Sentence examples for irrigation capacity from inspiring English sources
Most fruit and vegetable growers who irrigate lacked the irrigation capacity and water supplies to keep up with the drought, and estimated crop losses of up to 35% were reported.
Results showed average kernel weight, kernel diameter and test weight of grain sorghum increased as irrigation capacity increased, whereas kernel hardness index decreased as irrigation capacity increased.
Starch pasting temperature and peak time decreased as irrigation capacity increased.
These plans assess local soil and irrigation capacity and offer detailed guidance for what farmers should do if the monsoons are delayed, deficient or haphazard.
Irrigation capacity had a positive impact on bioethanol yield, whereas both year and interaction between irrigation capacity and year did not show significant effect on bioethanol yield resulting from above normal rainfall received during the growing seasons.
The high losses of water through seepage and evaporation substantially decreased the irrigation capacity by up to 33%.
Grain sorghum was planted at Southwest Research-Extension Cenear near Garden City, KS, under five different irrigation capacities (1 inch every 4, 6, 8,10, or 12 days) and dryland in 2015 and 2016 growing seasons.
Second, under the country scenario there is greater cropland expansion in areas with greater agricultural technological and irrigation capacities, both important factors in sustaining continued increases in crop production efficiencies.
Information like the amount of water needed, how much water is available to the animals, how much water is there for irrigation, the capacity of the storage pond in the village, the level of deficiency - all this information is gathered and submitted to local authorities," he told the BBC.
Half of the plants were subjected to successive cycles of stress by withholding water after irrigation to container capacity in containers, or applying a fraction of the potential evapotranspiration in lysimeters.
Two treatments were designed to provide rapid recovery but had different soil moisture targets: T1 involved irrigation to field capacity, and T2 replaced half of the water consumed during the drought period.
