Nancy Walecki

A man comes to Northwell Health’s hospital on Staten Island with a sprained ankle. Any allergies? the doctor asks. How many alcoholic drinks do you have each week? Do you have access to firearms inside or outside the home? When the patient answers yes to that last question, someone from his care team explains that locking up the firearm can make his home safer. She offers him a gun lock and a pamphlet with information on secure storage and firearm-safety classes.

At 149 miles an hour, the world’s fastest roller coaster, Formula Rossa in Abu Dhabi, is so quick that riders must don goggles to protect their eyes from the wind. But even the formidable Formula Rossa is no match for the 157-mile-an-hour-plus winds of a Category 5 hurricane, which can collapse a home’s walls and cave in its roof. And yet, according to a new paper, Category 5 may itself be no match for several recent hurricanes.

The Louisiana wildfire that upended Katie Henderson’s life was barely a blip on this year’s string of catastrophes. On August 24, just after she’d brought her 7-year-old son home from school, she spotted a red band of flames speeding across the treetops, crackling like static on the world’s largest television. She had time only to hand off her son to a neighbor and herd the family’s four dogs into a horse trailer hooked to their pickup.

New York City’s sewer system is built for the rain of the past—when a notable storm might have meant 1.75 inches of water an hour. It wasn’t built to handle the rainfall from Hurricane Irene, Hurricane Sandy, or, more recently, Hurricane Ida—which dumped 3.15 inches an hour on Central Park. And it wasn’t built to handle the kind of extreme rainfall that is becoming routine: The city flooded last December, last April, and last July—an unusual seasonal span.

About 250 million years from now, living on the coast could feel like being stuck inside a hot, wet plastic bag. And that bag would actually be the best home on the planet. Inland areas would be hotter than summer in the Gobi Desert, and up to four times as dry. This is life on Pangea Ultima, the supercontinent that an international group of scientists has predicted will form on Earth in a quarter of a billion years.