… relies on irrigation. River … the area and the cost of pumping irrigation water are the most
important factors that force many farmers to reduce irrigation in many arid and semi-arid regions …

… zone. During the years 1999-2001, experiments were carried out on irrigated maize in the
semiarid region … nitrogen in the growth and yield of maize. Three rates of nitrogen were tested: …

… efficiency of maize (Katumani cultivar) under deficit irrigation practice and … irrigation water
application. Treatments T1 and T2 were respectively normal irrigation and 75% deficit irrigation …

… when there was 25% depletion of the available soil moisture in the crop root zone. The
irrigation … In this study, the average daily ET c of maize is 4.09 mm. The seasonal total ET c of …

… regions under no water shortage. On the other hand, the T-60 … (irrigation water applied
at the rate of 60%) could be used for silage maize grown in semiarid regions where irrigation …

… In this study, the best response of maize under semi-arid conditions was obtained with
six irrigations and 250 kg ha-1 nitrogen application in each year. Both WUE and NUE were …

… with deficit irrigation in both years. The results of this research indicate that a 2-day irrigation
… corn grown in semi-arid regions similar to that in Turkey where the work was conducted. …

… for semi-arid environment to optimize the amount of N and volume of irrigation for maize…
The methodology and the model developed here could be applied to semi-arid regions with …

… of corn to deficit irrigation, and (2) determine which of several seasonal water variables
correlated best to corn yield in a semiarid … to increase CWP by deficit-irrigating corn is not a good …

… This study examined the impact of variable irrigation supply on maize yield applied at
different growth stages in a semi-arid area. It was found that in comparison to full irrigation …