Genetic Analyses of Vegetative Stage Drought Tolerance in Cowpea - Alidu Mustapha, Sanatu
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The book provides a reader with relevant information on Cowpea research and in particular the genetics of grain and vegetative biomass yields under well-watered and drought stress conditions during the vegetative phase of cowpea, establishing the yield penalty associated with vegetative-stage drought in cowpea in the parental lines and their F1 hybrids, in relation to hybrid vigour for drought tolerance and to identify the cowpea genotype with the highest tolerance to vegetative-stage drought among a set of nine genotypes reputed for drought tolerance. The book is relevant for Lecturers,…mehr

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Produktbeschreibung
The book provides a reader with relevant information on Cowpea research and in particular the genetics of grain and vegetative biomass yields under well-watered and drought stress conditions during the vegetative phase of cowpea, establishing the yield penalty associated with vegetative-stage drought in cowpea in the parental lines and their F1 hybrids, in relation to hybrid vigour for drought tolerance and to identify the cowpea genotype with the highest tolerance to vegetative-stage drought among a set of nine genotypes reputed for drought tolerance. The book is relevant for Lecturers, Students, Researchers in the field of Crop Sciences and in particular Plant Breeding and Genetics. For readers who are interested in the use of molecular biology tools for crop improvement, genetic basis of the physiological mechanisms adapting field crops to stress factors, genotype x environment interaction in crop plants, methodologies in field crop improvement, multi-environment evaluation offield crops, field trial methodology, student training etc, this is a book of relevance and you should not miss it.
Autorenporträt
The Author is a Lecturer/Researcher at University for Development Studies and a Plant Breeder. She holds a Master of Science in Agronomy (Plant Breeding option). She is competent in the use of molecular biology tools, genetic basis of the physiological mechanisms adapting field crops to stress factors, methodologies in field crop improvement etc.