Sentence examples for efficiency of irrigation from inspiring English sources

About $1 billion has been used to help agricultural producers increase the efficiency of irrigation.

There is consensus on boosting the efficiency of irrigation, the main draw on the river.

However, the impacts of climate change on the efficiency of irrigation systems, particularly on the partitioning between evaporative and non-evaporative losses, have received little attention.

The results are very encouraging since control-oriented models facilitate the design of high-performance robust controllers, which allow the operability and efficiency of irrigation main canal pools to be increased and service to the users to be improved.

Estimation of all water fluxes temporally and spatially within and out of the crop root zone, and evaluation of issues like salinity and nutrient leaching, are necessary to fully appraise the efficiency of irrigation systems.

According to a comparison with simulated irrigation water demand under three adaptation strategy scenarios, we should take effective measures such as improving the efficiency of irrigation water utilization, reducing crop planting areas and adjusting crop planting structures to alleviate the impacts of future climate changes and human activities on the water supply and water use in this region.

This shift however results in only 2% improvement in a measure that combines both cost and technical efficiencies of irrigation water – a possible reason for 43% of the farms to continue using the traditional system despite government support for the purchase of sprinklers.

In this paper a method of calculating the global energy efficiency (GEE) of irrigation distribution systems is proposed.

The high water use efficiency (WUE) of irrigation water in the north was similar to the WUE of natural rainfall in the south, allowing the farmers at dry sites to obtain very similar production value to those at the wet sites.

The study demonstrates that the model has the capacity to evaluating the efficiency of the irrigation schemes for the green roof.

The program facilitated the retrofit of more than 13,000 bathroom fixtures, replaced inefficient lab equipment with water-efficient models, installed water-saving devices in large campus kitchens, installed water-miser devices on steam sterilizers (autoclaves) and improved the efficiency of landscape irrigation.