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Conversion of a Conventional to an Organic Mixed Dairy Farming System: Consequences inTerms of N Fluxes

机译:常规奶牛场向有机混合奶牛场系统的转化:N流量的后果

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摘要

Organic farming practices are a possible way to reconcile agricultural production and water quality, but the comparative merits of conventional and organic farming practices regarding the nitrogen (N) issue are complex and still being debated. This study was designed to investigate the choices governing conversion to organic farming of an experimental mixed dairy farm in Lorraine (eastern France) and to highlight the associated changes in N fluxes. The study was conducted over a suitably long periodof time at a farm scale integrating the diversity of practices in one conventional and then two autonomous organic systems (a grazing livestock system and a mixed dairy system). Two indicators were used to draw up the main features. First, the farm-gateN budgets show that the organic farm has a balance twice as low as the conventional system. Second, the soil surface balance exhibited substantial differences between functional zones. Finally, this study shows that an accurate estimation of soil surfacebalance requires taking into account the spatial distribution within the farm area based on practices and their rationale.
机译:有机耕作方法是调和农业生产和水质的一种可能方法,但是传统方法和有机耕作方法在氮(N)问题上的比较优点是复杂的,并且仍在争论中。这项研究旨在调查在洛林(法国东部)的一个实验性混合奶牛场控制向有机农业转化的选择,并强调氮通量的相关变化。这项研究是在一个农场规模的适当长时期内进行的,将一种实践的多样性整合到一个常规的,然后是两个自治的有机系统(放牧牲畜系统和混合乳制品系统)中。使用了两个指标来绘制主要特征。首先,农场关卡预算显示有机农场的余额是传统系统的两倍。其次,土壤表面平衡在功能区之间表现出实质性差异。最后,这项研究表明,对土壤表面平衡的准确估算需要根据实践及其原理,考虑农田内的空间分布。

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