Description

This monograph provides basic and empiric information underlying processes believed to be involved in the doubtless multifunctional plant senescence syndrome. While essentially assuming a `basic science' approach the authors, drawing on data obtained from many of the main laboratories and research centres involved in senescence research the world over, and also on findings of the research groups they are associated with, have described how principles of basic science have been applied to practical problems, and have outlined the partial means presently available to man for achieving plant senescence control. Moreover, information is provided on current problems in the forefront of senescence research. This approach will hopefully engender further enquiry and lead at least to partial solutions to some of the as yet unsolved problems. The book will be an asset to the book shelves of students on advanced courses in agriculture, biology and biochemistry as well as scientists and research workers, university and agricultural research station libraries and horticulturalists.

Table of Contents


Introduction

Part One. General

Chapter 1. Plant Senescence

Senescence Curves

Senescence Factors in the Whole Plant

Conclusion

References and Recommended Reading

Part Two. Senescence Factors

Chapter 2. Ethylene as a Senescence Factor

Mode of Ethylene Biosynthesis

Regulation of Ethylene Biosynthesis by Ethylene

Conversion of ACC to Ethylene

Other Pathways of Ethylene Synthesis

The Ethylene Inhibitor

Ethylene Precursors and Polyamines

Ethylene Metabolism

Interaction of Ethylene with Other Phytohormones

Ethylene and Fruit Ripening

Applied Aspects of Ethylene Control

Calcium and Ethylene

Ethylene in Plant Disease

References and Recommended Reading

Chapter 3. Abscisic Acid, Xanthoxin and Phaseic Acid

Mode of Endogenous Biosynthesis

Abscisic Acid: A Senescence or a Stress Coping Hormone?

References and Recommended Reading

Chapter 4. Membranes and Senescence

Phospholipids and Glycolipids

Membranal Proteins

Membrane Lipid Phases and Phase Changes in Ageing

Transition Temperatures

Sterols

X-ray Diffraction of Membranes

Microviscosity and Senescence

Membrane Lipid Catabolism

Calcium, Calmodulin and Senescence Control

References and Recommended Reading

Chapter 5. Oxidative Processes in Biological Systems and their Role in Plant Senescence

The Electronic Structure of Molecular Oxygen

Modes o

Details

Language:
English
Copyright:
© 1986
Published:
Imprint:
Elsevier Science
Print ISBN:
9780444425218
Electronic ISBN:
9780444598462

Reviews

@qu:...the information given in this monograph has not previously been presented in this form in any textbook. Therefore, everyone interested in plant senescence should have this book within reach. @source: Scientia Horticulturae @qu:The book will prove to be an excellent reference for advanced students and researchers in the areas of senescence and postharvest physiology of horticultural crops. @source: Horticultural Science