Nitrogen (N) losses are a major environmental issue. Globally, crop N fertilizer applications
are excessive, and N use efficiency (NUE) is low. N loss represents a significant economic …

The subsurface application (SA) of nitrogenous fertilizers is a potential solution to mitigate
climate change and improve food security. However, the impacts of SA technology on …

Among the essential plant nutrients, nitrogen (N) is the most important and universally
deficient in rice cropping systems worldwide. Despite different practices available for …

The optimum dose of fertilizers for crops varies with soil, agro-ecology, and crop
management practices. Optimizing application dose is critical to reduce nutrient loss to the …

In this work, we, for the first time, manufactured a plasma-chemical reactor operating at a
frequency of 0.11 MHz. The reactor allows for the activation of large volumes of liquids in a …

In Nepal, blanket fertilizer recommendations without considering diverse soil types, nutrient
status, climate and crop management practices along with imbalanced fertilization practices …

The deep placement of urea fertilizer is considered an effective strategy for crop growth and
yield formation. How crop root morphology and resource utilization respond to altered …

Several decision support tools have been proposed for precision nitrogen (N) fertilizer
application in rice (Oryza sativa L.) to increase nitrogen use efficiency (NUE) and grain …

Nitrogen (N) recoveries in rice paddies have barely exceeded 60%, despite the
implementation of several management strategies, amounting to significant N being lost to …

Apart from nitrogen (N) rates, N use efficiency (NUE)(yield N/total input N) is affected by
seasons, crop developmental stages, and varieties. Knowledge of how these factors affect …