Data from a plot experiment in Lönnstorp, Sweden intercropping oilseed rape (OSR) with various legumes to assess pests, pathogens and weeds 2019-2020

Data was generated from a plot experiment in Lönnstorp, Sweden intercropping oilseed rape (OSR) with various legumes to assess pests, pathogens and weeds 2019-2020. For more infromation, see dataset description. Data was generated from a plot experiment in Lönnstorp, Sweden intercropping oilseed rape (OSR) with various legumes to assess pests, pathogens and weeds 2019-2020.Includes damage from slugs and cabbage stem flea beetle (CSFB) in September and November 2019. CSFB larval abundance in March 2020. Weed biomass in May 2020 and yield of OSR and legumes in August 2020. Pollen beetle and Brassica pod midge damage in June 2020. Faba rust in July 2020. It also includes slug damage to OSR, spring faba and clover in a follow up cage trial. The associated manuscript was submitted to Frontiers in Agronomy in September 2021 with the title: The potential of intercropping for multifunctional crop protection in oilseed rape (Brassica napus L.).本数据集源于瑞典隆斯托普（Lönnstorp）开展的田间小区试验，该试验于2019至2020年间实施，将油籽油菜（oilseed rape, OSR）与多种豆科作物进行间作，以评估害虫、病原菌及杂草的发生情况。更多详细信息请参阅数据集说明文档。本数据集涵盖该试验的如下调查测定内容：2019年9月与11月的蛞蝓及甘蓝茎跳甲（cabbage stem flea beetle, CSFB）为害情况；2020年3月的甘蓝茎跳甲幼虫种群密度；2020年5月的杂草生物量；2020年8月的油籽油菜与豆科作物产量；2020年6月的油菜露尾甲（pollen beetle）及芸苔荚瘿蚊（Brassica pod midge）为害情况；2020年7月的蚕豆锈病（faba rust）发生情况。此外，数据集还包含后续笼栽试验中，蛞蝓对油籽油菜、春蚕豆与三叶草的为害数据。本研究相关论文已于2021年9月提交至《农业学前沿》（Frontiers in Agronomy），论文标题为《间作在甘蓝型油菜（Brassica napus L.）多功能作物保护中的应用潜力》。