Silicon in Ornamental Plant Biotechnology - Dias, Gabrielen;dos Anjos, David Correia;Pasqual, Moacir
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The vast majority of ornamental species don't have seeds or, when they do, they take a long time to produce. In this sense, vegetative multiplication not only preserves the genetic quality of the seedling production process, but also enables the rapid multiplication of these plants in the shortest possible time. Tissue culture is a vegetative multiplication technique that offers numerous advantages in the production of seedlings of ornamental species. Anthurium is one of the most commercialized species in the country. With this in mind, the book "Silicon in Ornamental Plant Biotechnology",…mehr

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Produktbeschreibung
The vast majority of ornamental species don't have seeds or, when they do, they take a long time to produce. In this sense, vegetative multiplication not only preserves the genetic quality of the seedling production process, but also enables the rapid multiplication of these plants in the shortest possible time. Tissue culture is a vegetative multiplication technique that offers numerous advantages in the production of seedlings of ornamental species. Anthurium is one of the most commercialized species in the country. With this in mind, the book "Silicon in Ornamental Plant Biotechnology", developed by Prof. Dr. Gabrielen Dias, Prof. Dr. David Correia and Prof. Dr. Moacir Pasqual, aims to bring together the most relevant information about genetic distinction studies between anthurium species, as well as the use of silicon in the culture medium for the morphophysiological development of anthurium seedlings produced in vitro.
Autorenporträt
Gabrielen de Maria Gomes Dias es Ingeniera Agrónoma por la Universidad Federal de Ceará (2008), Máster y Doctora en Ciencias Vegetales por la Universidad Federal de Lavras (2010/2013), donde obtuvo un Posdoctorado en Agronomía en 2016. Es profesora visitante en el programa de Agronomía de la Universidad para la Integración Internacional de la Lusofonía Afrobrasileña (UNILAB).