Nitrogen species present in the atmosphere, soil, and water play a vital role in ecosystem
stability. Reactive nitrogen gases are key air quality indicators and are responsible for …

Excessive total nitrogen (TN) in the aqueous environment causes a notable negative impact
on agriculture, human health, and the economy on a global scale. Conventional analytical …

Aquatic chemical sensors have experienced rapid development in recent years largely due
to advances in the fields of nanotechnology. Accurate in situ monitoring of nutrients is …

The health and integrity of our water sources are vital for the existence of all forms of life.
However, with the growth in population and anthropogenic activities, the quality of water is …

Nitrate plays an important role in the nitrogen cycle and is also a known pollutant of the
aquatic ecosystem. Rapid, sensitive, and on-site analysis of nitrate is helpful for …

As a severe environmental pollutant, detection and quantitation of nitrogen dioxide (NO2)
have been studied for centuries. In this review, recent progress of NO2 analysis in the …

This study proposed a low-cost sensor for in situ automatic monitoring of phosphate and
nitrite in agricultural water environments, involving a series of “Fish-Bite” reservoirs, multiple …

In the present situation, plants have to meet the food supply demand for a large and
increasing population. In order to get high yield, it is essential for the plantations to be …

Nitrogen is a vital ingredient for plant development and growth. It is one of the most crucial
indicators of soil fertility and crop growth conditions. For the monitoring of nitrogen loss …

Nitrogen (N) plays a key role in the plant life cycle. It is the main plant mineral nutrient
needed for chlorophyll production and other plant cell components (proteins, nucleic acids …