Description

Book Synopsis

Part I: An overview of the zinc in soil and plant responses.- Chapter 1. Zinc in soils and the regulatory roles of soil properties.- Chapter 2. Physiological significance of zinc for plants, animals and humans.- Chapter 3. The mechanisms of uptake, translocation, and distribution of zinc in plants.- Chapter 4. Physiological, biochemical and molecular plant responses to zinc deficiency and excess.- Chapter 5. Molecular aspects of zinc homeostasis in plants: Zinc deficit and surplus conditions.- Part II: Strategies to regulate zinc levels in plants.- Chapter 6. Strategies for increasing zinc uptake efficiency in plants.- Chapter 7. Exploitation of microbes as a means for biofortification of zinc in crop plants.- Chapter 8. Breeding approaches and modern tools to fight zinc deficiency in plants.- Chapter 9. Agronomic approaches to zinc biofortification in soil and soilless crops.- Chapter 10. Understanding hyperaccumulation of zinc in plants.- Chapter 11. Microbes as tools for the amelioration of zinc phytotoxicity.- Chapter 12. Brassinosteroids contribute to zinc stress tolerance: Dissecting the responses in crops.

Zinc in SoilPlant Continuum

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    A Hardback by Sudhakar Srivastava

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      View other formats and editions of Zinc in SoilPlant Continuum by Sudhakar Srivastava

      Publisher: Springer
      Publication Date: 11/05/2025
      ISBN13: 9789819642526, 978-9819642526
      ISBN10:

      Description

      Book Synopsis

      Part I: An overview of the zinc in soil and plant responses.- Chapter 1. Zinc in soils and the regulatory roles of soil properties.- Chapter 2. Physiological significance of zinc for plants, animals and humans.- Chapter 3. The mechanisms of uptake, translocation, and distribution of zinc in plants.- Chapter 4. Physiological, biochemical and molecular plant responses to zinc deficiency and excess.- Chapter 5. Molecular aspects of zinc homeostasis in plants: Zinc deficit and surplus conditions.- Part II: Strategies to regulate zinc levels in plants.- Chapter 6. Strategies for increasing zinc uptake efficiency in plants.- Chapter 7. Exploitation of microbes as a means for biofortification of zinc in crop plants.- Chapter 8. Breeding approaches and modern tools to fight zinc deficiency in plants.- Chapter 9. Agronomic approaches to zinc biofortification in soil and soilless crops.- Chapter 10. Understanding hyperaccumulation of zinc in plants.- Chapter 11. Microbes as tools for the amelioration of zinc phytotoxicity.- Chapter 12. Brassinosteroids contribute to zinc stress tolerance: Dissecting the responses in crops.

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