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园艺学报 ›› 2020, Vol. 47 ›› Issue (11): 2121-2131.doi: 10.16420/j.issn.0513-353x.2020-0036

• 研究论文 • 上一篇    下一篇

设施葡萄植株不同生育阶段矿质营养需求特性研究

王海波,史祥宾,王孝娣,庞国成,王小龙,刘凤之*   

  1. 中国农业科学院果树研究所,农业农村部园艺作物种质资源利用重点实验室,辽宁省落叶果树矿质营养与肥料高效利用重点实验室,辽宁兴城 125100
  • 出版日期:2020-11-25 发布日期:2020-12-07
  • 基金资助:
    国家现代农业产业技术体系建设专项资金项目(CARS-29-zp);国家重点研发专项(2018YFD0201300);中国农业科学院创新工程项目(CAAS-ASTIP-2015-RIP-04)

Study on Nutrient Requirement Characteristics of Vitis vinifera‘87-1’Grapevine in Protected Culture

WANG Haibo,SHI Xiangbin,WANG Xiaodi,PANG Guocheng,WANG Xiaolong,and LIU Fengzhi*   

  1. Fruit Research Institute,Chinese Academy of Agricultural Science;Key Laboratory of Biology and Genetic Improvement of Horticultural Crops(Germplasm Resources Utilization),Ministry of Agriculture;Key Laboratory of Mineral Nutrition and Fertilizers Efficient Utilization of Deciduous Fruit Tree,Liaoning Province,Xingcheng 125100,Liaoning,China
  • Online:2020-11-25 Published:2020-12-07

摘要: 以日光温室促早栽培的‘贝达’砧木嫁接的‘87-1’葡萄为试材,2016—2018年,在萌芽、始花、末花、种子发育、果实转色、果实成熟和落叶等关键时期进行整株取样,分析测定植株各矿质元素的含量,计算年生长周期中各生育阶段不同矿质元素的吸收分配比率、需求比例、吸收速率和需求量,探明设施促早栽培条件下葡萄植株对矿质营养的需求特性,为设施葡萄肥料高效利用技术和产品的研发提供依据。研究结果表明:(1)设施葡萄萌芽–始花阶段对各养分的吸收量较大,吸收分配比率为10%左右,其中氮、磷、钾、硼、铜和锰超过14%,钾更是高达21.1%;本阶段对各养分的吸收速率中等。始花–末花阶段对各养分的吸收量最小,但吸收分配比率也达10%左右,氮和钼分别为13.0%和15.3%;本阶段对各养分的吸收速率较大。末花至果实转色阶段虽不是所有养分吸收的最大需求期,但吸收分配比率基本超过20%;本阶段对氮、钾和硼的吸收量在各生育阶段中最高,吸收分配比率分别为30.1%、35.0%和34.9%;对镁、铁、锰、锌、铜和钼的吸收量居第2位,吸收分配比率分别为23.2%、27.1%、23.1%、21.6%、19.9%和30.3%;对磷和钙的吸收量居第3位,吸收分配比率分别为18.9%和20.6%;本阶段对各养分的吸收速率较大。果实转色至采收阶段,对磷、钙和钼的吸收分配比率较大,分别为24.6%、21.9%和25.5%;氮、铁、锰和锌次之,分别为18.8%、17.2%、16.0%和18.4%;钾、镁、硼和铜最小,分别为14.3%、15.5%、15.6%和14.7%;本阶段对各养分的吸收速率较大。果实采收至落叶阶段,对大多数养分的吸收量在各生育阶段中占比最高,对磷、钙、镁、铜、铁、锰、钼和锌的吸收分配比率高达33.8%、37.5%、42.6%、41.1%、33.9%、35.0%、33.8%和38.7%,仅氮、钾和硼略低,但吸收量在各生育阶段中也高居第2位和第3位,吸收分配比率达18%以上;本阶段对各养分的吸收速率较低。(2)设施葡萄植株对钙的需求量最大,分别是钾的1.34倍、氮的1.35倍、磷的3.29倍和镁的5.95倍。综上,各养分的吸收贯穿设施葡萄的整个年生长周期,吸收分配比率和吸收速率因生育阶段不同而异;鲜食葡萄不仅是钾质作物,更是钙质作物。

