部署间作和农林业以适应气候变化

Alexandra Jacquelyn Burgess , Maria Eugenia Correa Cano , Ben Parkes
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引用次数: 17

摘要

粮食安全受到人口增长和气候变化双重压力的威胁。农业用地容易受到过度开发和环境变化的影响。在这篇综述中,我们确定了复种制作为一种适应气候变化的方法的作用。间作,即交替种植或同时种植两种或两种以上作物,以及农林业,即在至少10%的农业用地上种植树木,提供了一种替代的种植方式,可以提供比工业单一种植更多的优势。本文给出了这些系统的实例,说明采用复作如何提高产量、稳定性、生态系统服务和社会效益。我们还讨论了多重种植系统可能不适应或无法实现预期效益的情况。最后,我们强调了限制采用替代系统的重要考虑因素或制约因素,并指出如何使用建模方法来减少改变农业系统的不确定性。这篇综述挑战了如何在保持可持续性的同时增加工业作物产量的传统观念。未来的研究应该着眼于克服限制采用替代种植系统以彻底改变全球作物生产的制约因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The deployment of intercropping and agroforestry as adaptation to climate change

Food security is threatened by the combined pressures of increasing populations and climate change. Agricultural land is vulnerable to overexploitation and environmental change. Within this review, we identify the role of multiple cropping systems as an adaptation method towards climate change. Intercropping, the relay or simultaneous cultivation of two or more crops, and agroforestry, the incorporation of trees on at least 10% of agricultural land, provides an alternative cropping practice which can provide many advantages over industrial sole cropping. Examples from these systems are given to indicate how multiple cropping can provide increased yield, stability, ecosystem services and societal benefits when adopted. We also discuss instances where multiple cropping systems may be maladaptive or instances where desired benefits may not be achieved. Finally, we highlight the important considerations or constraints limiting the adoption of alternate systems and indicate how modelling approaches can be used to reduce the uncertainty of altering agricultural systems. This review challenges the traditional concept of how to increase industrial crop yields whilst maintaining sustainability. Future research should be aimed at overcoming the constraints limiting adoption of alternative cropping systems to revolutionise global crop production.

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CiteScore
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