The non-judicious use of water at the farm level in traditional irrigation application methods
is a present-day concern across the world that can be resolved by enhancing application …

The aim of this review is to present a holistic view on irrigation with respect to local
environmental and social conditions. Future irrigation development is addressed with a …

Changing of environmental conditions and shortage of water demands a system that can
manage irrigation efficiently. Autonomous irrigation systems are developed to optimize water …

The agricultural sector in Saudi Arabia has witnessed rapid growth in both production and
area under cultivation over the last few decades. This has prompted some concern over the …

Wind drift and evaporation losses (WDEL), which can occur as a result of operational and
meteorological factors, are two of the most significant sprinkler-irrigation losses that can …

Over half of the irrigated land in the US, 11.5 million ha, is irrigated with center pivot and
linear move systems. Because of this, minor changes in the operation efficiency of these …

Wind drift and evaporation losses (WDEL) are some of the major sprinkler-irrigation losses
which exist even in a well-managed irrigation system. Several research studies found a wide …

The arid areas east of the Cascade Mountains in the Pacific Northwest have high irrigation
water use and changing the elevation of sprinkler nozzles in these systems has been …

Mobile drip irrigation (MDI) system is interesting because it combines the efficiency of drip
irrigation with the versatility of center-pivot irrigation; however, experimental information …

The mechanical lateral-move irrigation system has the capacity to achieve high irrigation
efficiency when handled properly; however, during irrigation, wind drift and evaporation …