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首页> 外文期刊>Sustainable Agriculture Research >Organic No-Till with Roller Crimpers: Agro-ecosystem Services and Applications in Organic Mediterranean Vegetable Productions
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Organic No-Till with Roller Crimpers: Agro-ecosystem Services and Applications in Organic Mediterranean Vegetable Productions

机译:带滚筒压接机的有机免耕种植:农业生态系统服务和在地中海有机蔬菜生产中的应用

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In sustainable/organic farming systems, Agro-ecological Service Crops (ASC) may provide many beneficial ecosystem services, when they are introduced as buffer zones, living mulches or break crops. This outlook paper focuses on: i) the role of ASC genotype and mixtures as catch crops for soil mineral nitrogen (NO 3 - ) surplus, which is returned to the system after their termination; ii) living mulches and break crops management strategies, particularly comparing ploughing under (green manure) with termination by roller crimper; iii) summary of three recent case studies that have assessed the effectiveness of ASC management by no-till with roller crimper for tomato, zucchini and melon crops, under Mediterranean conditions. Recently, in central Italy yield and quality results on organic tomato indicated that this crop was suitable following termination of leguminous ASC by roller crimping. Similarly, this ASC management increased yield by about 70% compared to green manure in zucchini crop. In southern Italy, no substantial differences were found in the ASC management and organic fertilizer interactions in organic melon, confirming the suitability of matching these strategies to sustain crop production. More studies should be encouraged to further empower the use of ASC in a wide range of agro-climatic conditions. Furthermore, additional studies on the roller crimper should be performed, mainly to understand the dynamic of N mineralisation in the soil-mulch interface and synchronisation of N release with cash crop N requirements. Finally, Decision Supporting Systems (DSS) for ASC introduction into vegetable cropping systems should be developed.
机译:在可持续/有机耕作系统中,将农业生态服务作物(ASC)作为缓冲区,生活覆盖物或农作物时,可能会提供许多有益的生态系统服务。本展望报告着重于:i)ASC基因型和混合物作为土壤矿质氮(NO 3-)过剩的捕获作物的作用,土壤过剩后将其返回系统; ii)覆盖农作物和破坏作物的管理策略,尤其是比较(绿肥)耕作与用压接机终止耕作; iii)最近对三个案例研究进行了总结,这些案例评估了地中海条件下通过辊压式免耕对番茄,西葫芦和甜瓜作物进行免耕ASC管理的有效性。最近,在意大利中部,使用有机番茄的产量和质量结果表明,该作物适合通过辊压终止豆科ASC。同样,与西葫芦中的绿肥相比,这种ASC管理可将产量提高约70%。在意大利南部,在有机甜瓜的ASC管理和有机肥料相互作用方面未发现任何实质性差异,这证实了匹配这些策略以维持作物生产的适宜性。应鼓励进行更多的研究,以进一步授权在广泛的农业气候条件下使用ASC。此外,应该对辊式压接机进行其他研究,主要是为了了解土壤覆盖界面中氮矿化的动态以及氮素释放与经济作物氮素需求的同步。最后,应开发将ASC引入蔬菜种植系统的决策支持系统(DSS)。

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