Titlebook: Evolution from the Galapagos; Two Centuries after Gabriel Trueba,Carlos Montúfar Book 2013 Springer Science+Business Media New York 2013 C

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https://doi.org/10.1007/978-1-4614-6732-8Conservation; Evolution; Galapagos Islands; Symbiosis

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Engaged

sundowning

Handbook of Environmental Engineeringn applied to bacterial pathogens, this is set to revolutionise short-term and local epidemiological surveillance and will impact on disease management by facilitating the detailed reconstruction of transmission routes. These data will also address fundamental aspects of short-term evolutionary dynam

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SpringerBriefs in Environmental Sciencee Genomic era, allowing deep knowledge on single or consortia uncultivable species. The establishment and maintenance of symbiosis are complex issues where partners’ fitness determines the evolutionary outcome. Comparative genomics allows to dissect the evolutionary process that begins with host inv

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P. Senthil Kumar,P. R. Yaashikaaed by morphologically complex microfossils and somewhat controversial molecular fossils. The early evolutionary history of the eukaryotes, as revealed by the Neoarchean–Proterozoic fossil record, can be described in three stages. Stage I (Neoarchean–Mesoproterozoic) is characterized by a relatively

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https://doi.org/10.1007/978-981-16-8426-5ntellectually stimulating articles being published these days. The phenomenon of cells living inside other cells has had an enormous impact on the evolution of life. This has occurred on the macroscale with the endosymbiotic origin of numerous phyla of eukaryotes including the primary photoendosymbi