Imagine a scenario where CO2 greenhouse gas emissions could be used to desalinate briny water. This would be a creative way of killing two birds with one stone, namely helping to ameliorate global-warming-induced climate change and producing high quality water for agriculture and drinking purposes.
A team of Chinese researchers used a GASMAS optical spectroscopy technique to study the degree of freshness of unfertilized eggs and to distinguish unfertilized eggs from fertilized eggs.
If we consider models as hypotheses about how the hydrology is working, then testing models as hypotheses is one way of doing science in the inexact sciences.
In the “golden age” of molecular microbiology, modern molecular tools enable researchers to understand freshwater microbial communities in unprecedented detail by identifying and enumerating them, as well as determining their activity in the environment.
Mathematical modeling allows for the successful development of a high-energy, nutrient-dense food product for emergency aid.
![Nanostructured Water Treatment Membranes Based on Thermotropic Liquid Crystals [Video]](https://www.advancedsciencenews.com/wp-content/uploads/2018/02/advs20170405_ASN_image.png)
A team of researchers design sub-nanoporous, selective membranes for water treatment using self-assembled liquid crystal (LC) monomers. The membranes show salt rejection ability, ion selectivity, and excellent water permeability.
Low temperature plasmas (LTPs) show promise as efficient green technologies for enhancing productivity while maintaining good food quality and safety in the many steps of the food cycle. As a result, applications of LTPs in agriculture have led to creation of a new, rapidly developing field called “plasma agriculture.”
Ecological shifts and regime changes driven by slow ecological processes can only be revealed by long-term monitoring and analysis.
A team of researchers found an innovative way of curing ham by using plasma-treated water as an alternative to chemical curing solutions.
Resolving these scale-dependent processes is important for predicting, preventing, or mitigating environmental changes that may influence patterns of surface water chemistry within river systems.
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