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Improvement of Economic Water Productivity of Cucumber by using Soil Water Retention Technology under Subsurface Trickle Irrigation System

机译：在地下涓流灌溉系统下使用土壤水保留技术改善黄瓜经济水生产率

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Fatima Sadoon Mushab; Sabah Anwer Almasraf;
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1. Relative water uptake rate as a criterion for trickle irrigation system design: III. Subsurface trickle irrigation. [J] . Communar G., Friedman S. P. Soil Science Society of America Journal . 2010,第5期

机译：相对吸水率作为滴灌系统设计的标准：III。地下滴灌。
2. Performance of Integrated Farming System Models for Economic Viability, Water Productivity, Employment Generation, Energy Balance and Soil Health Improvement under Irrigated Conditions [J] . U. S. Surve, J.B. Shinde, E. N. Patil International Journal of Tropical Agriculture . 2015,第2aPta3期

机译：灌溉条件下经济可行性，水生产率，创造就业机会，能源平衡和土壤健康改善的综合耕作系统模型的性能
3. Cost-effective system to enrich sandy soils with subsurface water retention technology [J] . International Sugar Journal . 2019,第1451期

机译：具有地下保水技术的富于成本效益的系统，可用于沙质土壤的富集
4. Effect of Emitter Spacing on Soil Water Redistribution, Corn Yield and Water Productivity under Subsurface Drip Irrigation (SDI) [C] . Gerard P. Arbat, Freddie R. Lamm, Abdrabbo A. Abou Kheira Annual International Meeting of the American Society of Agricultural and Biological Engineers . 2009

机译：地下滴灌下发射极间距对土壤水再分分配，玉米产量和水生产率的影响（SDI）
5. SOIL WATER STATUS AND WATER USE OF TRICKLE-IRRIGATED CHILE PEPPER [D] . SADDIQ, MUNEER HASHIM 1983

机译：滴灌智利辣椒的土壤水分状况及水分利用
6. Effects of Soils and Irrigation Volume on Maize Yield Irrigation Water Productivity and Nitrogen Uptake [O] . Jing Fang, Yongzhong Su -1

机译：土壤和灌溉量对玉米产量灌溉水生产率和氮吸收的影响
7. EFFECT OF SOIL CONDITIONERS ON YIELD, WATER PRODUCTIVITY AND SOIL MOISTURE DISTRIBUTION PATTERNS OF CUCUMBER GROWN UNDER SUBSURFACE DRIP IRRIGATION ON A SANDY SOIL [O] . M. E. Abuarab, A. M. Abdel-Hameed, W. M. Sultan, 2017

机译：土壤滴水灌溉灌水下黄瓜产量，水生产率和土壤水分分布模式的影响

Improvement of Economic Water Productivity of Cucumber by using Soil Water Retention Technology under Subsurface Trickle Irrigation System

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