大豆在波兰西部地区的种植前景

Yu. O. Tararico, M. Zosymchuk, M. Stetsiuk, O. Zosymchuk, V. Lukashuk, Y. Soroka
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引用次数: 0

摘要

现代气候变化,即乌克兰北部森林草原和波利西亚地区的显著变暖,为种植一些谷物和豆科作物(谷物用玉米、大豆、向日葵等)提供了机会,这在该地区以前是不寻常的。在上述作物中,大豆是一种无需施用矿质肥料即可显著改善土壤氮平衡的作物;它的种植在某种程度上可以替代昂贵的氮肥,因为在接种条件下,大豆可以留下高达80公斤/公顷的生物氮,相当于300公斤硝酸铵,这足以形成冬小麦或玉米的良好收成。气象资料分析表明,在西波利西亚地区生长季节的现有供热量条件下,可以种植超早熟大豆品种,其生长季节持续时间可达90-100天,所需热量单位可达2400-2500 CHU。结果表明,与邻近旱地的草灰土壤相比,西部波利西亚地区泥炭土的无霜期明显较短,是制约大豆种植的主要因素。因此,在泥炭土上种植,必须选择生长季最长可达85天的超早品种大豆,所需的发热量单位可达2400-2500楚。这样就可以在第一次秋季霜冻开始之前获得生理上成熟的种子,在某些年份,霜冻已经在9月的第一个十年发生了。在泥炭土上,各变异品种的产量为15.1 ~ 24.8 t/ha,在邻近的浅灰化土上,产量为30.3 ~ 46.8 t/ha。泥炭土大豆产量显著降低的原因是与灰化土相比,泥炭土的无霜期较短,这使得所研究的品种没有连续2年充分发挥其潜力。研究确定,在西波利西亚地区的草灰化轻壤土上,在有利条件下,加拿大Sevita遗传选择的超早熟大豆品种Yunka和Astor的产量可达45,0- 45,8 t/ha。将Rizofix接种剂与水稻磷素动员剂组合使用,可将大豆产量提高到6,7-7,0吨/公顷。每公顷土地的额外利润约为8-8万3千格里夫纳。
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PROSPECTS OF SOYBEAN GROWING IN THE WESTERN POLISSIA ZONE
Modern climatic changes, namely significant warming in the northern Forest-Steppe and Polissia zones of Ukraine, provide opportunities for growing a number of grain and leguminous crops (maize for grain, soybeans, sunflower, and others), previously unusual for this region. Among the above-mentioned crops, soybean is a crop that can significantly improve the nitrogen balance of the soil without the use of mineral fertilizers; its cultivation to some extent can be an alternative to expensive nitrogen fertilizers because, under the condition of inoculation, soybean can leave up to 80 kg/ha of biological nitrogen, which equivalent to 300 kg of ammonium nitrate, which is enough for forming decent harvest of winter wheat or corn. The analysis of meteorological data shows that when having the current amount of heat supply during the growing season in the Western Polissia zone, it is possible to grow ultra-early and early-ripening soybean varieties with a duration of the growing season of up to 90-100 days and a required number of heat units - up to 2400-2500 CHU. It was established that the main factor limiting the cultivation of soybeans on the peat soils of the Western Polissia zone is a significantly shorter frost-free period (compared to the adjacent sod-podzolic soils on dry land). Therefore, for growing on peat soils, it is necessary to choose ultra-early varieties of soybeans with a growing season of up to 85 days and the required number of heat units - up to 2400-2500 CHU. That will allow obtaining physiologically ripe seeds before the onset of the first autumn frosts, which in some years can already occur in the first decade of September. On peat soils, the yield of the Yunka soybean variety by the variants of the experiment ranged from 15,1-24,8 t/ha, while on the adjacent sod-podzolic light loamy soils it was 30,3-46,8 t/ha. The reason for the significantly lower soybean yield on peat soils is a short frost-free period compared to sod-podzolic soils, which did not allow the studied varieties to fully realize their potential for 2 years in a row. The research has established that on sod-podzolic light loamy soils of the Western Polissia zone, under favorable conditions, the yield of such ultra-early and early-ripening soybean varieties as Yunka and Astor of the Sevita genetics selection (Canada) can be up to 45,0-46,8 t/ha. The use of Rizofix inoculant in a combination with Rice Pi phosphorus-mobilizing product allows increasing the productivity of soybeans to 6,7-7,0 t/ha. Additional profit from their use is about 8-8,3 thousand hryvnias from 1 ha.
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