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The article discusses alternative ways of protecting ornamental crops from stress factors of a biotic nature by increasing passive immunity when using vermicompost as the main source of macro- and microelements and biologically active substances, which differ in adaptogenic and immunomodulating properties. The change in the anatomical and physiological characteristics of ornamental plants of anthropogenic and cultural landscapes, which determine their environmental resistance to stress factors and harmful objects, is shown. The thickness of the epidermis of leaves of Rosa L. increased 1.5 times; Tulipa L. - 1.4; Gladiolus L. - 1.6 times; leaf mesophyll thickness of 1.9; 1.4; 1.6 times respectively; leaf thickness of Rosa L. and Gladiolus L. plants increased 1.2 times; Tulipa L. - 1.7 times. A significant increase in the osmotic pressure of plant cells of Tulipa L. and Gladiolus L. is significantly increased (by 26.8 and 28.3 kPa); different varieties of Rosa L. Weak opening of stomata was observed in experimental variants of Tulipa L. and Gladiolus L., as well as highly resistant varieties of Rosa L.

Integrative features of biologically active substances and vermicompost in action on the anatomical features of decorative cultures