Investigation on Soil Wetting Patterns of Low Cost Drip Irrigation Systems Developed in India

Pinaki Mondal; R.K. Biswas; V.K. Tewari; K. Kundu; Manisha Basu

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Investigation on Soil Wetting Patterns of Low Cost Drip Irrigation Systems Developed in India

机译：印度开发的低成本滴灌系统的土壤润湿模式研究

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The present investigation has been carried out to determine soil wetting pattern of four Low Cost Drip Irrigation System (LCDIS), namely traditional dripper, surgical tube, perforation, perforation (coir winded), under 2.5 and 3.5 m water heads for sandy

机译：目前的研究已经确定了两种低成本滴灌系统（LCDIS）的土壤湿润模式，即传统的滴头，手术管，穿孔，穿孔（椰壳缠绕）在沙地的2.5和3.5 m水头下

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《Trends in Applied Sciences Research》 |2007年第1期|共7页
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Pinaki Mondal; R.K. Biswas; V.K. Tewari; K. Kundu; Manisha Basu;
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1. Use of Reduced Irrigation Operating Pressure in Irrigation Scheduling. II. Effect of Reduced Irrigation System Operating Pressure on Drip-tape Flow Rate, Water Application Uniformity, and Soil Wetting Pattern on a Sandy Soil [J] . Poh Bee Ling, Gazula Aparna, Simonne Eric H., HortTechnology . 2011,第1期

机译：在灌溉调度中使用降低的灌溉操作压力。二。灌溉系统工作压力降低对砂质土壤上滴灌带流速，水分施用均匀性和土壤润湿模式的影响
2. Drip-Irriwater: computer software to simulate soil wetting patterns under surface drip irrigation. [J] . Arbat G., Puig-Bargues J., Duran-Ros M., Computers and Electronics in Agriculture . 2013,第Null期

机译：Drip-Irriwater：计算机软件，用于模拟地表滴灌条件下的土壤润湿模式。
3. Capability of HYDRUS-2D Simulation Model for Simulating Wetting Pattern in Soil under Subsurface Drip Irrigation Systems [J] . H. Naghavi, M. Hosseini nia, SH. karimi Googhari, Journal of Science and Technology of Agriculture and Natural Resources . 2012,第61期

机译：HYDRUS-2D模拟模型在地下滴灌系统中模拟土壤润湿模式的能力
4. Investigation of Soil Wetting Pattern in Drip Irrigation usingLoraWAN Technology [C] . Annual^International^Meeting of the American^Society^of^Agricultural^and^Biological^Engineers . 2020

机译：滴灌灌溉土壤润湿图案的调查使用载鲸科技
5. Flower, boll development, and fruiting patterns of cotton at four levels of water application under a drip irrigation system. [D] . Malcuit, Joel. 1989

机译：在滴灌系统中，在四个施水水平下，棉花的花铃发育和坐果模式。
6. Reducing Surface Wetting Proportion of Soils Irrigated by Subsurface Drip Irrigation Can Mitigate Soil N2O Emission [O] . Qi Wei, Junzeng Xu, Yawei Li, 2018

机译：减少地下滴灌灌溉土壤的表面湿润比例可以减轻土壤N2O排放
7. Field Evaluating of Wetting Pattern from Surface Drip Irrigation System for Sand and Sandy Loam Soils [O] . Ahmad Dnan Abbass, Hayder A.K. AL-Thamiry 2019

机译：砂土壤土土壤表面滴灌系统润湿图案的田间评价

Investigation on Soil Wetting Patterns of Low Cost Drip Irrigation Systems Developed in India

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