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首页> 外文期刊>New Zealand journal of agricultural research >Physicochemical properties of 50 New Zealand pasture soils: a starting point for assessing and managing soil microbial resources
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Physicochemical properties of 50 New Zealand pasture soils: a starting point for assessing and managing soil microbial resources

机译:50个新西兰牧场土壤的物理化学特性:评估和管理土壤微生物资源的起点

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New Zealand's pastoral agriculture faces challenges associated with increasing on-farm productivity, while minimizing the environmental footprint of farming. Soil microorganisms mediate a wide range of processes that affect plant production and also have environmental consequences. However, there has been little attempt to manage these in a farming system context. This is primarily because of difficulties in determining what microbiological resources are present in soils, how they link with soil processes and function, and how variation in soil types, climate or farm management practices influence microbial function. We sampled 50 pasture soils from across 11 of New Zealand's major soil groups, 10 geographical zones and under different grazing systems (high input dairy units to dry-stock grazing). The environmental and physicochemical properties of the soils were characterized and DNA extracted. The concentrations of elements primarily associated with fertilizer use (phosphorus, nitrogen and sulphur) were...
机译:新西兰的田园农业面临着越来越多的农场生产力相关的挑战,同时最大限度地减少了农业的环境足迹。土壤微生物介导影响植物生产的各种过程,也具有环境后果。但是,在农业系统背景下几乎没有尝试管理这些。这主要是因为确定土壤中存在微生物资源的困难,如何与土壤过程和功能联系起论,以及土壤类型,气候或农业管理实践的变异如何影响微生物功能。我们在新西兰的主要土壤团体,10个地理区域和不同放牧系统(高输入乳制品单位)下采样了50个牧场土壤(高输入乳制品,以干燥的牛奶店)。对土壤的环境和物理化学性质进行了表征和提取DNA。主要与肥料使用(磷,氮和硫)相关的元素的浓度是......

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