韩鹏, 崔宗胤, 闫晓静, 石旺鹏, 王凤乐, 袁会珠. 三类喷雾助剂在植保无人飞机精准果树作业模式下对丘陵柑橘雾滴沉积分布的影响[J]. 农药学学报, 2020, 22(6): 1076-1084. DOI: 10.16801/j.issn.1008-7303.2020.0115
    引用本文: 韩鹏, 崔宗胤, 闫晓静, 石旺鹏, 王凤乐, 袁会珠. 三类喷雾助剂在植保无人飞机精准果树作业模式下对丘陵柑橘雾滴沉积分布的影响[J]. 农药学学报, 2020, 22(6): 1076-1084. DOI: 10.16801/j.issn.1008-7303.2020.0115
    HAN Peng, CUI Zongyin, YAN Xiaojing, SHI Wangpeng, WANG Fengle, YUAN Huizhu. Effect of three types of spray adjuvants on the distribution of spray droplet deposition in hilly citrus under precise fruit tree operation mode of unmanned aerial vehicles[J]. Chinese Journal of Pesticide Science, 2020, 22(6): 1076-1084. DOI: 10.16801/j.issn.1008-7303.2020.0115
    Citation: HAN Peng, CUI Zongyin, YAN Xiaojing, SHI Wangpeng, WANG Fengle, YUAN Huizhu. Effect of three types of spray adjuvants on the distribution of spray droplet deposition in hilly citrus under precise fruit tree operation mode of unmanned aerial vehicles[J]. Chinese Journal of Pesticide Science, 2020, 22(6): 1076-1084. DOI: 10.16801/j.issn.1008-7303.2020.0115

    三类喷雾助剂在植保无人飞机精准果树作业模式下对丘陵柑橘雾滴沉积分布的影响

    Effect of three types of spray adjuvants on the distribution of spray droplet deposition in hilly citrus under precise fruit tree operation mode of unmanned aerial vehicles

    • 摘要: 为明确航空喷雾在丘陵果园对柑橘的影响,在植保无人飞机精准果树作业模式下,研究了3类喷雾助剂 (植物油类助剂倍达通、非离子表面活性剂类助剂Y-20079和有机硅类助剂806) 对丘陵柑橘冠层及地面的沉积量分布规律。结果表明:在同一作业参数条件下,与空白对照 (CK) 相比,不同类型助剂、同一助剂不同体积分数对雾滴密度、覆盖率、沉积量的影响均不同。其中:添加倍达通体积分数1.0%的优于0.5%的,且差异显著,雾滴密度、覆盖率及沉积量最高分别可提高42.0%、92.3%及33.6%;添加Y-20079体积分数1.0%的优于0.5%的,且差异显著,雾滴密度、覆盖率及沉积量最高分别可提高101.0%、86.5%及36.0%;添加806体积分数0.5%的优于0.25%的,且差异显著,雾滴密度、覆盖率及沉积量最高分别可提高43.9%、76.0%及35.0%。添加助剂后供试药液对柑橘冠层上部和下部的穿透性可分别提高10.2%~41.5%和4.0%~42.0% (倍达通)、101.0%和7.3%~78.7% (Y-20079) 及10.2%~43.9%和41.3%(806)。与空白对照相比,添加助剂后农药在冠层投影区域的沉积量分别减少38.2%~48.5% (倍达通)、10.1%~46.3% (Y-20079) 和42.1%~56.2%(806),在相邻植株间的空白区域农药沉积量分别增加3.7%~39.3% (倍达通)、7.0%~50.9% (Y-20079)和22.3%~41.4% (806)。研究结果表明,在对山地丘陵柑橘园进行精准航空施药时,在药液中添加体积分数为1.0%的倍达通、1.0%的Y-20079或0.5%的806,均可有效提高丘陵柑橘冠层的施药效果。

       

      Abstract: To clarify the effect of aerial spray on hilly citrus orchards when applying unmanned aerial vehicles (UAV) under the precision fruit tree operation mode, three types of spray adjuvants (vegetable oil adjuvant Beidatong, non-ionic surfactant adjuvant Y-20079 and silicone adjuvant 806) were studied. The results showed that comparing with the control check (CK), different types of adjuvants and different concentration of the same adjuvant have different effects on droplet density, coverage and deposition under the same operation parameter. Among them, the result of adding Beidationg with a 1.0% volume fraction was significantly superior to that of 0.5% volume fraction, which could increase the maximum droplet density, coverage and deposition amount by 42.0%, 92.3% and 33.6%, respectively; the result of adding Y-20079 with a 1.0% volume fraction was significantly superior to that of 0.5% volume fraction, which could increase the maximum droplet density, coverage and deposition amount by 101.0%, 86.5% and 36.0%, respectively; the result of adding 806 with a 0.5% volume fraction was significantly superior to that of 0.25% volume fraction, which could increase the maximum droplet density, coverage and deposition amount by 43.9%, 76.0% and 35.0%. respectively. After adding adjuvants, the penetration rate of the test solution to the upper and lower parts of the citrus canopy can be increased by 10.2%-41.5% and 4.0%-42.0% (Beidatong), 101.0% and 7.3%-78.7% (Y-20079), 10.2%-43.9% and 41.3% (806). Compared with the control check, the deposition of pesticides in the canopy projection area was reduced by 38.2%-48.5% (Beidatong), 10.1%-46.3% (Y-20079) and 42.1%-56.2% (806). Comparing with the control check, the amount of pesticide deposition in the blank area between adjacent plants incresed by the addition of Beidatong (3.7%-39.3%), Y-20079 (7.0%-50.9%), and 806 (22.3%-41.4%). The results of the research showed that when applying precise aerial spraying to mountain and citrus orchards, adding a volume fraction of 1.0% Beidatong, 1.0% Y-20079, or 0.5% 806 in the spray solution can effectively improve the application on the canopy of the hilly citrus.

       

    /

    返回文章
    返回