P-60 極限環境下におけるバイオマス生産候補植物の検証(ポスターセッション1:資源1,研究発表(ポスター発表))

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The new energy conservation research using solar energy, wind energy; and biomass feedstock are getting attention. Biomass is one of the most remarkable ways of all those new energy conservation technologies. It is because that the biomass can fix carbon dioxide from the atmosphere during photosynthesis process, and convert carbon dioxide into organic materials. These materials can be used as an alternative fuel. Therefore, biomass feedstock has the potential for limiting carbon dioxide emission. Plants produce various kinds of compounds, ant their quantity and quality are affected by the environmental stresses. The amount of nutrients such as vitamins, sugar components and minerals in greenhouse vegetables is found to be double by adjusting temperature and humidity. On the other hand, biomass production in the limited area of our nation does not match cost and performance. Therefore, to obtain energy or useful materials from plants the biomass production potentials must be enhanced. Therefore, we must select suitable candidates from many plant species or create the GM plants with metabolic engineering techniques and evaluate their potentials as energy sources. It is thought that the apparatus (chamber) offering extreme growth conditions are promising for this purpose. Firstly, we examined the calorific values of specific parts of the plants. The cumulative data as well as parameters in the individual experiment could be used for biomass production experiment in our intelligent growth chamber. The resulting now-how should be used in greenhouse production systems for plant biomass and useful compounds.
2011-01-12

P-60 極限環境下におけるバイオマス生産候補植物の検証(ポスターセッション1:資源1,研究発表(ポスター発表))

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