BASF SE, Ludwigshafen, Germany.
Bayer AG, Crop Science Division, Monheim, Germany.
Regul Toxicol Pharmacol. 2024 Jun;150:105643. doi: 10.1016/j.yrtph.2024.105643. Epub 2024 May 7.
In the EU, predicted exposure to spray drift for residents and bystanders from applications in orchards and vineyards is based on data from one study published in 1987, where one downwind distance (8 m) was considered. CropLife Europe conducted sixteen new GLP compliant studies in 4 EU countries, 8 in orchards, 8 in vineyards with early and late season applications, using adult and child mannequins located 5, 10 and 15 m downwind from the last row to measure dermal and inhalation exposures. The resulting "Bystander Resident Orchard Vineyard (BROV)" database comprises 288 observations and offers a more comprehensive option for exposure prediction. There were differences between adult and child, crop type, leaf cover and distance from the sprayer, supporting the derivation of mean, median, 75th and 95th percentile exposures for each subset. Exposures did not generally correlate with wind speed, wind direction, sprayer type, spray quality, spray concentration or amount applied. Dermal and inhalation exposure were lower in vineyards than in orchards and further analysis is required to understand why.
在欧盟,对居民和旁观者因在果园和葡萄园应用而产生的喷雾漂移的预测暴露量,是基于 1987 年发表的一项研究中的数据,其中考虑了一个下风距离(8 米)。CropLife Europe 在 4 个欧盟国家进行了 16 项新的符合 GLP 标准的研究,8 项在果园进行,8 项在早期和晚期季节应用于葡萄园,使用成人和儿童模拟人,位于最后一排下风 5、10 和 15 米处,以测量皮肤和吸入暴露。由此产生的“旁观者居民果园葡萄园(BROV)”数据库包含 288 个观测值,为暴露预测提供了更全面的选择。成人和儿童、作物类型、叶片覆盖率和与喷雾器的距离之间存在差异,支持为每个子集推导均值、中位数、第 75 百分位和第 95 百分位暴露量。暴露量通常与风速、风向、喷雾器类型、喷雾质量、喷雾浓度或施用量无关。与果园相比,葡萄园的皮肤和吸入暴露量较低,需要进一步分析以了解原因。