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Barley Genotypes Grown with Well Irrigation Water on the Safford Agricultural Center

机译：萨福德农业中心的井灌水种植的大麦基因型

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Day A. D.; Elmigri M. R.;
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年度 1985
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原文格式 PDF
正文语种 en_US
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1. Effect of Nitrogen Levels on Grain Yield and Quality of Some Barley Genotypes Grown on Sandy Soil and Salinity Irrigation [J] . S. A. Safina Egyptian Journal of Agronomy . 2010,第2期

机译：氮水平对沙质土壤和盐分灌溉下一些大麦基因型产量和品质的影响
2. Role of Hydrogel in Saving Water Irrigation Quantity of Barley Grown under Drip Irrigation System in Sandy Soil [J] . B.A. Bakry, A.I. Waly, M.F. Elkaramany, World journal of agricultural sciences . 2020,第6期

机译：水凝胶在砂土滴灌系统下大麦水中灌溉量的作用
3. Growth behavior and soil plant water relations as influenced by irrigation levels in barley genotypes [J] . R. K. Verma, A. Kumar, P.C. Ghasal, Annals of Agricultural Research . 2017,第3期

机译：大麦基因型灌溉水平影响的生长行为和土壤植物水关系
4. Growth Evaluation, Grain Yield and Productivity of Irrigation Water for Two Varieties of Barley Materials under Different Irrigation Levels [C] . Shatha Abdul Hassan Ahmed International Conference on Emerging Applications in Material Science and Technology . 2020

机译：不同灌溉水平下两种大麦材料灌溉水的增长评价，灌溉水的生产率
5. Spectral reflectance indices for estimating yield and water content in spring wheat genotypes under well irrigated, water stress, and high temperature conditions. [D] . Gutierrez-Rodriguez, Mario. 2009

机译：光谱反射率指数用于估算在灌溉良好，水分胁迫和高温条件下春小麦基因型的产量和含水量。
6. Malting quality of seven genotypes of barley grown in Nepal [O] . Pravin Ojha, Nagina Gautam, Ujjwol Subedi, 2020

机译：在尼泊尔生长的大麦七种基因型的孕妇
7. Barley Genotypes Grown with River Irrigation Water on the Safford Agricultural Center [O] . Day A. D., Elmigri M. R. 1984

机译：萨福德农业中心的河流灌溉水种植的大麦基因型

Barley Genotypes Grown with Well Irrigation Water on the Safford Agricultural Center

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