Among the different in vitro culture techniques, somatic embryogenesis has been one of the most important developments for plant tissue culture; it has enabled mass propagation and the development of biotechnological tools to enhance the productivity and quality of plantation forestry. This propagation technique together with cryopreservation is the base of multivarietal forestry.The development of somatic embryogenesis in forest trees dates from 1985, and in the last years several studies have focused on the development and optimization of the conifer somatic embryogenesis process to make it more efficient in terms of both the quantity and the characteristics of the plants obtained. However, these advances are not sufficiently refined to be implemented commercially for many Pinus spp. due to the high cost of the process derived from hand labor. Nowadays, trying to add value to the plants produced to compensate the high costs of the process, different studies are being developed in order to obtain Pinus somatic plants with better adaptation to environmental stresses prompted by the current situation of climate change.In this chapter, a summary of the recent somatic embryogenesis systems developed to achieve Pinus spp. high quality plants is presented.
Keywords: Abiotic stress; Conifer; Cryopreservation; Forest Biotechnology; Micropropagation; Somatic Embryos.
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