Water-fertilizer coupling technology has emerged as a pivotal strategy in modern agriculture,
recognized for its potential to enhance soil environmental quality, promote crop growth, and …

Orchards with tree crops are of critical importance to the global economy and to the
environment due to their ability to be productive for many years without the need for …

Effective water and fertilizer management is crucial for enhancing nitrogen (N) use efficiency
and ensuring regional food security, especially in arid regions. Drip fertigation can …

Determining how to optimize a scientific and efficient farmland nitrogen (N) fertilizer
schedule by combining existing technology is currently a hot topic. Maize is one of the major …

Excessive and incorrect use of nitrogen (N) fertilizers in agriculture leads to high nitrate
leaching to groundwater and harmful effects on the environment. The main objective of this …

Optimal fertigation regimes will minimize the leaching of agrochemicals while providing
crops with sufficient nutrition for growth. A comprehensive objective function of optimization …

Irrigation in traditional oases in the Mena region was possible in the past via traditional
techniques (foggaras, tabia) and a relative availability of water resources. To promote the …

When fertigation is applied, fertilizer is often injected into drip irrigation systems according to
a single-pulse application method (SPAM) where a single dose is given either in the early …

Determining the water productivity of maize is of great significance for ensuring food security
and coping with climate change. In 2018 and 2019, we conducted field trials in arid areas …

Future agriculture calls for increased input (eg, water, nutrients, pesticides) use efficiency
while maintaining or improving productivity, minimizing environmental impacts, and …