Atmospheric nitrogen (N) deposition is a vital component of the global N cycle. Excessive N
deposition on the Earth's surface has adverse impacts on ecosystems and humans …

The global food system is essential for the health and wellbeing of society, but is also a
major cause of environmental damage. Some impacts, such as on climate change, have …

There is an increasing concern about the negative impacts associated to the release of
reactive nitrogen (N) from highly fertilized agro-ecosystems. Ammonia (NH 3) and nitrous …

Ammonia (NH 3) emissions from cropping systems are a major pathway of nitrogen (N) loss
thus strongly affecting nitrogen use efficiency (NUE). The agriculture sector is responsible for …

Spatial prediction of soil ammonia (NH3) plays an important role in monitoring climate
warming and soil ecological health. However, traditional machine learning (ML) models do …

In the first half of the twentieth century the measurement of rates of exchange of momentum,
heat, and especially water between the terrestrial surface and the atmosphere was an …

Measurements of the surface–atmosphere exchange of ammonia (NH 3) are necessary to
study the emission and deposition processes of NH 3 from managed and natural …

This study aimed to identify the characteristics of atmospheric pollutants emitted by
agricultural activities and to evaluate factors that may cause harm to human health. For the …

Ozone (O 3) deposition is the main sink of surface O 3, exerting great influences on air
quality and ecosystems. Due to instrument limitations and method shortages, O 3 deposition …

Ammonia (NH 3) is the most important alkaline gas in the atmosphere and plays a central
role in atmospheric pollution and the global N cycle. Water bodies receive increasing …