Impact of Rice Husk Biochar on Growth, Water Relations and Yield of Maize (Zea mays L.) under Drought Condition

M. Shashi, M. Mannan, M.M. Islam, Mahmudur Rahman
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引用次数: 14

Abstract

The present experiment was conducted to study the impact of rice husk biochar on growth, water relations and yield of maize (BARI Hybrid Bhutta- 9) under drought (60 and 40% of FC) conditions. Four doses of rice husk biochar @ 0, 5, 10 and 20 t/ha were applied as an amendment in soil before sowing of seeds. Results revealed that drought stress reduced plant height, relative water content and grain yield of maize. But rice husk biochar at different doses improved the above mentioned characters under drought conditions. Under 60% of FC, the highest plan height, leaf water content and yield were 196.67 cm, 79.86% and 89.75 g/plant, respectively when biochar was applied @ 20 t/ha but it was 173.33 cm, 78.32% and 84.57 g/plant, respectively under 40% of FC when biochar was applied at the same dose. It may be concluded that, rice husk biochar @ 20 t/ha showed the best result to promote growth, water relation traits and yield of maize under drought condition. The Agriculturists 2018; 16(2) 93-101
稻壳生物炭对干旱条件下玉米生长、水分关系及产量的影响
本试验旨在研究稻壳生物炭在干旱(60%和40% FC)条件下对玉米(BARI Hybrid Bhutta- 9)生长、水分关系和产量的影响。在播种前施用四剂稻壳生物炭,分别为0、5、10和20吨/公顷,作为土壤改进剂。结果表明,干旱胁迫降低了玉米株高、相对含水量和籽粒产量。在干旱条件下,不同剂量的稻壳生物炭对上述性状有改善作用。在氟化碳用量为60%时,施用20 t/ha时,最高平面高度、叶含水量和产量分别为196.67 cm、79.86%和89.75 g/株;在同等剂量下,施用氟化碳用量为40%时,最高平面高度、叶含水量和产量分别为173.33 cm、78.32%和84.57 g/株。综上所述,在干旱条件下,稻壳生物炭@ 20 t/ha对玉米生长、水分关系性状和产量的促进效果最好。农业学家2018;16 (2) 93 - 101
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