CINMa指数:评估异质景观中转基因作物管理的潜在影响。

Environmental biosafety research Pub Date : 2010-07-01 Epub Date: 2011-04-05 DOI:10.1051/ebr/2011102
Marcus J Collier, Ewen Mullins
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引用次数: 5

摘要

虽然在改良作物以使生产者受益方面取得了重大进展,但在引起这些作物可能对更广泛的景观和其中的生命多样性产生的潜在影响方面却不能说同样的进展。在农业在景观中具有重要的社会和生态地位的国家,管理影响可能在制定政策、规章和许可决定时造成困难。为了开始评估转基因作物选择管理对农业景观的潜在影响,确定了四个关键的生物多样性压力源(化学品、渗入、养分和管理:CINMa),并利用已发表的数据开发了一个分级系统。在对个案研究区域内选定的五种转基因作物进行应用后,CINMa确定了更广泛的景观中生物多样性可能受到负面或积极影响的区域,以及可能从与转基因作物管理相关的土地利用变化及其相关的上市后环境监测中受益的农业区。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The CINMa index: assessing the potential impact of GM crop management across a heterogeneous landscape.

While significant progress has been made on the modification of crops for the benefit of producers, the same cannot be said in regards to eliciting the potential impact that these crops may have on the wider landscape and the diversity of life therein. Management impacts can create difficulties when making policy, regulation and licensing decisions in those countries where agriculture has a significant social and ecological position in the landscape. To begin to gauge the potential impacts of the management of a selection of GM crops on an agricultural landscape, four key biodiversity stressors (Chemicals, Introgression, Nutrients and Management: CINMa) were identified and a grading system developed using published data. Upon application to five selected GM crops in a case study area, CINMa identifies areas in the wider landscape where biodiversity is likely to be negatively or positively impacted, as well as agricultural zones which may benefit from the land use change associated with the management of GM crops and their associated post market environmental monitoring.

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