Eco-toxicity of different agricultural tank-mix adjuvants

Daniel Bonn
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Abstract

Adjuvants are often used to improve the efficiency of plant protection products. However, there is concern that these compounds themselves might result in ecotoxicological effects. To investigate this concern, we compare the toxicity of different agricultural tank-mix adjuvants for two standard test organisms, i.e. the water flea Daphnia magna and the honey bee Apis mellifera. Daphnia trials comprised tests at 1, 5 and 20 times the normal prescribed label dosage. It is found that at 48h, the novel polymer-based adjuvant Squall is significantly less harmful to D. magna compared to traditional surfactant or oil-based adjuvants. For A. mellifera, we tested topical exposure to label-rate, five and twenty times label-rate. After 96h exposure to polymerand oil based adjuvants no statistically significant harmful effects were observed. The trisiloxane-based adjuvants, however, did significantly increase bee mortality at higher dose rates, indicating a higher toxicity of these specific compounds.
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不同农用混合剂的生态毒性
佐剂通常用于提高植物保护产品的效率。然而,人们担心这些化合物本身可能会导致生态毒理学效应。为了研究这一问题,我们比较了不同农用混合剂对两种标准测试生物(即大型水蚤和蜜蜂)的毒性。大型水蚤试验包括 1、5 和 20 倍于正常标签规定剂量的试验。结果发现,与传统的表面活性剂或油基佐剂相比,新型聚合物基佐剂 Squall 在 48 小时内对大型蚤的伤害明显较小。对于 A. mellifera,我们测试了局部接触标签率、5 倍和 20 倍标签率的情况。在接触聚合物和油基佐剂 96 小时后,没有观察到明显的有害影响。然而,三硅氧烷基佐剂在剂量率较高时确实会显著增加蜜蜂的死亡率,这表明这些特定化合物的毒性较高。
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