西部地区能源柳栽培技术要素对其生物特征指标的影响研究

N. Lys, N. Tkachuk, R. S. Ivaniuk
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引用次数: 0

摘要

目前的研究涉及在乌克兰种植生物能源作物的科学战略的发展,这将有助于增加乌克兰能源平衡中的生物质。在中国农科院喀尔巴阡地区农业研究所喀尔巴阡国家农业实验站研究场地和实验室条件下,开展了根据耕作栽培确定能源柳在碱灰土上生长特性和发育的试验研究。根据西部地区生物燃料生产的生长条件,采用四重重复法对能源柳品种的生长发育特征进行了研究。结果表明,西部地区能量柳在N40P300K300的矿质施肥条件下,增加种植步长至60 cm对营养团的密集结瘤有影响。在这个版本中,最大拍摄高度(180厘米)是固定的。在能源柳种植中,将播种步距从40 cm增加到60 cm,可以额外获得4.2 t/ ha的绿质量和1.9 t/ ha的干质量。矿物施肥可使绿肥产量提高2.1 ~ 2.5吨/公顷,干肥产量提高0.5 ~ 1.0吨/公顷。在分析杂草变化的基础上,可以得出机械处理的应用可以在可能的水平上控制野草。但经过一段时间后,一年生杂草和多年生杂草的新梢出现。但交错耕作和施用除草剂对柳树植被的前半部分几乎完全抑制了杂草的生长
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of Influence of Growing Technology Elements on Biometrical Indexes of Energy Willow in the Western Region
The current study deals with the development of scientific strategies for growing bioenergy crops in Ukraine that will assist the increasing of biomass in energy balance of Ukraine. Experimental research studies on determining the growth characteristics and development of energy willow on soddy ash gray soil according to the farming cultivation was carried out on the research fields of the Carpathian State Agricultural experimental station of the Institute of Agriculture in the Carpathian region of the NAAN and in laboratory conditions. The features of growth and development of energy willow varieties according to the growing conditions of the Western region for biofuels production was studied on the basis of quadruplex repetition. It was found that energy willow in the conditions of the Western region in terms of mineral fertilization with N40P300K300 and with the help of increasing the planting step to 60 cm influences the intensive noduling of vegetative mass. In this version the biggest height shoots (180 cm) is fixed. The increasing of seeding step from 40 cm to 60 cm in energy willow planting allows to get additionally 4,2 t/ ha of green mass and 1,9 t/ ha of dry mass. Mineral fertilization provides the increase of the productivity of 2,1 - 2,5 t/ ha of green mass and 0,5 - 1,0 t/ha of dry mass. On the basis of analyses of weeds change we can conclude that application of mechanical processing allowed to control the wild grass at possible level. However, some time after the treatments, shoots of annual and perennial weeds appeared. But the interrow tillage and bringing the herbicides provided practically full keeping down the weeds in the first half of willow vegetation
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