Phosphorus (P) is an essential element for crop production. Drip irrigation (DI) system,
mainly because of its high precision, allows effective application of water-soluble P …

Drip irrigation with saline water is one of the most effective methods to ease the current
worldwide water shortage. However, there are more ionic compositions in saline water …

Saline water can be used in drip irrigation systems, thus conserving freshwater. However,
the emitters used in drip irrigation are easily prone to salinity-related chemical clogging …

Saline water utilization, combined with drip irrigation, is the one of the most efficient way to
cope with water shortage for agriculture. However, a major constraint on the use of saline …

Up to day, drip irrigation systems have reached to a high level of technology. But, these
systems are not able to show their potential benefits, due to various reasons. Emitter …

In this study, molecular oscillation technology (Merus ring), developed to prevent
calcification, biofilm formation and corrosion in pi** in industrial water treatment systems …

Saline water is a major resource for agricultural irrigation in arid-semi arid regions,
especially when it is combined with drip irrigation. However, highly saline water can easily …

As an important parameter of drip irrigation using saline water, irrigation frequency not only
affects crop growth by changing the soil moisture–salinity distribution, but also influences the …

Clogging is a serious problem in drip irrigation, especially when using saline groundwater;
this may cause uneven water distribution. However, efficient and environmentally friendly …

Emitter clogging is one of the most serious problems facing users of drip irrigation systems
using poor irrigation water and groundwater. It can affect negatively irrigation system …