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Science Foundation in China


Research Advance on Metasequoia: Applications of New Technology

REVIEW ARTICLE

Qin Leng1,2, Hong Yang1 and Li Wang2

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The plant genus Metasequoia Miki, 1941 and its sole living relict species Metasequoia glyptostroboides Hu et Cheng, 1948 have been of special interest for both the public and scientists since 1941 when the genus was established. Due to its unique discovery history (fossils discovered earlier than the living species) and incomparable scientific value in the research of plant evolution and its relationship with environmental and climatic changes, Metasequoia becomes arguably the most comprehensively studied higher plant in both fossil and living forms. This paper summarized recent advance in Metasequoia research by reviewing the research history of Metasequoia and the scientific value of this genus, while paid special attention to the application of new methods and techniques in the research field of Metasequoia in the recent decades. The application of biogeochemical (organic geochemistry and stable isotope) analysis as well as the new and innovated methods of preparing large-sized cuticular membrane from leaves with originally thin and fragile cuticles further secure Metasequoia's super star status for the research of palaeoclimatic reconstruction.


Dates

Issue 2 (October 2010)



  1. Research Advance on Metasequoia: Applications of New Technology

    Qin Leng et al 2010 Science Foundation in China 18 54

  2. A Survey of Repetitive Control for Nonlinear Systems

    Quan Quan and Kai-Yuan Cai 2010 Science Foundation in China 18 45

  3. Research Results

    2010 Science Foundation in China 18 32

  4. Information Update

    2010 Science Foundation in China 18 18

  5. News in Brief

    2010 Science Foundation in China 18 1

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