Water quality related to non-point source pollution continues to pose challenges in
agricultural landscapes, despite two completed cycles of Water Framework Directive actions …

The restrictions imposed on human activities during the COVID-19 lockdown (LD) period
provided a new scenario to identify potential sources of atmospheric pollution. There are …

Optimizing water and nitrogen management to minimize NH 3 volatilization from paddy
fields has been extensively studied. However, there is limited research on the combined …

Due to the high application rates and low utilization efficiency of inorganic nitrogen (N)
fertilizer, conventional citrus orchards tend to cause N losses and extensive pollution. In …

Animal manure has been increasingly adopted as a more sustainable substitute for synthetic
fertilizers but might result in increased dissolved organic C (DOC) and phosphate (PO43–) …

Biochar (BC) application to agricultural soils has become a promising strategy for mitigation
of soil-borne greenhouse gas (GHG) emissions, ie, carbon dioxide (CO2), methane (CH4) …

In this chapter the study of ammonia in terms of its production, emission, transformation,
transport, and different forms of deposition has been reviewed. Thermocatalytic synthesis of …

Optimizing crop N uptake while minimizing NH3 volatilization from N fertilizer sources is a
critical part of agricultural best management practices. Urea is the most widely used N …

Carbon (C) amendments can enhance crop productivity, particularly in semiarid regions.
Understanding the potential interference of C amendment with herbicide efficacies is …

Soil amendments with high carbon (C) content can be effective in semi‐arid regions where
soils are characterized by low C. A field study was conducted in 2016–2018 to evaluate the …