在乌克兰喀尔巴阡山区的不稳定巴阡省的条件下,苹果树(Malus)对有害生物的化学保护系统的生态毒理学原因

M. Hunchak
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摘要

2015-2020年,乌克兰喀尔巴阡山脉的不稳定巴阡省苹果园最常见的食植物害虫是苹果果螟、蚜虫、叶蝉、螨虫、苹果蛾、食花虫和波达。研究区苹果园最常见的病害是果树赤霉病、白粉病、果实腐烂病和念珠菌病。在植物检疫数据的基础上,开发了一套改进的、集约化的苹果园化学保护系统,以防止复杂的有害生物,该系统适应乌克兰喀尔巴阡山脉地区的不稳定巴阡省的土壤和气候条件。经12个化学农药处理的强化化学防护体系,防治病虫害的技术效率为86.5% ~ 97.1%,产量为26.5 t/ hm2,其中一级果65.8%。使用该系统,他们每公顷获得85,042.10澳元的利润,利润率为66.98%。改进后的保护系统通过使用低极性农药,确保减少了园林生态系统的农药负荷。改良保护体系的产量为26.1 t/ hm2,占一级产量的64.7%,技术效率为83.5% ~ 95.2%。该系统的应用使每公顷获得87,336.89澳元的利润成为可能,盈利水平为71.9%。所有防护系统的农业生态毒理学指数均小于1,即防护系统危险性不高,不会造成生态系统污染。对于强化化学防护系统,该指标范围为0.30 (Izon 0.7)至0.85 (Izon 0.5)。改进后的保护系统的AETI范围为0.017 (Izon 0.7) ~ 0.041 (Izon 0.5)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ecotoxicological reasonig for chemical protection systems of apple trees (Malus) against harmful organisms in the conditions of the Precarpathian province of the Carpathian mountain zone of Ukraine
It was established that the most common phytophagous pests in apple orchards of the Precarpathian province of the Carpathian mountain zone of Ukraine in 2015–2020 were apple fruit borer, aphids, leafhoppers, mites, apple moth, flower eater and Epicometishirta Poda. The most common diseases of apple orchards in the studied area were scab, powdery mildew, fruit rot and moniliosis. On the basis of phytosanitary data, an improved and intensive system of chemical protection of apple orchards against a complex of harmful organisms was developed, which was adapted to the soil and climatic conditions of the Precarpathian province of the Carpathian mountain zone of Ukraine. The system of intensive chemical protection, which included 12 treatments with chemical pesticides provided technical efficiency against pests and diseases from 86.5 to 97.1%, yield at the level of 26.5 t/ha, including 65.8% fruits first class. Using this system, they received a profit of UAH 85,042.10 from 1 ha and a profitability of 66.98%. The improved protection system ensured a reduction of the pesticide load on the garden ecosystem through the use of low-polarity pesticides. The yield when using the improved protection system was 26.1 t/ha, including 64.7% of the 1st grade, and the technical efficiency ranged from 83.5 to 95.2%. The application of this system made it possible to obtain a profit in the amount of UAH 87,336.89 from 1 ha, with a profitability level of 71.9%. The agro-ecotoxicological index for all protection systems was less than 1, that is, the studied protection systems are not very dangerous and do not lead to ecosystem pollution. For an intensive chemical protection system, this indicator ranged from 0.30 (Izon 0.7) to 0.85 (Izon 0.5). For the improved protection system, AETI ranged from 0.017 (Izon 0.7) to 0.041 (Izon 0.5).
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