怀俄明商业引种年度常规和抗草甘膦甜菜的比较。

A. Kniss
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引用次数: 34

摘要

2007年,在怀俄明州种植了大约800公顷的抗草甘膦糖用甜菜(Beta vulgaris),这是当时生物技术衍生糖作物的最大商业化生产。2007年进行了一项研究,比较了抗草甘膦和传统(非抗草甘膦)甜菜在农场规模上的经济差异。在生长季节早期选择了22块甜菜田(11块种植抗草甘膦和常规品种),并记录了所有田间作业和甜菜产量。与传统甜菜系统相比,抗草甘膦甜菜系统减少了耕作操作和除草剂成本。与传统甜菜相比,抗草甘膦甜菜的蔗糖产量每公顷增加1400公斤以上。与传统甜菜系统相比,抗草甘膦甜菜系统的净经济回报提高了576美元/公顷。额外的
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of conventional and glyphosate-resistant sugarbeet the year of commercial introduction in Wyoming.
In 2007, approximately 800 ha of glyphosate-resistant sugarbeet (Beta vulgaris) were planted in Wyoming, representing the largest commercial production of a biotechnology-derived sugar crop at the time. A study was conducted in 2007 to compare the farm-scale economic differences between glyphosate-resistant and conventional (non-glyphosate-resistant) sugarbeet. Twenty-two sugarbeet fields (11 each planted to glyphosate-resistant and conventional cultivars) were selected early in the growing season and all field operations and sugarbeet yields were recorded. Tillage operations and herbicide costs were reduced in the glyphosate-resistant sugarbeet system compared with the conventional sugarbeet system. Sucrose production was over 1,400 kg per ha greater in glyphosateresistant sugarbeet compared with conventional sugarbeet. The glyphosate-resistant sugarbeet system improved net economic return by $576/ha compared with the conventional sugarbeet system. Additional
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