Quantifying maize phenology using beneficial microorganisms and residue management under deep tillage system

Pub Date : 2023-12-20 DOI:10.13080/z-a.2023.110.034
Haris Khan, Ahmad Khan, Sajid Khan, A. Anjum, Habib Akbar, Dost Muhammad
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Abstract

Residues differing in quality and incorporation depths are presumed to contribute differently to the improvement of soil properties through decomposition. Understanding the response of residue decomposition at different depths using tillage implements and effective microorganisms can help to develop strategies for improving soil properties. Therefore, three nitrogen (N) supplemented crop residues: wheat (Rw), chickpea (Rc), Rw + Rc, and no residue (R0) as a control, under three different tillage implements: cultivator (CT), mouldboard plough (MBP)
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利用有益微生物和深耕系统下的残留物管理量化玉米物候期
据推测,不同质量和掺入深度的残留物会通过分解对土壤性质的改善产生不同的作用。了解使用耕作机具和有效微生物在不同深度分解残留物的反应有助于制定改善土壤性质的策略。因此,在三种不同的耕作机具(耕作机 (CT)、模板犁 (MBP) 和无残留 (R0) 作对照的情况下,使用三种氮(N)补充作物残留:小麦 (Rw)、鹰嘴豆 (Rc)、Rw + Rc 和无残留 (R0)
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