不同灌溉水平对万寿菊产量及产量性状的影响

J. Raj, J. Sinha
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引用次数: 0

摘要

农业对于印度人民,特别是农民的生存是不可或缺的。自古以来,农业自然是印度经济的基石,农业在印度经济中起着重要作用。研究了不同灌溉水平对冬金盏花产量和生长的影响。万寿菊(Tagetes erecta L.)在2019-20和2020-21冬季采了两次。平均花产量(t/ha)在I1处理下最高(12.03 t/ha), I2次之(10.51 t/ha), I3次之(9.73 t/ha)。2020-21种植年滴灌方式下,100% ETc的耗水最大(26.62 cm), 80% ETc的耗水最小(21.03 cm)。同样,2019-20年,100%的ETc的CWU最高(18.02 cm),而80%的ETc的CWU最低(14.42 cm)。在2019-20种植年度,I3水分利用效率最高(0.77 t/ha/cm), I2水分利用效率最低(0.525 t/ha/cm)。2020-21年WUE最大值为I2 (0.497 t/ha/cm),最小值为I3 (0.335 t/ha/cm)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Different Levels of Irrigation on Yield and Yield Attributes of Winter Marigold Crop (Tagetes erecta L.)
Agriculture has been indispensable for the subsistence of the people of India in general and farmers in particular. It has naturally been the cornerstone of the Indian economy since time immemorial and agriculture has played a major role in the country's economy since its inception. The research work was done to study the effect of irrigation levels on the yield and growth of winter marigolds. Marigold (Tagetes erecta L.) had been taken twice the winter season of 2019-20 and 2020-21. The average flower yield (t/ha) was recorded under the treatment I1 (12.03 t/ha) was found maximum and it was followed by I2 (10.51 t/ha), I3 (9.73 t/ha). The consumptive water use (CWU) was found maximum (26.62 cm) in 100% of ETc and the lowest CWU was found (21.03 cm) in 80% of ETc through a drip system of irrigation in the cropping year 2020-21. Similarly, in 2019-20 CWU was found maximum (18.02 cm) in 100% of ETc, while the lowest CWU was found (14.42 cm) in 80% of ETc. The water use efficiency was found highest in I3 (0.77 t/ha/cm) and minimum WUE was found in I2 (0.525 t/ha/cm) in the cropping year 2019-20. For 2020-21, a maximum WUE was recorded in I2 (0.497 t/ha/cm) and the minimum WUE in I3 (0.335 t/ha/cm).
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