苹果结痂病菌不均等venturia的生物防治

R. Rusevski, B. Kuzmanovska, Eftim Petkovski, Katerina Bandzo
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引用次数: 0

摘要

本试验的主要目的是研究利用新型生物杀菌剂(am . Laminarin)对苹果痂病进行生物防治的可能性,并将生物防治效果与标准化学防治效果进行比较。实验于2016年在Prespa地区和Tetovo地区进行,实验对象是两个苹果品种,红苹果和金香苹果。在Tetovo地区,未经处理的变异侵染率很高(叶片侵染率77.21%,果实侵染率24.35%),表明该病害在我国具有一定的危害潜力。在Prespa地区,未经处理的变种侵染水平显著降低(叶片侵染30%,果实侵染9.5%)。在所检测的杀菌剂中,在泰托沃地区,化学变异中使用的标准杀菌剂Merpan (a.m. captan)对叶片和果实的药效分别为71.38%和60.86%,明显低于生物变异中使用的杀菌剂(分别为95.13%和94.78%)。在普雷斯帕地区,标准杀菌剂对果实和叶片的杀菌率分别为98.33%和100%,与生物杀菌剂的杀菌率分别为99.16%和100%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BIOLOGICAL CONTROL OF VENTURIA INAEQUALIS – THE CAUSE OF APPLE SCAB IN APPLE
The main goal of the experiment was to study the possibility for biological control of apple scab by use of innovative biofungicide Vacciplant (a.m. Laminarin) and to compare the results of biological control with those from standard chemical control of this disease. Experiment was conducted during the 2016 in region of Prespa and region of Tetovo, on two apple varieties, idared and golden delicious. In untreated variant in region of Tetovo, was observed very high level of infection (77.21% on the leaves and 24.35% on the fruits), which demonstrated the destructive potential of this apple disease in our country. In region of Prespa, significantly lower level of infection was observed in untreated variant (30% on the leaves and 9.5% on the fruits). Regarding the efficacy of tested fungicides, in region of Tetovo, standard fungicide Merpan (a.m. captan) used in chemical variant provided considerably lower degree of efficacy on leaves and fruits (71.38% and 60.86% respectively), compared with biofungicide used in biological variant (95.13% and 94.78% respectively). In region of Prespa, the efficacy performance of standard fungicides on the leaves and fruits (98.33% and 100% respectively) was almost equal with the performance of biofungicide (99.16% and 100%).
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