region Transportation Planning Board. In 2010, the United States Post Office—which has overtaken both FedEx and UPS as the largest parcel-delivery service in the country—delivered 3.1 billion packages nationwide; last year, the USPS delivered more than 5.1 billion packages. The growth in e-commerce is fueling a commensurate rise in the number of delivery vehicles—box trucks, smaller vans, and cars alike—on city streets. ... While truck traffic currently represents about 7 percent of urban traffic in American cities, it bears a disproportionate congestion cost of $28 billion, or about 17 percent of the total U.S. congestion costs, in wasted hours and gas.
Bangalore has a problem: It is running out of water, fast. Cities all over the world, from those in the American West to nearly every major Indian metropolis, have been struggling with drought and water deficits in recent years. But Bangalore is an extreme case. Last summer, a professor from the Indian Institute of Science declared that the city will be unlivable by 2020. He later backed off his prediction of the exact time of death—but even so, says P. N. Ravindra, an official at the Bangalore Water Supply and Sewerage Board, “the projections are relatively correct. Our groundwater levels are approaching zero.” ... Every year since 2012, Bangalore has been hit by drought; last year Karnataka, of which Bangalore is the capital, received its lowest rainfall level in four decades. But the changing climate is not exclusively to blame for Bangalore’s water problems. The city’s growth, hustled along by its tech sector, made it ripe for crisis. ... Through the 2000s, Bangalore’s urban landscape expanded so quickly that the city had no time to extend its subcutaneous network of water pipes into the fastest-growing areas, like Whitefield. Layers of concrete and tarmac crept out across the city, stopping water from seeping into the ground. ... 44 percent of the city’s water supply either seeps out through aging pipes or gets siphoned away by thieves. ... Everywhere, the steep ascent of demand has caused a run on groundwater. Well owners drill deeper and deeper, chasing the water table downward as they all keep draining it further. The groundwater level has sunk from a depth of 150 or 200 feet to 1,000 feet or more in many places.