Data from Local pesticide use intensity conditions landscape effects on biological pest control.

NIAID Data Ecosystem2026-03-11 收录

数据链接：

https://figshare.com/articles/dataset/Data_from_Local_pesticide_use_intensity_conditions_landscape_effects_on_biological_pest_control/8180999 数据链接链接失效反馈

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资源简介：

Raw and normalized data used for the analyses

创建时间：

2019-06-05

Pesticide-exposed bees fail to thermoregulate leading to cold colonies with consequences for offspring development

农药生态效应

昆虫体温调节

Insects face multiple environmental stressors, including widespread pesticide exposure under climate change. Thermoregulation is a critical adaptive response to changing environmental temperatures, bu

Figshare2025-07-15 更新60

Additional file 8 of Genome-enabled insights into the biology of thrips as crop pests

昆虫免疫基因

作物害虫防治

Additional file 8. Supporting tables for Orthovenn comparison of innate immunity-associated transcripts in thrips vector species.

NIAID Data Ecosystem50

Pollinator visitation, floral microbes, and seed set of Penstemon strictus treated with a fungicide, an insecticide, and both chemicals

传粉者-植物相互作用

农药生态效应

Rocky Mountain Penstemon (Penstemon strictus; N = 126), were transplanted into 11.35-liter plastic pots. Plants were assigned to one of three experimental treatments (fungicide, insecticide, or their

Figshare2025-04-07 更新20

Pesticides trigger plant unsaturated fatty acid metabolism to rebuild rhizosphere beneficial bacterial community

农药生态效应

根部微生物群落

The relationship of pesticides and rhizosphere bacterial community

NIAID Data Ecosystem60

高油酸油菜病虫害影响品质风险预测数据

作物害虫防治

农产品品质风险评估

本数据聚焦于高油酸油菜生长期病虫害及处治措施对最终品质的风险预判，核心围绕“病虫害发生程度”“处治方式有效性”两个子因子，关联“品质风险等级”和 “处治措施适配性”。对油脂加工企业，可通过病虫害及处治数据筛选“无品质风险”原料；对农业技术推广部门，可总结该产区主流病虫害（蚜虫、跳甲）的高效处治方案，指导大面积防治；在行业层面，为高油酸油菜“绿色防控 + 品质保障”技术标准提供数据支撑，减少病虫害导

浙江省数据知识产权登记平台2026-06-05 更新50

Data from Local pesticide use intensity conditions landscape effects on biological pest control.

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