An integrated model-based approach to the risk assessment of pesticide drift from vineyards

作者：Pivato Alberto^*; Barausse Alberto; Zecchinato Francesco; Palmeri Luca; Raga Roberto; Lavagnolo Maria Cristina; Cossu Raffaello

来源：Atmospheric Environment, 2015, 111: 136-150.

DOI：10.1016/j.atmosenv.2015.04.005

• Pesticide drift
• Inhalation risk analysis
• CALPUFF
• Fugacity model

The inhalation of pesticide in air is of particular concern for people living in close contact with intensive agricultural activities. This study aims to develop an integrated modelling methodology to assess whether pesticides pose a risk to the health of people living near vineyards, and apply this methodology in the world-renowned Prosecco DOCG (Italian label for protection of origin and geographical indication of wines) region. A sample field in Bigolino di Valdobbiadene (North-Eastern Italy) was selected to perform the pesticide fate modellization and the consequent inhalation risk assessment for people living in the area. The modellization accounts for the direct pesticide loss during the treatment of vineyards and for the volatilization from soil after the end of the treatment. A fugacity model was used to assess the volatilization flux from soil. The Gaussian puff air dispersion model CALPUFF was employed to assess the airborne concentration of the emitted pesticide over the simulation domain. The subsequent risk assessment integrates the HArmonised environmental Indicators for pesticide Risk (HAIR) and US-EPA guidelines. In this case study the modelled situation turned to be safe from the point of view of human health in the case of non-carcinogenic compounds, and additional improvements were suggested to further mitigate the effect of the most critical compound.

• 出版日期2015-6