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Understanding in the evolutionary processes, endangered mechanisms, and adaptive evolution history are key scientific issues in conservation biology. During the past decades, advances in high-throughput sequencing and multi-disciplinary crossover have triggered the development of conservation genomics, which refers to the use of new genomic technologies and genomic information in solving the existing problems in conservation biology. Conservation genomics mainly focuses on the endangered mechanism and conservation strategies of endangered species, aiming at protection of species survivability and diversity. Application of conservation genomics into the study of endanger plant species has provided innovated protection concept for biologists and promoted the development of population-based conservation strategies. In this chapter, we will summary the studies of population genomics for important threated plants, discuss about the advantages of conservation genomics in the analysis of species genetic diversity, inference of population dynamic history, evaluation of natural forces on wild populations, and establishment of effective conservation strategies. We will also discuss the development trend of genomics in endangered species conservation.

Research Advances and Perspectives of Conservation Genomics of Endangered Plants