FIELD: agriculture.;SUBSTANCE: invention relates to the field of veterinary helminthology. The method consists in the fact that after helminthological assessment of pasture with the identification of biotopes of shellfish of subgenus Galba - intermediate hosts of fascioles taking into account the pasture area, topography, soil type and water regime, vegetation cover, presence of wetlands in October the introduction of a jointweed Polygonum minus Huds is carried out with solid seeding at the rate of 450-500 pc. seeds per 1 m2 in Galba biotopes at the reservoir depth of more than 10 cm on the width of 1 m from the edge of the shore, with its further uniform sowing from the water level to the depth ≤10 cm; in Galba biotopes at the reservoir depth up to 10 cm on the width of 1 m to coastal zone from the water's edge and then across the whole area of the reservoir bottom; in meadowed Galba biotopes - on the width of 1 m from the edge of microreservoirs across the inner plowed area and evenly on the bottom of microreservoirs.;EFFECT: method ensures the effective prevention of fascioliasis due to a combination of expressed molluscicide-repellent effects of active substances of jointweed and environmental changes in habitat due to creation of continuous grass cover with introduced plants.;3 dwg, 2 tbl, 1 ex
展开▼
机译：技术领域本发明涉及兽医蠕虫学领域。该方法包括以下事实：在对草场进行蠕虫病学评估后，鉴定出Galba属贝类的生物群落-筋膜的中间宿主，其中考虑了牧场面积，地形，土壤类型和水分状况，植被覆盖，10月湿地的存在引入杂草何首乌以实心播种的速率为450-500 pc。每1 m 2 在Galba生物群落中的种子，在距海岸边缘1 m的宽度上，水库深度超过10 cm时，从水平面到深度≤进一步均匀播种10厘米;在水库深度达10 cm的加尔巴（Galba）生物群落顶上，从水的边缘到沿海区域的宽度为1 m，然后横跨水库底部的整个区域;在草地上的Galba生物群落中-从微储层的边缘到整个犁过的区域的宽度为1 m，并且均匀分布在微储层的底部。效果：该方法可确保有效预防筋膜疏松症，这是由于结合了表达的除草剂驱避作用杂草中的活性物质以及由于引入的植物而产生的连续草皮所导致的栖息地环境变化。; 3 dwg，2 tbl，1 ex
展开▼
