Accurate prediction of crop yield and dry matter as well as optimized water and nitrogen
management can favor rational decision-making for farming systems. Combining high …

Abstract The North China Plain (NCP) has progressively implemented drip irrigation for
winter wheat (Triticum aestivum L.) production because of its substantial irrigation water …

Sprinkler irrigation has been widely used for winter wheat crops in the North China Plain
(NCP) to maintain high crop yield and enhance water use efficiency because water …

Maize production is facing multiple challenges toward increasing crop productivity,
enhancing resource utilization, and mitigating climate change nowadays. Climate-smart …

Improving agriculture intensity implies desirable crop productivity at a noteworthy
environmental cost. A comprehensive comparative analysis of carbon footprint (CF) and …

Optimizing irrigation and nitrogen (N) fertilization cooperative application to coordinate the
balance between agricultural production and ecological environment is a vital challenge for …

Traditional methods of nitrogen fertilizer (urea) application are major causes of poor nitrogen
use and serious greenhouse gas emissions (GHG), which translates into global warming …

Chemical fertilizer overuse is a major environmental threat, critically polluting soil and water
resources. An optimization of nitrogen (N) fertilizer application in winter wheat (Triticum …

Excessive application of nitrogen (N) fertilizer is the main cause of N loss and poor use
efficiency in winter wheat (Triticum aestivum L.) production in the North China Plain (NCP) …

This study was undertaken to examine the influence of the sowing date, sowing density, and
split spring application of nitrogen (N) fertilizer on plant density, tillering, yield components …