Titlebook: Biotechnological Approaches for Sustaining Forest Trees and Their Products; Dennis Thomas T,M. K. Razdan,Ajay Kumar Book 2024 The Editor(s

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Somatic Embryogenesis and Plant Regeneration in Forest Trees,matic plant cell is converted into a somatic embryo under different plant growth regulators and induced stress conditions. Along with hormones, other factors like the genetic makeup of the donor plant, culture conditions, and the type of explants used decide the success of this method. Once the SE i

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Somaclonal Variation for the Improvement of Tree Species,of food, feed, and fodder throughout the world. With the ever-increasing population and hence rising demand, degradation of soil, paucity of cultivable lands, reducing forest cover, environmental pollution, and changing climatic conditions owing to global warming, the tree breeders are under enormou

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Omics Approaches in Conservation and Management of Forest Genetic Resources, in high throughput sequencing methods and their significance in the effective conservation and management of FGRs are covered in this chapter. The development of various omics techniques, their increased accessibility and enhanced methodological and analytical capabilities have broadened the scope

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Cryopreservation of Germplasm of Forest Genetic Resources as a Viable Pathway for Sustainable Growteterioration. A temperature of ?196?°C halts biochemical and most physical processes in plants, making cryopreservation ideal for the conservation of meristematic cells, seeds, pollen, hardwood, softwood, endangered plants, vegetatively and biotechnologically propagated crops, including those with r

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Long- and Medium-Term Storage of Germplasm for Conservation of Tree Species,lications of plant tissue culture in conserving tree genetic resources with an emphasis on different approaches to achieve storage under slow growth- and cryo-conditions. In brief, we have discussed how the subculture durations can be extended for short- to medium-term via modifications in chemical