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    Aspects of applied biology

    Aspects of applied biology

    JournalISSN 0265-1491

    年发文量

    研究主题

    论文(2387)

    排序
    1Spray deposition on apple trees in the early stages of tree development: effect of sprayer type, nozzle type and air settings
    M. Wenneker
    2020
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    2Supporting Smallholder Farmers' Decisions on Legume Use in East Africa - the LegumeCHOICE Approach
    Alan J. Duncan,Ingrid Öborn,Generose Nziguheba, Tamene Temesgen,Tarirai Muoni,Irene Okeyo, M. Shiluli, Berhanu Tamiru, Jean Walangululu,Bernard Vanlauwe
    2019引用:23
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    3Assessment of Vineyard Parameters to Predict the Volume Effectively Applied when Using a Recycling Tunnel Sprayer.
    P. Balsari,Marco Grella, Marco Vitali,Paolo Marucco
    2018引用:1
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    4Edge of field variation of spray drift deposition
    J.M.G.P. Michielsen,H. Stallinga,P. van Velde,J.C. van de Zande

    Spray drift experiments were performed to quantify the variation of spray drift deposition alongside the treated field. A comparison is made between the standard setup of a spray drift measurement measuring spray drift deposition in the middle downwind of the edge of the sprayed field. Ground collectors are used in the area 0.50–15 m from the last nozzle and a continuous line of ground collectors at 2 m and 5 m from the last nozzle alongside the total length of the crop-edge of the field. A potato field of 102 m length and 75 m width edges was therefore sprayed. During spray application wind speed and direction was recorded. The spray liquid used was tap water with fluorescent dye added Brilliant Sulfo Flavine) and a non-ionic surfactant (Agral Gold). In the laboratory, the BSF was extracted from the collectors with demineralised water and analysed by fluorimetry (Perkin Elmer LS 45). Spray deposits were expressed as μL cm-2 and as percentage of the applied spray volume. During spraying the sprayer boom movement was measured in the horizontal plane and vertical plane. Spray drift deposition pattern alongside the field edge was compared to the standard spray drift setup and the sprayer boom movement.

    2018
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    5Getting the Right Droplet Size. Requirement for Food Production.
    G. A. Matthews
    2018
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    高被引作者

    作者引用发文
    Nigel D. Boatman2740116
    Richard Glass2465101
    w a taylor232696
    Nigel Halford212589
    Jan van de Zande196986
    Richard F. Pywell171777
    John Holland171071
    j orson151266
    Gavin M. Siriwardena149763
    Paolo Balsari144566

    高产作者

    作者引用发文
    Nigel D. Boatman2740116
    Richard Glass2465101
    w a taylor232696
    Nigel Halford212589
    Jan van de Zande196986
    Richard F. Pywell171777
    John Holland171071
    j orson151266
    Paolo Balsari144566
    Gavin M. Siriwardena149763

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