Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses heterogeneous wettability to transport water to its mouth. A cactus uses conical spines which provide Laplace pressure gradient to transport water to its base. In this study, bioinspired triangular patterns with various wettability and different from the surrounding regions were investigated to transport condensed water from ambient air. A low temperature of 5°C was used to decrease saturated vapour pressure to promote water condensation. Results from this study can be used to enhance the performance of water collection systems.This article is part of the theme issue ‘Bioinspired materials and surfaces for green science and technology’
The Namib Desert beetle, Stenocara gracilipes, condenses fog that rolls in off the west coast of Nam...
Abstract Freshwater acquisition methods under various environments are required because water scarci...
Several flora and fauna species found in arid areas have adapted themselves to collect water by deve...
Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses hete...
Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses hete...
Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses hete...
On a superwetting surface, droplet behaviour can be manipulated. Utilising the directional motion an...
Water harvesting is a core technology for collecting fresh water in arid areas. In this study, we de...
Water harvesting is a core technology for collecting fresh water in arid areas. In this study, we de...
The cost of water transport for irrigating drought-endurable plants in desertification areas makes i...
Controlling dropwise condensation is fundamental to water- harvesting systems1–3, desalination4, the...
With the impacts of climate change and impending crisis of clean drinking water, designing functiona...
Water harvesting is a core technology for collecting fresh water in arid areas. In this study, we de...
Biomimicry offers innovative sustainable solutions for many dire resource-based challenges. The Nami...
Directly harvesting water from the atmosphere could aid in negating the issue of fresh water scarcit...
The Namib Desert beetle, Stenocara gracilipes, condenses fog that rolls in off the west coast of Nam...
Abstract Freshwater acquisition methods under various environments are required because water scarci...
Several flora and fauna species found in arid areas have adapted themselves to collect water by deve...
Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses hete...
Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses hete...
Desert beetles and cactus plants collect water from fog in arid regions. The desert beetle uses hete...
On a superwetting surface, droplet behaviour can be manipulated. Utilising the directional motion an...
Water harvesting is a core technology for collecting fresh water in arid areas. In this study, we de...
Water harvesting is a core technology for collecting fresh water in arid areas. In this study, we de...
The cost of water transport for irrigating drought-endurable plants in desertification areas makes i...
Controlling dropwise condensation is fundamental to water- harvesting systems1–3, desalination4, the...
With the impacts of climate change and impending crisis of clean drinking water, designing functiona...
Water harvesting is a core technology for collecting fresh water in arid areas. In this study, we de...
Biomimicry offers innovative sustainable solutions for many dire resource-based challenges. The Nami...
Directly harvesting water from the atmosphere could aid in negating the issue of fresh water scarcit...
The Namib Desert beetle, Stenocara gracilipes, condenses fog that rolls in off the west coast of Nam...
Abstract Freshwater acquisition methods under various environments are required because water scarci...
Several flora and fauna species found in arid areas have adapted themselves to collect water by deve...