Developments and prospects of multiple cropping in China

Xiaogang Yin , Zhenwei Song , Shanheng Shi , Zhiyuan Bai , Yulin Jiang , Axiang Zheng , Wenhai Huang , Nana Chen , Fu Chen
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引用次数: 0

Abstract

China is the country with the most extensive development of multiple cropping worldwide with a long history. Multiple cropping plays an irreplaceable role in alleviating the contradiction between more people and less land, ensuring national food security, and increasing agricultural efficiency and farmer's income. However, China's traditional multiple cropping needs to adapt to the requirement of mechanization, high efficiency and standardization due to the rapid development of rural economy. This study systematically summarized the development of multiple cropping, clarified the impacts of climate change, scientific and technological progress on the boundary of multiple cropping, and reviewed the principle and ecological mechanism of efficient utilization of light, temperature, water, nitrogen and phosphorus and other nutrient resources in the multiple cropping. To further advance multiple cropping and better facilitate agricultural green transformation in China, there is a need for widespread adoption of advanced agricultural techniques, seamless integration of machinery, and the incorporation of cutting-edge technologies. These measures are essential to efficiently unlock the maximum potential of available resources and enhance crop yields. Additionally, enhancing biodiversity, carbon sequestration, and ecological services should be prioritized by expanding multiple cropping.

中国多种作物的发展与前景
中国是世界上发展复种种植面积最大、历史最悠久的国家。复种在缓解人多地少矛盾、保障国家粮食安全、农业增效、农民增收等方面发挥着不可替代的作用。然而,随着农村经济的快速发展,我国传统的复式种植需要适应机械化、高效化和标准化的要求。本研究系统总结了复式种植的发展历程,厘清了气候变化、科技进步对复式种植边界的影响,梳理了复式种植中光、温、水、氮、磷等养分资源高效利用的原理和生态机理。为进一步推进复式种植,更好地促进中国农业绿色转型,需要广泛采用先进的农业技术、无缝衔接的机械和前沿技术。这些措施对于有效释放现有资源的最大潜力、提高作物产量至关重要。此外,应通过扩大多种作物种植,优先提高生物多样性、碳固存和生态服务。
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