Application of innovative technologies in the propagation of mulberry seedlings from cuttings in closed areas and use in the organization of maternity intensive mulberry groves

Abstract

The propagation of mulberry (Morus spp.) seedlings from cuttings is a crucial aspect of sericulture, providing the necessary food source for silkworms. This manuscript explores the application of innovative technologies in the propagation of mulberry seedlings from cuttings in closed areas, emphasizing their use in the organization of maternity intensive mulberry groves. The study reviews various innovative techniques, including aeroponics, hydroponics, and tissue culture, highlighting their advantages in terms of faster growth rates, higher survival rates, and the ability to control environmental conditions. Additionally, the manuscript discusses the benefits of using closed areas, such as greenhouses or polytunnels, to create optimal growing conditions for mulberry cuttings, leading to improved seedling quality and quantity. The integration of these innovative technologies and practices can significantly enhance mulberry seedling propagation, contributing to the sustainable development of sericulture.