AN OPERATING MODEL FOR THE ENVIRONMENTAL RISK ASSESSMENT APPLIED TO ITALIAN SITES OF COMMUNITY IMPORTANCE: IDENTIFICATION OF POTENTIAL EFFECTS ON SOIL

IF 0.5 Q4 ENVIRONMENTAL SCIENCES EQA-International Journal of Environmental Quality Pub Date : 2013-12-08 DOI:10.6092/ISSN.2281-4485/4173
Valentina Rastelli, A. Benedetti, L. Canfora, Valeria Giovannelli, G. Staiano, Paola Vinesi, M. Lener
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Abstract

The fast development of agro-biotechnologies asks for a harmonized approach in risk analysis of GMOs releases. An Italian experts group has elaborated an operating model for the environmental risk assessment (OMERA) based on the assumption that the occurring of a risk is related to the presence of four components: source, diffusion factors, dispersal routes, receptors. This model has been further developed to become a Decision Supporting System based on Fuzzy logic (FDSS) to assessors and notifiers. It is a web based Questionnaire that conducts the user through a decision tree from the source to the receptors and leads to the identification and assessment of the risks. The FDSS has been tested on case studies, simulating, as source, herbicide tolerant oilseed rape and insect resistant maize. The resulting identified potential effects on soil are changes to structure and microbial diversity.
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一种适用于具有社区重要性的意大利场地的环境风险评估操作模式:确定对土壤的潜在影响
农业生物技术的快速发展要求在转基因生物释放风险分析中采用统一的方法。一个意大利专家组根据下述假设,为环境风险评估制定了一个操作模式:风险的发生与以下四个因素有关:来源、扩散因素、扩散途径、受体。该模型已进一步发展成为基于模糊逻辑的决策支持系统(FDSS),以供评估者和通知者使用。它是一种基于网络的问卷,引导用户通过从源到受体的决策树,从而识别和评估风险。FDSS已经在案例研究中进行了测试,模拟作为来源的耐除草剂油菜和抗虫玉米。由此确定的对土壤的潜在影响是结构和微生物多样性的变化。
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1.20
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0.00%
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审稿时长
12 weeks
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