弗莱福兰(荷兰)的混合专业农业系统:农艺、环境和社会经济影响

J. Bos, G. V. D. Ven
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引用次数: 13

摘要

混合耕作系统比专门耕作系统具有潜在的农艺、环境和社会经济优势。本文试图量化荷兰弗莱弗兰省的这些优势。区域一级的混合农业系统的特点是两个或两个以上的专门农场之间的密切合作,每个农场生产作物或动物产品。为了检验这种混合耕作系统可能改善弗莱福兰农业可持续性的假设,对一个专门的耕地农场、一个专门的奶牛场的营养平衡、劳动力需求和劳动收入进行了量化,并将两者合并为一个混合耕作系统,交换土地、劳动力和机械。对混合耕作系统中减少杀菌剂使用的范围进行了定性评估。在混合耕作制度下,每公顷劳动收入高出25%。这一增长的70%可以通过盈利作物马铃薯(Solanum tuberosum)和甜菜(Beta vulgaris)每公顷产量的提高来解释。剩下的30%是由于成本降低,主要是通过更好地利用现有劳动力。两个专业农场与混合耕作系统的综合营养平衡差异较小。没有发现在混合耕作系统中减少杀菌剂使用的迹象。结果表明,在不增加环境污染的情况下,混合耕作制度可以实现较高的收入。关键因素是动物生产与耕地生产之间的比率,它决定了作物轮作可以扩大的程度以及可以施用于草地的泥浆的相对数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mixing specialized farming systems in Flevoland (The Netherlands): agronomic, environmental and socio-economic effects
Mixed farming systems have potential agronomic, environmental and socio-economic advantages over specialized farming systems. This paper attempts to quantify these advantages for the Dutch province Flevoland. A mixed farming system at regional level is characterized by intensive cooperation between two or more specialized farms, each producing crop or animal products. To test the hypothesis that such a mixed farming system might improve sustainability of agriculture in Flevoland, nutrient balances, labour requirements and labour income were quantified for a specialized arable farm, a specialized dairy farm and both combined into a mixed farming system, exchanging land, labour and machinery. Scope for reduced biocide use in the mixed farming system was assessed in a qualitative way. In the mixed farming system, labour income per ha was 25% higher. Seventy percent of this increase could be explained through higher yields per ha of the profitable crops ware potato (Solanum tuberosum) and sugar beet (Beta vulgaris). The remaining 30% resulted from lower costs, mainly through a better utilization of available labour. Differences between the combined nutrient balance of both specialized farms and that of the mixed farming system were small. Indications of reduced biocide use in the mixed farming system could not be found. It was concluded that in a mixed farming system, it is possible to realize a higher income without increasing environmental pollution. Key factor is the ratio between animal and arable production, determining the extent to which crop rotations can be widened and the relative amounts of slurry that can be applied to grassland.
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