Worlds crumble
In Runnerland, I use the idea of a new, imaginary world to represent Peter’s psyche. As he finds a new identity of his own choosing, he develops Runnerland in his own image. It’s a powerful image, the idea of world-building, and I think it really encapsulates the best and worst of adolescence.
I’ve just read a fascinating book by Alan Weisman about the world after human beings. The World Without Us imagines a planet where we’ve just…disappeared. And what would come next. A lot of it is scary (nuclear weapons won’t blow up without sufficient impact velocity, but the metal housing will rust and the radioactive elements will leach out for the next, oh, 100,000 years), but his failure walk-throughs are arresting. F’rinstance:
After we’re gone, nature’s revenge for our smug, mechanized superiority arrives waterborne. It starts with wood-frame construction, the most widely used residential building technique in the developed world. It begins on the roof, probably asphalt or slate shingle, warranted to last two or three decades–but that warranty doesn’t count around the chimney, where the first leak occurs. As the flashing separates under rain’s relentless insistence, water sneaks beneath the shingles. It flows across four-by-eight-foot sheets of sheathing made either of plywood or, if newer, of woodchip board composed of three- to four-inch flakes of timber, bonded together by a resin….
The resin in your cost-conscious choice of a woodchip roof, a waterproof goo of formaldehyde and phenol polymer, was also aplied along the board’s exposed edges, but it fails anyway because moisture enters around the nails. Soon they’re rusting, and their grip begins to loosen. That presently leads not only to interior leaks, but to structural mayhem. Besides underlying the rofing, the wooden sheathing secures trusses to each other. The trusses–premanufactured braces held together with metal connection plates–are there to keep the roof from splaying. But when the sheathing goes, structural integrity goes with it.
As gravity increases tension on the trusses, the 1/4-inch pins securing their now-rusting connector plates pull free from the wet wood, which now sports a fuzzy coating of greenish mold. Beneath the mold, threadlike filaments called hyphae are secreting enzymes that break cellulose and lignin down into fungi food. The same thing is happening to the floors inside. When the heat went off, pipes burst if you lived where it freezes, and rain is blowing in where windows have cracked from bird collisions and stress of sagging walls. Even where the glass is still intact, rain and snow mysteriously, inexorably work their way under sills. As the wood continues to rot, trusses start to collapse against each other. Eventually the walls lean to one side, and finally the roof falls in. That barn roof with the 18-by-18-inch hole was likely gone inside of 10 years. Your house’s lasts maybe 50 years; 100, tops.
Tempting to see the metaphors, no?


