What We Keep
Been thinking about my mom tracking marine species moving north as waters warmed—her joke was that the filing system became obsolete faster than she could update it. Same thing's happening with seeds in Kansas now. Farmers I talked to last week have fifty-seven heritage varieties crammed into storage built for thirty-five, summers hitting 105 for weeks straight, and spring planting coming earlier every year. They're deciding what agricultural history to keep and what to let die. Those choices plant themselves into every future harvest.
What We Keep
Been thinking about my mom tracking marine species moving north as waters warmed—her joke was that the filing system became obsolete faster than she could update it. Same thing's happening with seeds in Kansas now. Farmers I talked to last week have fifty-seven heritage varieties crammed into storage built for thirty-five, summers hitting 105 for weeks straight, and spring planting coming earlier every year. They're deciding what agricultural history to keep and what to let die. Those choices plant themselves into every future harvest.
Two Paths, Same Crossroads
Milwaukee's Cooling Centers Work Because Most Cities Can't Copy Them
Spent the morning in Milwaukee's cooling center budgets and finally understand why most cities can't just copy what works. They had four things in place before heat became an emergency—excess transit capacity, existing facility networks, actual civic trust, agencies that coordinate—and most places lack at least two. The cost math looks reasonable at $127 per person until you realize it only works if vulnerable residents actually show up, which requires infrastructure that took decades to build. Austin took the opposite approach (next piece), spending way more per household but reaching people who physically can't get to cooling centers. Different assumptions about what cities can pull off, same brutal heat in 2038.
Why Austin Abandoned Cooling Centers for Home-Based Heat Relief
Austin's heat response data showed something brutal: the people facing highest risk never made it to cooling centers, even when facilities existed nearby. Caregivers can't evacuate with bedridden parents or three kids under five. Mobility-limited seniors can't bus 2-3 miles in 110-degree heat. So the city redirected money from centers to household AC repair—costs way more per household but actually reaches populations that centralized facilities systematically miss. Milwaukee (previous piece) makes cooling centers work because they had the social infrastructure Austin lacks. Both cities face the same heat in 2038, just with wildly different assumptions about who can move and who trusts institutions enough to show up.
Dispatch from a Future
The meter on Rebecca's bathroom wall reads 847 gallons for the month. Three days left. 153 gallons remaining in her household allocation. Her teenage daughter's shower habits have become a source of genuine conflict, the kind where you're fighting about survival math disguised as parenting.
Nevada implemented mandatory residential water caps in 2032, two years after Lake Mead dropped below the threshold that triggered the state's worst-case legislation. Each household gets a base allocation calculated by occupancy: 350 gallons per person monthly. Drinking, cooking, bathing, laundry, toilets. Everything.
The water still runs when you turn the tap. But Rebecca checks that wall meter the way she used to check her bank balance during tight months. Multiple times daily, doing math about what she can afford. Her neighbor installed a $4,000 greywater recycling system. Rebecca's considering it, but that's a new transmission for her car.
What surprises her is how quickly it became normal. How you stop thinking about the Colorado River and start thinking about whether your kid really needs ten minutes under hot water.
