Titlebook: Industrial Crops; Breeding for BioEner Von Mark V. Cruz,David A. Dierig Book 2015 Springer Science+Business Media New York 2015 BioEnergy.I

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Flax and Linseed,Near East, or Mediterranean region with oil flax (linseed) predating fiber use (fiber flax). Current breeding work on the crop focuses on several characteristics of the oil and fiber to make the crop more competitive for use in the food industry and as source of bioproducts. For both types, increasi

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Cuphea Production and Management,heir seeds, and many flourish in temperate climates. Presently, the United States and other developed countries import millions of tons of tropical plant-related oils to provide MCFA for industrial chemical manufacturing. . can serve as an additional source for these fatty acids. Since about the ear

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Algae Crops: Coproduction of Algae Biofuels,d fish. Because of the discussion and the data surrounding algae, and the large technical and economic barriers faced by producers of algae biofuels, we predict that the use of algae to produce energy will likely end up being combined with other value-added products. The combination of energy produc

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Partnerships, Future, and Emerging Technologies,ill be explained with comparative economics given for representative biochemical and thermochemical cellulosic ethanol conversion processes. This will be followed by a description of the current state of the biofuels industry with possible future directions outlined and what needs to happen both fro

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Von Mark V. Cruz,David A. DierigUp-to-date chapters contributed by academic and industry leaders.Key technical information and breeding data on industrial crops.Comprehensive overviews on bio products as alternative energy sources