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首页> 外文期刊>Soil & Tillage Research >Effect of seedbed cultivation and soil macrostructure on the establishment of winter wheat (Triticum aestivum).
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Effect of seedbed cultivation and soil macrostructure on the establishment of winter wheat (Triticum aestivum).

机译:苗床栽培和土壤宏观结构对冬小麦( Triticum aestivum )建立的影响。

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摘要

Soil physical properties affect the establishment of crops; these properties are influenced by cultivation incurred during seedbed preparation and vary greatly depending upon the intensity of applications. However, there is little quantified data concerning the influence of cultivation upon the precise soil structural arrangement and the effects of this on crop establishment. The dynamics of soil macrostructure properties on a range of seedbeds and how they relate to crop establishment are considered in this paper. Significant interactions between cultivation techniques, soil physical properties, the soil macropore structure of the seedbed and the interaction with crop establishment were identified. The relationship between soil structure and crop establishment was highly significant, with increased pore space reducing final establishment numbers. An improvement to a previously developed model (soil quality of establishment (SQE)) was developed following the addition of soil macrostructure properties, accounting for improved predictability of between ca. 6% and 19% of the variation accounted across soil types, environmental conditions.
机译:土壤物理性质影响农作物的生长;这些特性受苗床准备期间的耕种影响,并且根据施用强度而有很大差异。但是,关于耕作对精确的土壤结构安排的影响及其对作物生长的影响的量化数据很少。本文考虑了一定范围内的苗床土壤宏观结构动力学及其与农作物种植的关系。鉴定了耕作技术,土壤物理性质,苗床的土壤大孔结构以及与作物定植之间的重要相互作用。土壤结构与作物种植之间的关系非常重要,增加的孔隙空间减少了最终的种植数量。增加土壤宏观结构特性后,对先前开发的模型(基础设施的土壤质量(SQE))进行了改进,这说明了Ca.之间的可预测性得到了改善。变异的6%和19%涉及土壤类型和环境条件。

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