纳米比亚沙漠甲虫的背部结构，正在启发全球仿生集水技术。
In the bone-dry Namib Desert of southwestern Africa, where rain falls only a few times per decade, a small black beetle survives by harvesting water from the morning fog. The Stenocara gracilipes, or fog‑standing beetle, tilts its body into the wind, letting microscopic droplets collect on its bumpy back. The secret lies in the beetle's wing covers: a pattern of tiny hydrophilic bumps surrounded by waxy, water‑repellent valleys.
As fog hits the beetle, droplets grow on the raised bumps until they become heavy enough to roll down the valleys and straight into its mouth. This elegant design allows the insect to drink the equivalent of 12 percent of its body weight in just one hour. Biologists and materials scientists have spent years studying this micro‑engineering marvel, wondering how to replicate it for human use.
Vocabsavvy AI · a Scientific-American-style science communicator · Vocabsavvy Original