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缩小荷兰甜菜的产量差距——共同努力。

Closing the Yield Gap of Sugar Beet in the Netherlands-A Joint Effort.

作者信息

Hanse Bram, Tijink Frans G J, Maassen Jurgen, van Swaaij Noud

机构信息

IRS (Institute of Sugar Beet Research), Dinteloord, Netherlands.

出版信息

Front Plant Sci. 2018 Feb 22;9:184. doi: 10.3389/fpls.2018.00184. eCollection 2018.

Abstract

The reform of the European Union's sugar regime caused potential decreasing beet prices. Therefore, the Speeding Up Sugar Yield (SUSY) project was initiated. At the start, a 3 × 15 target was formulated: in 2015 the national average sugar yield in the Netherlands equals 15 t/ha (60% of the sugar beet potential) and the total variable costs 15 euro/t sugar beet, aspiring a saving on total variable costs and a strong increase in sugar yield. Based on their average sugar yield in 2000-2004, 26 pairs of "type top" (high yielding) and "type average" (average yielding) growers were selected from all sugar beet growing regions in the Netherlands. On the fields of those farmers, all measures of sugar beet cultivation were investigated, including cost calculation and recording phytopathological, agronomical and soil characteristics in 2006 and 2007. Although there was no significant difference in total variable costs, the "type top" growers yielded significantly 20% more sugar in each year compared to the "type average" growers. Therefore, the most profitable strategy for the growers is maximizing sugar yield and optimizing costs. The difference in sugar yield between growers could be explained by pests and diseases (50%), weed control (30%), soil structure (25%) and sowing date (14%), all interacting with each other. The SUSY-project revealed the effect of the grower's management on sugar yield. As a follow up for the SUSY-project, a growers' guide "Suikerbietsignalen" was published, Best Practice study groups of growers were formed and trainings and workshops were given and field days organized. Further, the benchmarking and feedback on the crop management recordings and the extension on variety choice, sowing performance, foliar fungi control and harvest losses were intensified. On the research part, a resistance breaking strain of the Beet Necrotic Yellow Vein Virus (BNYVV) and a new foliar fungus, , were identified and options for control were tested, and implemented in growers practices. The joint efforts of sugar industry, sugar beet research and growers resulted in a raise in sugar yield from 10.6 t/ha in 2002-2006 to 13.8 t/ha in 2012-2016.

摘要

欧盟食糖政策改革导致甜菜价格可能下降。因此,启动了“加速提高食糖产量”(SUSY)项目。一开始,制定了一个3×15目标:到2015年,荷兰全国食糖平均产量达到15吨/公顷(占甜菜潜力的60%),甜菜总可变成本为15欧元/吨,目标是降低总可变成本并大幅提高食糖产量。根据2000 - 2004年的平均食糖产量,从荷兰所有甜菜种植区挑选了26对“顶级类型”(高产)和“平均类型”(中等产量)的种植者。在这些农民的田地上,对甜菜种植的所有措施进行了调查,包括成本核算以及在2006年和2007年记录植物病理学、农艺学和土壤特性。尽管总可变成本没有显著差异,但“顶级类型”种植者每年的食糖产量比“平均类型”种植者显著高出20%。因此,种植者最有利可图的策略是使食糖产量最大化并优化成本。种植者之间食糖产量的差异可归因于病虫害(50%)、杂草控制(30%)、土壤结构(25%)和播种日期(14%),所有这些因素相互影响。SUSY项目揭示了种植者管理对食糖产量的影响。作为SUSY项目的后续行动,出版了种植者指南《Suikerbietsignalen》,成立了种植者最佳实践研究小组,并举办了培训、研讨会和田间日活动。此外,加强了对作物管理记录的基准测试和反馈,并在品种选择、播种性能、叶部真菌控制和收获损失方面进行了拓展。在研究方面,鉴定出了甜菜坏死黄脉病毒(BNYVV)的一个抗性突破菌株和一种新的叶部真菌,并测试了控制方法并在种植者实践中实施。制糖行业、甜菜研究和种植者的共同努力使食糖产量从2002 - 2006年的10.6吨/公顷提高到了2012 - 2016年的13.8吨/公顷。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e097/5826952/b43fd8e135f5/fpls-09-00184-g0001.jpg

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