In this review, we present the recent developments and future prospects of improving
nitrogen use efficiency (NUE) in crops using various complementary approaches. These …

Atmospheric ammonia (NH 3) dominates global emissions of total reactive nitrogen (N r),
while emissions from agricultural production systems contribute about two-thirds of global …

The climatic variations and swiftly increasing the world's population are crucial drivers of
universal famines and lead to the stern food insecurity. These factors affect all the …

The role of forest age as a potential driver of intraspecific variation in leaf litter quality, that is
a key plant trait determining ecosystem functioning, has largely been neglected. Using a set …

Assessing nutrient critical load exceedances requires complete and accurate atmospheric
deposition budgets for reactive nitrogen (N r). The exceedance is the total amount of N r …

Ammonia (NH 3) pollution has emerged as a major cause of concern as atmospheric
concentrations continue to increase globally. Environmentally damaging NH 3 levels are …

This work explores whether the natural abundance of N isotopes technique could be used to
understand the movement of N within the plant during vegetative and grain filling phases in …

Nitrogen (N) partitioning between trees and crops in alley-cropping systems (AC) may
increase the N fertilizer use, but more investigation is needed to elucidate it for young trees …

Seasonal changes in nitrogen (N) pools, carbon (C) content and natural abundance of 13 C
and 15 N in different tissues of ryegrass plants were investigated in two intensively managed …

Natural ammonia (NH 3) fluxes over terrestrial ecosystems are difficult to quantify because
most measurement sites are influenced by nearby anthropogenic NH 3 sources …