GENOTYPIC VARIATION IN PLANTS FOR MICRONUTRIENT STRESS

This book entitled 'Genotypic variation in plants for micronutrient stress' consists of varied features of plants concerned with genotypic adaptation to nutrient deficiency stress. An attempt has been made to present a concise account of both physiological and genetic bases responsible for micronutrient efficiency. The text also includes brief but valuable information on functions, deficiency symptoms and uptake of various micronutrients. The book includes critical evaluation of genotypic variation in plants for various micronutrients stresses in a sequential manner starting with iron which is often used as a model for study of mineral elements. Full colour illustrations depicting typical deficiency symptoms are provided to enable the reader to visualize the disorders at a glance. Among the salient features are the flowcharts and tables provided illustrating the text. A special chapter on enhancement in the nutritional status of crop plants through biofortification and nanotechnology is also given in the end.

Autorentext
Dr. Saumya Srivastava is Assistant Professor at Department of Botany, Patna University, India. Her research interests are heavy metal toxicity and mineral nutrition. Mr. Prahlad Kumar Arya is Assistant Professor at Department of Geology, Patna Science College, Patna University, India. He is currently working on the groundwater status of Bihar.

Klappentext

This book entitled 'Genotypic variation in plants for micronutrient stress' consists of varied features of plants concerned with genotypic adaptation to nutrient deficiency stress. An attempt has been made to present a concise account of both physiological and genetic bases responsible for micronutrient efficiency. The text also includes brief but valuable information on functions, deficiency symptoms and uptake of various micronutrients. The book includes critical evaluation of genotypic variation in plants for various micronutrients stresses in a sequential manner starting with iron which is often used as a model for study of mineral elements. Full colour illustrations depicting typical deficiency symptoms are provided to enable the reader to visualize the disorders at a glance. Among the salient features are the flowcharts and tables provided illustrating the text. A special chapter on enhancement in the nutritional status of crop plants through biofortification and nanotechnology is also given in the end.