Abstract

Tree proliferation has been broadly examined as really difficult for botanists because of its obstinate nature and delayed seed germination rate. This has been straightforwardly related with the obstacles in mass engendering and reproducing projects of tree species. Micropropagation is turned upward to as a compelling option for huge scope spread of the woody species in a restricted reality, with other extra advantages. However, tree propagation is frequently challenging even under in vitro conditions. It, thusly, becomes basic to be very much aware of the various variables that should be controlled to accomplish the productive micropropagation of the objective species. Even though the term "micropropagation" refers to propagation in a laboratory, careful research and control of the mother plant are essential to the success of clonal propagation. Important factors that influence tree propagation in vitro include the mother plant's preparation, the type and age of the explants, and the collection season. In addition,the laboratory's physicochemical requirements, including growth regulators and media, alongside stress-prompted morphogenetic pathways holds the way to effective enormous scope engendering of the woody species. Tree clonal propagation is significantly influenced by micropropagation and its associated factors, which are the subject of this chapter.