Skip to Navigation
  • Home
  • contents page
  • contributors' login
  • contact
Home, Title Page, Part IV - Ecophysiology in natural and managed communities, Chapter 14 - Temperature: a driving variable for plant growth and development,
Home

14.6 Frost and freezing injury

Printer-friendly version
  • 14.6.1 Physics and physiology
  • 14.6.2 Alleviating frost damage in horticulture
  • CASE STUDY 14.1 Cold-induced photoinhibition and tree regeneration
‹ 14.5.4 Latent heat transfer up 14.6.1 Physics and physiology ›
»
  • Printer-friendly version
  • Send by email
  • PDF version

Book navigation

  • Title Page
    • Dedication
    • Contents Page
    • Preface
    • Editing, authorship and acknowledgements
    • Part I - Perspectives on plant science
    • Part II - Processes and resources for growth
    • Part III - Coodination of growth and reproduction
    • Part IV - Ecophysiology in natural and managed communities
      • Chapter 12 - Sunlight: an all pervasive source of energy
      • Chapter 13 - Carbon dioxide: a universal substrate
      • Chapter 14 - Temperature: a driving variable for plant growth and development
        • Introduction
        • 14.1 Thermal environment and growth responses
        • 14.2 Plant coordination
        • 14.3 Field responses
        • 14.4 Chilling injury
        • 14.5 Plant heat budgets
        • 14.6 Frost and freezing injury
          • 14.6.1 Physics and physiology
          • 14.6.2 Alleviating frost damage in horticulture
          • CASE STUDY 14.1 Cold-induced photoinhibition and tree regeneration
        • 14.7 Concluding remarks
        • Further reading
      • Chapter 15 - Water: a limiting factor
      • Chapter 16 - Nutrients: a sparse resource
      • Chapter 17 - Salt: an environmental stress
      • Chapter 18 - Waterlogging and submergence: surviving poor aeration
      • Chapter 19 - Fire: an ecosystem sculpture
      • Chapter 20 - Herbicide resistance: a case of rapid evolution

Search