An improved water use efficiency of cereals under temporal and spatial deficit irrigation in north China

Agriculture & Biology

• deficit irrigation 100%
• water use efficiency 79%
• China 53%
• Yellow River 40%
• furrow irrigation 38%
• corn 34%
• irrigation 29%
• water 26%
• winter wheat 26%
• summer 18%
• crops 14%
• grain yield 14%
• root zone drying 13%
• water shortages 10%
• irrigation scheduling 10%
• sustainable development 10%
• dry environmental conditions 9%
• evapotranspiration 9%
• irrigation management 9%
• arid zones 9%
• drought tolerance 9%
• transpiration 8%
• planting 7%
• agriculture 6%
• economics 6%
• seedlings 5%
• cultivars 5%
• methodology 5%
• leaves 4%

Earth & Environmental Sciences

• water use efficiency 99%
• cereal 90%
• irrigation 64%
• river basin 44%
• maize 34%
• furrow irrigation 28%
• wheat 17%
• water saving 15%
• crop 13%
• winter 11%
• field experiment 11%
• summer 11%
• water 9%
• water economics 9%
• transpiration 6%
• arid region 6%
• seedling 6%
• rhizosphere 6%
• planting 6%
• water use 6%
• evapotranspiration 5%
• tolerance 5%
• sustainable development 5%
• drought 5%
• agriculture 4%
• rate 4%
• method 2%
• effect 1%