Designing drip irrigation systems involve selection of an appropriate combination of emitter
discharge rate and spacing between emitters for any given set of soil, crop, and climatic …

When compared with other irrigation systems, subsurface drip irrigation (SDI) has
advantages and disadvantages that should be carefully considered. There are many design …

The design and selection of ideal emitter discharge rates can be aided by accurate
information regarding the wetted soil pattern under surface drip irrigation. The current field …

Predicting soil hydraulic properties and understanding their temporal variability during the
irrigated cropping season are required to mitigate agro-environmental risks. This paper …

Drip irrigation is more effective and less expensive if a large amount of soil can be wetted
with each emitter without losing water or nutrients below the root zone. The distance that …

The wetting pattern is an important factor to consider when designing and managing a drip
irrigation system. The dimensions of the pattern are imperative in selecting the right spacing …

Biogas slurry (BS), waste water of energy production, holds potential as both an irrigation
water resource and a liquid fertilizer source. Typically combined with water and mineral …

Accurate measurement of soil wetting pattern from the point source of drip irrigation system
plays an important role for designing of the irrigation system. The study evaluated a novel …

The objective of this review is to remedy the lack of knowledge about the expected
relationship between the irrigation techniques (flood irrigation, sprinkler irrigation, surface …

Abstract Knowledge of the wetted perimeter of soil arising from infiltration of water from
trickle irrigation drippers is important in the design and management of efficient systems. A …