Cotton productivity continues to be disputed, despite rapid advancements and widespread
technologies. These uncertainties remain to be critically addressed in a broad spectrum …

Recent reports on cotton water use and root-canopy relationship responses to nitrogen (N)
fertilizer management under varying water supply in arid regions are limited. This …

Recently-published information on cotton agronomic and light energy use responses to
nitrogen (N) under varying water availability is limited in Xinjiang, northwest China. A two …

Context The root development and soil nitrogen distribution in cotton fields under varying
water and nitrogen supplies have rarely been reported in Xinjiang, Northwest China …

Low temperature delayed cotton growth, increased abscission of reproductive organs, and
seriously reduced quality and yield. Moreover, failed or unstable performance of insecticidal …

Abscisic acid (ABA) plays a vital role in the induction of low temperature tolerance in plants.
To understand the molecular basis of this phenomenon, we performed a proteomic analysis …

Low temperature (LT) during the grain-filling stage is an important factor that affects the
source–sink relationship and leads to yield loss in maize (Zea mays L). In this study, field …

Nitrogen (N) deficiency limits the net carbon assimilation rate (AN), but the relative N
sensitivities of photosynthetic component processes and carbon loss mechanisms remain …

Soil waterlogging is one of the most serious abiotic stresses on plant growth and crop
productivity. In this study, two potassium application levels (0 and 150 kg K2O hm− 2) with …

Water deficit stress limits net photosynthetic rate (AN), but the relative sensitivities of
underlying processes such as thylakoid reactions, ATP production, carbon fixation reactions …