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The root system in plants is a difficult region to study, as it is located underground, which acts as a physical barrier. This book presents a quick and non-destructive methodology for evaluating roots in plants, with reliable results, using a scanner. Using this methodology, it was possible to phenotype a large number of genotypes-phenomics-that make up Embrapa's core collection for drought tolerance, making it an important source for root research on these materials. A segregating population was also phenotyped using this methodology and subsequently genotyped using DNA chips to find regions in the upland rice chromosome that control root traits.…mehr

Produktbeschreibung
The root system in plants is a difficult region to study, as it is located underground, which acts as a physical barrier. This book presents a quick and non-destructive methodology for evaluating roots in plants, with reliable results, using a scanner. Using this methodology, it was possible to phenotype a large number of genotypes-phenomics-that make up Embrapa's core collection for drought tolerance, making it an important source for root research on these materials. A segregating population was also phenotyped using this methodology and subsequently genotyped using DNA chips to find regions in the upland rice chromosome that control root traits.
Autorenporträt
Bachelor's degree in Agronomy (2006) and Master's degree in Plant Production (2008) from the Federal University of Tocantins. PhD in Plant Science (2014) from the Federal University of Viçosa.