水稻品种的比较。l)在SRI和正常移栽方法下对灌溉系统资源节约和生产力提高的影响

S. D, M. R, S. B, M. Tuti, Aarti Singh, S. Saha, Sudhakara Tm, T. I., Sandhyarani A, V. S, Arun Mn, Venkatanna B
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引用次数: 1

摘要

在ICRISAT印度水稻研究所(IIRR)的农场进行了一项试验,以评估水稻集约化系统(SRI)和正常移栽(NTP)方法下的品种,该试验于2016年至2018年连续三个丰收季和rabi季进行。共试验了46个品种,包括杂交品种(10个)、高产品种(28个)和优质培养品种(8个)。综合历年和季节数据表明,SRI在分蘖数、每平方米穗数、50%开花天数和低投入条件下的粮食产量方面具有显著优势。能源,人力和灌溉。杂种、杂交种和优质栽培的产量分别为6.54 t/ha、5.65 t/ha和5.50 t/ha,而NTP处理的产量分别为5.13 t/ha、4.59 t/ha和4.58 t/ha,表明SRI处理的产量优于NTP处理。6季、3年的综合数据表明,SRI的产量(5.90 t/ha)高于NTP (4.77 t/ha),平均增产23.4%。强化方法在能源利用效率(SRI 10.17%, NTP 6.20%)和经济参数(SRI的B:C比2.0,NTP的1.20)方面也比传统移栽有希望。SRI的水分生产力(7.08 kg/mm/ha)高于NTP (3.93 kg/mm/ha)。
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Comparison of Rice Cultivars (Oryza sativa. L.) under SRI and Normal Transplanting Method for Resource Conservation and Productivity Enhancement in Irrigated System
An experiment was conducted at the Indian Institute of Rice Research (IIRR) farm, ICRISAT for three consecutive kharif and rabi seasons from 2016 to 2018 to evaluate varieties under System of Rice Intensification (SRI) and Normal Transplanting (NTP) method. A total of 46 cultivars including hybrids (10), High yielding varieties (HYVs) (28) and elite cultures (8) were tested. Data pooled over years and seasons indicated that SRI was significantly superior in terms of number of tillers, number of panicles per square meter, days for 50% flowering and grain yield with low inputs viz; energy, man power and irrigation. Hybrids, HYVs and elite culture recorded a grain yield of 6.54 t/ha, 5.65 t/ha and 5.50 t/ha under SRI as compared to 5.13, 4.59 and 4.58 t/ha, respectively under NTP, thereby indicating that SRI excelled NTP in grain yield. Pooled data of six seasons, three years among the cultivars indicated that SRI recorded higher grain yield (5.90 t/ha) over NTP (4.77 t/ha) with mean percent grain yield increase of 23.4%. Intensification method was also promising over conventional transplanting in terms of energy use efficiency (SRI 10.17% over NTP 6.20%) and economy parameters (B:C ratio 2.0 in SRI and 1.20 in NTP). Water productivity was higher in SRI (7.08 kg/mm/ha) than NTP (3.93 kg/mm/ha).
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