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Data on soil physicochemical properties and biodiversity from conventional organic and organic mulch-based cropping systems.

机译:常规有机和有机覆盖种植系统的土壤理化特性和生物多样性数据。

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摘要

The data presented here are related to the article entitled “Soil functions are affected by transition from conventional to organic mulch-based cropping system”[1]. Data were collected in 2016 in a processing tomato field located near Perugia, Italy. In details, data were collected in three differently managed processing tomato cropping systems: conventional integrated (INT); traditional organic with cover crops and conventional tillage (ORG); and organic coupled with conservation agriculture, with mulch-based cover crop and no-tillage (ORG+). We report data on the impact of each cropping system on crop biomass and yield, soil physicochemical properties, size and structure of soil microbial community, soil invertebrate biodiversity and habitat provision (predator-prey trophic interactions).
机译:此处提供的数据与题为“土壤功能受到从传统覆盖物向有机覆盖物的种植系统过渡的影响”的文章有关[1]。 2016年在意大利佩鲁贾附近的加工番茄田收集了数据。详细而言,数据是通过三种不同管理方式的番茄种植系统进行收集的:常规综合系统(INT);传统有机作物,包括有盖作物和常规耕作(ORG);有机和保护性农业相结合,以覆盖作物和免耕(ORG +)为基础。我们报告了每种耕作系统对作物生物量和产量,土壤理化特性,土壤微生物群落的大小和结构,土壤无脊椎动物生物多样性以及栖息地提供(捕食者与猎物的营养相互作用)的影响的数据。

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