
设施菜田土壤氮素淋溶特征及阻控措施的研究进展
Characteristics of Soil Nitrogen Leaching in Facility Vegetable Fields and the Control Measures: A Review
设施菜田在蔬菜作物生产中占据重要比例,土壤氮素作为设施菜田生产中需求量最高的营养元素,在保证设施菜田品质与产量中发挥着不可替代的作用。但由于设施菜田土壤一直处于高度集约、高度施肥、土地利用率高,使得土壤氮素利用率偏低,淋溶损失严重。本文基于2001—2021年来国内外对于设施菜田土壤氮素淋溶特征研究成果,从概述设施菜田土壤氮素损失途径及淋溶特性着手,分析设施菜田土壤氮素淋溶影响机制。总结出设施菜田氮素淋溶损失主要受到施肥、灌水、土壤质地及种植年限影响,采取减氮控水、调节土壤碳氮比、施用土壤抑制剂以及运用填闲作物等措施,能够在保证设施菜田作物品质条件下,降低土壤氮素淋溶损失。探讨针对设施菜田氮素淋溶损失今后进一步研究方向,以期为设施菜田的合理管控与生态可循环利用提供理论依据。
Facility vegetable fields occupy an important proportion in the production of vegetable crops. As the nutrient element with the highest demand in the production of facility vegetables, soil nitrogen plays an irreplaceable role in ensuring the quality and yield of facility vegetables. However, due to the facts that the soil in the facility vegetable fields has always been in a state of being highly intensive and highly fertilized, and has high land utilization rate, the soil nitrogen utilization rate is low and the leaching loss is serious. Based on the research results of soil nitrogen leaching characteristics in facility vegetable fields from 2001 to 2021 at home and abroad, this paper started with an overview of soil nitrogen loss pathways and leaching characteristics in facility vegetable fields, and analyzed the impact mechanism of soil nitrogen leaching in facility vegetable fields. It is concluded that nitrogen leaching loss in facility vegetable fields is mainly affected by fertilization, irrigation, soil texture and planting years. Measures such as reducing nitrogen and controlling water, adjusting soil carbon and nitrogen ratio, applying soil inhibitors, and using idle crops could ensure crop quality in the facility vegetable fields and reduce the loss of soil nitrogen leaching. This paper discusses the future research direction of nitrogen leaching loss in facility vegetable fields, aiming to provide a theoretical basis for the rational management and ecological recycling of facility vegetable fields.
土壤氮素 / 设施菜田 / 氮素损失 / 影响机制 / 阻控措施 {{custom_keyword}} /
soil nitrogen / facility vegetable field / nitrogen loss / influence mechanism / control measures {{custom_keyword}} /
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明确生物炭对土壤氮磷流失和作物产量的影响是生物炭应用技术中的关键问题。采用测筒试验,在20 cm土壤中添加不同比例(0.5%、1.0%、1.5%)的生物炭,并模拟降雨淋溶后收集测筒淋溶液分析氮磷含量,研究生物炭对土壤氮磷淋溶流失和油菜产量的影响。结果表明:①与不施用生物炭处理相比,1.5%生物炭处理极显著降低了TN淋溶损失量、TN淋溶浓度比率、NO-3-N淋溶损失量、NO-3-N淋溶浓度比率、TP淋溶损失量和TP淋溶浓度比率;各处理间NH+4-N和PO2-4-P淋溶损失量差异不显著。②油菜生长期间,TN、NO-3-N的淋溶损失量随生物炭施用量增加而减少,且以NO-3-N的淋溶流失为主;受施肥和作物生长吸收利用的影响,NH+4-N、TP和PO2-4-P的淋溶流失规律不明显。③施用生物炭增加了油菜的产量,主要表现为油菜一次有效分支数、单株有效角果数和每果粒数的增加。
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