The scope of this paper is to review different types of sustainable water harvesting methods
from the atmospheric fogs and dew. In this paper, we report upon the water collection …

Water scarcity is a major global challenge, with 2.3 billion people living in water-stressed
countries and the potential for 700 million people to be displaced by 2030 due to …

Atmospheric water vapor is ubiquitous and represents a promising alternative to address
global clean water scarcity. Sustainably harvesting this resource requires energy neutrality …

The impact of 'non-rainfall'water on soil is important in arid zones. In that environment, the
amount of dew can exceed that of rainfall, or even be the sole source of liquid water for …

Nanotechnology, in particular nanophotonics, is proving essential to achieving green
outcomes of sustainability and renewable energy at the scales needed. Coatings …

Dew water is water droplets formed due to condensation of atmospheric water vapor on
surfaces of temperature below its dew point temperature. Dew water can be seen as a …

Creating innovative ways for the identification of trends is a very vital part of atmospheric
studies. Different climatic locations present their unique variations, calling for the dynamism …

Over the last 20 years, dew harvesting has evolved to fruition because of a better
understanding of its physics, thermodynamics, and the radiative cooling process of …

The world's ever-increasing need for fresh water has led to the use of non-conventional
sources such as rain and fog water collection. Although rain water collection is relatively …

We report on the development of an inexpensive radiative condenser for collecting
atmospheric vapor. Based on the experience gained using a small working model in …