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Micronutrients in soybean: productivity and economic analysis

机译:大豆中的微量营养素:生产率和经济分析

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> size="2" face="Verdana, Arial, Helvetica, sans-serif">The availability of commercial products containing micronutrients has increased in the latest years, but experimental results have shown great variability, turning this matter into something contradictory. The reduction in relative cost in the use o micronutrients and the expectancy of scale gain, in the latest years, have motivated producers to use micronutrients such as: cobalt, boron and molybdenum because of their influence in the symbiotic fixing of nitrogen in soybean. This work aimed at determining the technical and economic viability of the application of some micronutrients, emphasizing Mo and Co, in soybean productiveness. The experiment was carried out in the agricultural years of 2001/02 and 2002/03, at Paineira Farm, from SLC Agrícola Ltda, in Coronel Bicaco, RS, in a Hapludox and it had been under no tillage for eight years. The experimental outlining was of random blacks with three repetitions, with portions of 10 x 15m. Soybean implantation was on 11/18/2001 and on 11/24/2002, with 225 and 190 thousand plants ha-1, for the two agricultural years respectively. The spacing between lines was of 0,40m and the variety was RS-10 for the two years. Treatments in 2001/02 were: (1) CoMo; (2) CoMo + Mo; (3) CoMo + Mo + Mo; (4) CoMo + Mo + P30; (5) CoMo + B; (6) B; (7) Mo; (8) Mo + Mo; and (9) Testemunha. In 2002/03 treatments were: (1) CoMo + 2x Mo; (2) CoMo + 2x Mo + B; (3) CoMo + 2x Mo + Phitosol PK; (4) CoMo + 2x Fortifol CaB; (5) CoMo + 2x Mo + LBE-PT1; (6) CoMo + 2x Mo + P30; (7) CoMo + 2x Mo + Stimulate; and (8) Testemunha. The use of micronutrients, especially Mo and Co, has shown to be a contradictory one in the physical productiveness evaluation of the grains through the comparison of averages. However, in most cases, the economic return of the micronutrient application was positive, but it showed its dependence on high productiveness and favorable prices at the moment of commercialization.
机译:> size =“ 2” face =“ Verdana,Arial,Helvetica,sans-serif”>近年来,含有微量营养素的商业产品的供应量有所增加,但是实验结果显示出很大的可变性,将其转变为矛盾的东西。近年来,使用微量营养素的相对成本的降低以及对规模增长的期望,促使生产者使用微量营养素,例如:钴,硼和钼,因为它们会影响大豆中氮的共生固定。这项工作旨在确定某些微量营养素在大豆生产中的应用技术和经济可行性,其中强调钼和钴。该实验是在2001/02和2002/03的农业年度中,在位于Hapludox的Hapludox的SLCAgrícolaLtda的Paineira农场的Hapludox进行的,并且一直没有耕种八年。实验性概述是随机的黑人进行了3次重复,每部分10 x 15m。大豆播种分别于2001年11月18日和2002年11月24日进行,两个农业年度分别种植了225和19万株ha -1 。线间距为0.40m,两年间的间距为RS-10。 2001/02年的治疗方法是:(1)CoMo; (2)CoMo + Mo; (3)CoMo + Mo + Mo; (4)CoMo + Mo + P30; (5)CoMo + B; (6)B; (7)钼; (8)Mo + Mo; (9)Testemunha。在2002/03年,处理方法为:(1)CoMo + 2x Mo; (2)CoMo + 2x Mo + B; (3)CoMo + 2x Mo +溶胶PK; (4)CoMo + 2x Fortifol CaB; (5)CoMo + 2x Mo + LBE-PT1; (6)CoMo + 2x Mo + P30; (7)CoMo + 2x Mo +刺激; (8)Testemunha。通过比较平均值,微量营养素(尤其是Mo和Co)的使用已显示出与谷物的物理生产力评估相矛盾。但是,在大多数情况下,微量营养素施用的经济回报是积极的,但是在商业化时它显示出对高生产率和优惠价格的依赖。

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