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Scientists have found one aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology to water aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology. It is a new aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology that collects water from the air. They got the idea from a aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology that lives in an African desert. The deserts in Namibia are very dry, but the Namib beetle is an aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology at surviving in dry aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology. Its shell is covered in small bumps that collect aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology of water from the air. It is enough to keep the beetle aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology. Scientists studied the shape and material of the bumps. They now want to make their aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology materials that can collect water from the air. This will help people who live in very dry aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology.

The scientists say this aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology could help in many areas of our life. They said it could help power aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology. It could also help with heating and air aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology. One scientist, Philseok Kim, said: "Thermal power plants, for aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology, rely on [things] to quickly convert steam to aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology water. [Our] design could help speed up that aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology and even allow for operation at a aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology temperature." Another aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology, Joanna Aizenberg, said she was looking forward to getting more new technologies from aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology. She said: "Everybody is excited about bio-inspired materials aliveanswerareasbeetleconditioningconditionsdropsexampleexperthigherliquidmaterialnatureownplantsprocessresearchscientistshortagestechnology."