In the past few decades, combinations of remote sensing technologies with ground-based
methods have become available for use at the level of irrigated fields. These approaches …

Irrigation of eggplants tremendously increases their yields amidst climate change. However,
little is known about the deficit irrigation level for optimum growth of eggplant crops. This …

Deficit irrigation has emerged as a viable approach to increase agricultural water
productivity. The objectives of this study were to 1) develop water conservation strategies by …

The pressure on water resources is due to different factors that affect agricultural
development for food security. Large agricultural lands are not irrigated because of limited …

The use of deficit irrigation (DI) management in growing crops tolerant of the semiarid
conditions in West Texas may save irrigation without significant yield penalties. Field …

Lack of irrigated water poses a threat in arid and semi-arid areas. Hybrid irrigation system
has become an obligatory to save water and increase productivity. Deficit irrigation …

Deficit irrigation (DI) is a choice made by producers to improve water productivity and might
be highly preferred in future production programs in arid regions. Identifying DI‐tolerant …

A field experiment was carried-out during 2015/16 and 2016/17 seasons at the Agriculture
Experimental Station of King Abdulaziz University to investigate the effect of stress and full …

Silicon is known to compensate crop yield losses under diverse biotic and abiotic stress
conditions; however, reports about its protective role for plants exposed to brackish water …

In northern Ethiopia, potatoes are frequently cultivated with excessive irrigation water. Water
is a scarce and expensive resource in semi-arid environments, so it is critical to create …