首页> 外文期刊>EFSA Journal >Technical report of EFSA prepared by the Assessment Methodology Unit on Quantitative pathway analysis of the exposure of the wheat production area with Tilletia indica M. teliospores one year after importation of US wheat for grain into the EU and desert durum wheat into Italy. Appendix B to the Scientific Opinion on a quantitative pathway analysis of the likelihood of Tilletia indica M. introduction into EU with importation of US wheat of EFSA Panel on Plant Health (PLH)
【24h】

Technical report of EFSA prepared by the Assessment Methodology Unit on Quantitative pathway analysis of the exposure of the wheat production area with Tilletia indica M. teliospores one year after importation of US wheat for grain into the EU and desert durum wheat into Italy. Appendix B to the Scientific Opinion on a quantitative pathway analysis of the likelihood of Tilletia indica M. introduction into EU with importation of US wheat of EFSA Panel on Plant Health (PLH)

机译:由评估方法学部门编写的EFSA的技术报告,即在将美国小麦进口到欧盟和沙漠硬粒小麦后一年,对小麦产区暴露于印度线虫(Tilletia indica teliospores)的定量途径分析小麦进入意大利。 《科学意见》附录B中的定量途径分析,是将EFSA植物健康小组(PLH)引入美国的小麦后,可能将印度的T虫(Tilletia indica)引入欧盟。

获取原文
       

摘要

The EFSA Plant Health Unit asked the Assessment Methodology Unit to recalculate and update the Quantitative Pathway Analysis of the exposure of the EU wheat production area with Tilletia indica M. teliospores provided by USDA APHIS. Simulations were computed, for importations of US wheat into EU and desert durum wheat into Italy, based on original model and an updated model with revised parameter values. Model output was teliospores number per hectare on soil surface of each EU country. Simulated teliospores numbers entering EU were lower with the updated than with the original model. These results showed a high uncertainty, underestimated with the original model, over the number of teliospores entering each EU country. Sensitivity analysis showed several key parameters (proportion of bunted kernels in Arizona regulated counties, number of Arizona positive hectares and number of teliospores per bunted kernel) strongly influencing number of teliospores entering the EU. In addition, high sensitivity indices were obtained with the updated wheat model for several parameters related to EU country characteristics. Further research would be needed to refine parameter values and to reduce uncertainty. This technical report contains a full description of the calculations and results. The description and discussion of the scenario and model can be found in the Scientific Opinion on a quantitative pathway analysis of the likelihood of Tilletia indica M. introduction into EU with importation of US wheat of EFSA Panel on Plant Health (PLH) (EFSA 2010).
机译:EFSA植物健康部门要求评估方法学部门重新计算和更新USDA APHIS提供的欧盟小麦产区暴露于印度T虫(Tilletia indica M. teliospores)的定量途径分析。基于原始模型和参数值经过修改的更新模型,对美国小麦向欧盟的进口以及沙漠硬质小麦向意大利的进口进行了模拟计算。模型输出为每个欧盟国家/地区土壤表面每公顷的孢子数。更新后进入欧洲的模拟的孢子数量要比原始模型低。这些结果表明,进入每个欧盟国家的电离孢子数量存在很大的不确定性,而该原始模型低估了这种不确定性。敏感性分析显示,几个关键参数(在亚利桑那州规定的县中,成束玉米粒的比例,亚利桑那州正公顷数和每个成束玉米粒的孢子数量)会严重影响进入欧盟的孢子数量。此外,通过更新的小麦模型获得了与欧盟国家特征相关的多个参数的高灵敏度指数。需要进一步研究以完善参数值并减少不确定性。该技术报告包含对计算和结果的完整描述。有关情景和模型的描述和讨论,可在《科学意见》中找到,有关对美国进口的EFSA植物健康小组(PLH)引入印度的印度腥黑霉病可能性的定量途径分析( EFSA 2010)。

著录项

相似文献

  • 外文文献
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号