摘要：The article is devoted to the experience of transplantation Anemone nemorosa L., listed in the Red book of the Vladimir region as a rare species (status category 3). A feature of this work is transplanting in the autumn period, in connection with the construction of a natural place of growth, in accordance with the conclusion of environmental impact assessment. The aim of the work was to preserve the aboriginal population in natural conditions that are close in their ecological characteristics to the natural place of growth and which do not fall into the zone of reconstruction. Methods. We used the geobotanical description method, soil selection methods, and laboratory methods. Results. The data of the geobotanical description of the initial and recipient habitats of the Anemone nemorosa and soil characteristics are presented. The method of plant transplantation is described in detail. Conclusion. The phenollogical observations made in May 2019 showed that Anemone nemorosa successfully transferred the autumn transplant to a new place. An artificial population of Anemone oakwood was formed, which requires further monitoring studies for adaptation and resistance to transplantation.
其他摘要：The article is devoted to the experience of transplantation Anemone nemorosa L., listed in the Red book of the Vladimir region as a rare species (status category 3). A feature of this work is transplanting in the autumn period, in connection with the construction of a natural place of growth, in accordance with the conclusion of environmental impact assessment. The aim of the work was to preserve the aboriginal population in natural conditions that are close in their ecological characteristics to the natural place of growth and which do not fall into the zone of reconstruction. Methods. We used the geobotanical description method, soil selection methods, and laboratory methods. Results. The data of the geobotanical description of the initial and recipient habitats of the Anemone nemorosa and soil characteristics are presented. The method of plant transplantation is described in detail. Conclusion. The phenollogical observations made in May 2019 showed that Anemone nemorosa successfully transferred the autumn transplant to a new place. An artificial population of Anemone oakwood was formed, which requires further monitoring studies for adaptation and resistance to transplantation.
