Experimental Agriculture · 2004 · 15 citations · 9 references
AgricultureCrop SciencesPlant SciencesCrop ProductionCropping SystemsSoil-water RelationsAgricultural Water DemandCrop Water RequirementsCrop-water RelationsIrrigationPlant Water UseWater-use EfficiencyAgricultural Water Use EfficiencyCrop Water ConsumptionCrop Water Requirement AssessmentDry Matter ContentIntercropping ProductivityPea Crop ProductionSoil Water Use EfficiencyWater Productivity
Growth and water use of sole crops and intercrops of morphologically contrasting maize and pea cultivars were measured in two years. The maize cultivars were Nancis with erectophile and Sophy with planophile leaves and the pea cultivars Maro a leafy pea and Princess a semi-leafless pea. In the first part of the season water use was lower for sole maize but intercrops and sole pea used similar amounts of water. By 90 days after sowing, when peas had matured, all crops had used similar amounts of water. Maize had slightly greater water use efficiency than peas. Cultivars Nancis and Princess tended to have greater water use efficiency than Sophy and Maro respectively. Intercrops produced more dry matter than sole crops and therefore had consistently greater water use efficiencies.
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Principles of resource capture and utilization of light and water
C. K. Ong, C.R. Black, Fiona Marshall et al. · 1996 · 111 citations
Life Sciences, Environmental Engineering, Water Resources Management +12
The water balance of post-monsoonal dryland crops
J. F. Angus, S. Hasegawat, T.C. Hsiao et al. · The Journal of Agricultural Science · 1983 · 79 citations
Agriculture, Agronomy, Crop Sciences +17