Microbial Biofertilizers and Micronutrient Availability
portes grátis
Microbial Biofertilizers and Micronutrient Availability
The Role of Zinc in Agriculture and Human Health
Malik, Abdul; Khan, Shams Tabrez,
Springer Nature Switzerland AG
12/2022
461
Mole
Inglês
9783030766115
15 a 20 dias
865
Descrição não disponível.
Chapter 1.- The enormity of Zinc deficiency: an overview. Chapter 2.- Zinc malnourishment in children and its impact on child health. Chapter 3.- Zinc deficiency and its consequences during pregnancy. Chapter 4.- Malnutrition: Impact of Zinc on child development. Chapter 5.- Role of Zinc in liver pathology. Chapter 6.- Role of micronutrients in abiotic stress tolerance in plants. Chapter 7.- Zinc as a versatile element in plants: an overview on uptake, translocation, assimilatory roles, deficiency and toxicity symptoms. Chapter 8.- Transition metal homeostasis and its role in plant growth. Chapter 9.- Role of Zinc homeostasis in plant growth. Chapter 10.- The multiple effects of microorganisms on plant nutrition. Chapter 11.- Role of minerals in plant growth and soil microbial consortia mediated mineral uptake by plants. Chapter 12.- Microbial bio-fertilizers an approach to deal with zinc deficiency. Chapter 13.- Zinc solubilization by bacteria for increased Zinc uptake by plant. Chapter 14.- Development of microbes based biofertilizer for zinc dissolution in soil. Chapter 15.- Soil microbes interaction: mineral solubilization and plant nutrition. Chapter 16.- Microbes Mediated facilitation of micronutrients uptake by plants from soil especially Zinc. Chapter 17.- Role of Rhizobacterial Bacilli in Zinc solubilization. Chapter 18.- Microbial bio-fertilizers an approach to deal with zinc deficiency. Chapter 19.- Comparing various diets as source of zinc with special reference to fruits and vegetables. Chapter 20.- Managing Zinc deficiency among children.
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Mineral malnutrition;Biofortification;Zinc;Micronutrients;Biofertilizers;Chemical pollution;Microbial inoculants;Soil health;Medical Geography
Chapter 1.- The enormity of Zinc deficiency: an overview. Chapter 2.- Zinc malnourishment in children and its impact on child health. Chapter 3.- Zinc deficiency and its consequences during pregnancy. Chapter 4.- Malnutrition: Impact of Zinc on child development. Chapter 5.- Role of Zinc in liver pathology. Chapter 6.- Role of micronutrients in abiotic stress tolerance in plants. Chapter 7.- Zinc as a versatile element in plants: an overview on uptake, translocation, assimilatory roles, deficiency and toxicity symptoms. Chapter 8.- Transition metal homeostasis and its role in plant growth. Chapter 9.- Role of Zinc homeostasis in plant growth. Chapter 10.- The multiple effects of microorganisms on plant nutrition. Chapter 11.- Role of minerals in plant growth and soil microbial consortia mediated mineral uptake by plants. Chapter 12.- Microbial bio-fertilizers an approach to deal with zinc deficiency. Chapter 13.- Zinc solubilization by bacteria for increased Zinc uptake by plant. Chapter 14.- Development of microbes based biofertilizer for zinc dissolution in soil. Chapter 15.- Soil microbes interaction: mineral solubilization and plant nutrition. Chapter 16.- Microbes Mediated facilitation of micronutrients uptake by plants from soil especially Zinc. Chapter 17.- Role of Rhizobacterial Bacilli in Zinc solubilization. Chapter 18.- Microbial bio-fertilizers an approach to deal with zinc deficiency. Chapter 19.- Comparing various diets as source of zinc with special reference to fruits and vegetables. Chapter 20.- Managing Zinc deficiency among children.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
