Ecological and economic aspects of certain agricultural crops cultivation on sod-podzolic soil of Western Polissya of Ukraine

V. Polovyi, L. Yashchenko, H. Rovna, T. Kolesnyk
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Abstract

The influence of cultures in short-rotation crop rotation of Western Polissia on the ecological component of sod-podzolic cohesive-sandy soil by the analyzing the balances of nutrients and humus is shown and an economic assessment of their cultivation is given. The most accessibly and fairly objective a complex assessment of certain crops impact on the ecological state of the soil can be carried out by their contribution to the formation of balances of humus and nutrients. In article used the results of researches obtained in a field stationary experiment with winter wheat, maize for grand, spring barley and winter rape for 2012–2020 years. To assess the impact of cultures on the balances formation was chosen variant with the recommended rate of mineral fertilizers on the background of 1.0 Ha (hydrolytic acidity) dose of CaMg(CO3)2 (dolomite flour). It has studied that the supply of nutrients with plant biomass is a powerful source of their recycling. In particular, the highest content of nitrogen (3.56 and 2.75%) and phosphorus (0.95–0.99%) was obtained in rapeseed and winter wheat, while by-products showed the accumulation of potassium (1.52 and 1.39%) respectively. Taking into account the obtained results, the influence of growing crops on the formation of nutrient and humus balances was determined. It was established that by liming and fertilization with the return to the soil of by-products biomass of the studied crops was formed a positive balance of nitrogen in the range of 29.6–43.4 kg/ha, phosphorus 23.0–54.9 kg/ha, potassium 71.6–99.8 kg/ha. Only with the application of N120 under maize for grain was obtained nitrogen deficiency of –47.5 kg/ha. Due to crop residues and by-products of the studied crops, a positive balance of humus was determined: winter wheat 0.73 t/ha, corn for grain 2.17, spring barley 0.40 and winter rape 0.11 t/ha. The economic component of the technology of studied crops growing showed that the largest net profit was achieved for marginal crops: maize for grain (19.8 thousand UAH/ha) and winter oilseed rape (14.4 thousand UAH/ha). Due to the restrictive effect of other factors, primarily moisture supply, the system of fertilizing winter wheat and spring barley did not create conditions for the realization of the planned yield, which led to low profitability of their production.
乌克兰西部波利西亚灰化土上某些农作物种植的生态和经济方面
通过对波兰西部短轮作作物轮作中养分和腐殖质平衡的分析,揭示了不同栽培方式对土壤生态成分的影响,并对其栽培进行了经济评价。对某些作物对土壤生态状态影响的最容易理解和相当客观的复杂评估,可以通过它们对腐殖质和养分平衡形成的贡献来进行。本文采用2012-2020年冬小麦、大玉米、春大麦和冬油菜大田固定试验的研究结果。为了评估培养物对平衡形成的影响,在1.0 Ha(水解酸度)CaMg(CO3)2(白云石粉)剂量的背景下,选择了矿物肥推荐投放量。研究表明,植物生物量提供营养物质是其循环利用的有力来源。其中,油菜籽和冬小麦的氮素和磷含量最高,分别为3.56%和2.75%,磷含量为0.95 ~ 0.99%,副产物钾含量分别为1.52%和1.39%。根据所得结果,确定了种植作物对养分和腐殖质平衡形成的影响。结果表明,通过施用石灰和施肥,所研究作物的副产物生物量返回土壤,在29.6 ~ 43.4 kg/ha,磷23.0 ~ 54.9 kg/ha,钾71.6 ~ 99.8 kg/ha范围内形成正平衡。仅在玉米下施用N120,籽粒缺氮量为-47.5 kg/ha。由于研究作物的残茬和副产物,确定了腐殖质的正平衡:冬小麦0.73 t/ha,玉米2.17 t/ha,春大麦0.40 t/ha,冬油菜0.11 t/ha。所研究作物种植技术的经济成分表明,边际作物的净利润最大:谷物玉米(19.8万瓦赫/公顷)和冬季油菜(14.4万瓦赫/公顷)。冬小麦和春大麦的施肥制度由于受到以水分供应为主的其他因素的制约,没有为实现计划产量创造条件,导致其生产的盈利能力较低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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