Accurate design, suitable management and optimization of irrigation design parameters play
an important role in increasing the performance of furrow irrigation. The main objective of …

A model is described which applies the full one-dimensional version of the Saint–Venant
equations for open channel flow to simulate the process of surface irrigation. The resulting …

Modernisation of regional water delivery infrastructure can provide irrigators using border
irrigation systems with the option to apply water to border irrigation bays at much higher …

Accurate determination of temporal variability in infiltration parameters and Manning's
roughness coefficient is essential for appropriate design of surface irrigation systems to …

Manning's roughness coefficient is one of the most important parameters in the design and
evaluation of surface irrigation. In this study, Manning's roughness coefficient was evaluated …

Field data sets for seven irrigation events during maize growing season were collected for
characterizing infiltration properties in variable Alternate, Fixed Alternate and Conventional …

Quantitatively analyzing models' uncertainty is essential for agricultural models due to the
effect of inputs parameters and processes on increasing models' uncertainties. The main …

The aim of this study is the deduction of an analytic representation of the optimal irrigation
flow depending on the border length, hydrodynamic properties, and soil moisture constants …

Infiltration is an important evaluation parameter for furrow irrigation. In this study, most
common methods for estimation of furrow irrigation infiltration, their weaknesses and …

Agricultural productivity is intricately tied to efficient water management strategies, with
raised bed furrow systems being a prevalent method for irrigation. However, the optimization …