Delayed sowing of maize hybrids could exacerbate the capability of maximizing the yield
potential through poor crop stand, root proliferation, nutrient uptake, and dry matter …

The utilization of low-N tolerant and N-efficifent varieties offers significant benefits in terms of
reducing the need for excessive N fertilizer input. Quinoa, a resilient crop for agroecological …

Abstract The Nitrate Transporter 2 (NRT2), together with accessory protein (NAR), form high-
affinity nitrate transport systems (HATS) responsible for nitrate uptake and translocation …

Nitrogen plays a crucial role in plant metabolism, growth, and development of plants, and its
deficiency leads to severe growth retardation and reduced grain yield. The efficient …

The limited availability of Phosphorus (P) in the soil poses a significant challenge to of rice
productivity in rainfed tropical regions. There has been a constant demand of diverse donors …

An increased awareness of environmental protection and sustainable production raise the
necessity of incorporating the selection of low nitrogen-tolerant winter wheat cultivars for …

Background In wheat, nitrogen (N) remobilization from vegetative tissues to developing
grains largely depends on genetic and environmental factors. The evaluation of genetic …

Development of low‐nitrogen (N) tolerant and N‐responsive durum wheat genotypes is
required since nitrogen efficiency has emerged as a highly desirable trait from economic …

A strong soil is averse to root growth and development, affecting the soil–plant-water-
nutrient dynamics. The purpose of this study is to know the primary effect of compaction on …

Enhancing nitrogen use efficiency (NUE) by improving N uptake through roots can deal with
the global issue of high nitrogenous fertilizer consumption in wheat. Low N induces some …