In a farmland irrigated by a system of pumps from wells, the area irrigated is 50 hectares. Water pumped from wells is conveyed through a canal to the farms. Efficiency of water conveyance is 85% and...


In a farmland irrigated by a system of pumps<br>from wells, the area irrigated is 50 hectares.<br>Water pumped from wells is conveyed through<br>a canal to the farms. Efficiency of water<br>conveyance is 85% and pumps work at 12<br>ohours/day. Available moisture holding capacity<br>of the soil is 20cm per metre depth and the<br>average root zone depth is 1m.Water application<br>efficiency is 80%. Irrigation is started when<br>moisture extraction level of 50% of available<br>moisture is reached. Peak rate of moisture use<br>by plants is 5mm. Calculate the irrigation period<br>in days and total pumping capacity required in<br>29.<br>litres/minute.<br>

Extracted text: In a farmland irrigated by a system of pumps from wells, the area irrigated is 50 hectares. Water pumped from wells is conveyed through a canal to the farms. Efficiency of water conveyance is 85% and pumps work at 12 ohours/day. Available moisture holding capacity of the soil is 20cm per metre depth and the average root zone depth is 1m.Water application efficiency is 80%. Irrigation is started when moisture extraction level of 50% of available moisture is reached. Peak rate of moisture use by plants is 5mm. Calculate the irrigation period in days and total pumping capacity required in 29. litres/minute.

Jun 11, 2022
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