关键词: 葡萄, 设施, 促早栽培, 必需元素, 矿质营养, 需求特性

Abstract: Grape cultivar‘87-1’,grafted on Beda and planted in greenhouse,was used for detecting the mineral elements content. Whole plant sampling of 7 key growing stages(germination,initial flowering,the end of flowering,seed development,veraison,maturityand abscission),repeated for two years from 2016—2018,were detected. The absorption amount,ratio of distribution and demand of different annual growth stages were calculated,so that to clarify thedemand of each mineral element in the condition of greenhouse cultivation for early promoting,and provide the theoretical foundation for the efficient use of grape fertilizers and the research of products. The results indicate:(1)During the stage of germination and initial flowering,it has a large absorption demand for various nutrients,the absorption and distribution ratio is about 10% of the year,the ratio of nitrogen,phosphorus,potassium,boron,copper and manganese are all exceeds 14%,especially the potassium absorption reach to 21.1%,but the absorption rate of various nutrients was medium. The requirement and absorption of each nutrient from the initial flowering to the end of flowering is the smallest stage of the year,but the absorption and distribution ratio of each nutrient at this stage is also as high as about 10%,for example,nitrogen and molybdenum are 13.0% and 15.3%,respectively,at this stage,the absorption rate is high. The stage from the end of flowering to seed development is not the maximum demand period for all nutrient absorption,but the absorption and distribution ratio of each nutrient basically exceeds 20%,it has the highest absorption amount for nitrogen,potassiumand boron compared with other stage,their yearly distribution ratio are 30.1%,35.0% and 34.9% ,respectively;the absorption demand for magnesium,iron,manganese,zinc,copper,and molybdenum ranks second among in all growth stages,and the absorption and distribution ratios are 23.2%,27.1%,and 23.1,21.6%,19.9% and 30.3%,respectively;the absorption and demand for phosphorus and calcium ranks third among in all growth stages,and the absorption and distribution ratios are 18.9% and 20.6%,respectively;at this stage,the absorption rate of various nutrients is relatively large. During the stage from the veraison to maturity,the absorption and distribution ratios of phosphorus,calcium and molybdenum were larger,reach to 24.6%,21.9% and 25.5%,respectively;the absorption and distribution ratios of nitrogen,iron,manganese and zinc were lower than the above elements,reach to 18.8%,17.2%,16.0% and 18.4%,respectively;the absorption and distribution ratios of potassium,magnesium,boron and copper are the smallest at this stage,with yearly ratios of 14.3%,15.5%,15.6%,and 14.7%,respectively;the absorption rate of each nutrient is large in this stage. In the maturity to abscission stage,the demand for absorption of most nutrients is the highest in all stages of growth,the absorption and distribution ratios of phosphorus,calcium,magnesium,copper,iron,manganese,molybdenum and zincare as high as 33.8%,37.5%,42.6%,41.1%,33.9%,35.0%,33.8% and 38.7%,respectively,only nitrogen,potassium and boron are slightly lower,but their absorption requirements amount are also ranks second and third level with a ratio of more than 18%;at this stage,the absorption rate of the nutrients are lower. (2)The demand for calcium by facility grape plants is the largest,which are 1.34 times of potassium,1.35 times of nitrogen,3.29 times of phosphorus,and 5.95 times of magnesium respectively. In summary,the absorption of various mineral nutrients runs through the entire annual growth cycle of grapes,and the absorption and distribution ratio and absorption rate vary depending on the growth stage;table grapes are not only potassium crops,but also calcium crops.

Key words: grape, the protected cultural early maturity cultivation, essential elements, mineral nutrition, requirement characteristics

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