Low Temperature Stress Physiology in Crops

List of contents

Part 1: Responses of Chilling-Insensitive Plants to Low Stress Temperatures � The Induction of Cold Accumulation 1. Metabolic Consequences of Love Temperature Stress 2. Alterations of Plasma Membranes 3. Development at Cold-Hardening Temperatures 4. The Role of Phenolic Compounds in Plant Stress Response 5. Ethylene Induced Stress Resistance 6. Environmental Control of Growth Behaviour and Cold Hardiness in Artic and Subarctic Plants 7. Low Temperature Injury in Winter Cereals: Plasma Membrane H -Atpase 8. Cryopreservation of Plant Cells and Organs 9. Forecasting Hardiness for Winter Cold Protection in Peach Orchards Part 2: Responses of Chilling-Sensitive Plants to Low Stress Temperatures- Mefluidide 10. Relation of Chilling Stress to Ethylene Production

Summary

This volume consists of two parts, there are a total of 14 chapters including 6 chapters dealing with cold accumulation related topics, 6 dealing with freeze stress and 2 related to ethylene production and mefluidide protection.

Product details

• Authors: P.H. Li, Li
• Assisted by: Paul H. Li (Editor)
• Publisher: Taylor & Francis Ltd.
• Content: Book
• Product form: Hardback
• Publication date: 31.12.2018
• Subject: Natural sciences, medicine, IT, technology > Biology > Agriculture, horticulture; forestry, fishing, food
• EAN: 9781315895086
• ISBN: 978-1-315-89508-6
• Pages: 211
• Subjects: TECHNOLOGY & ENGINEERING / Agriculture / General, Agricultural science, plasma membrane, Moisture Content, Thylakoid Membrane, Ice Crystals, Plasma Membrane ATPase, cold acclimation, cryopreservation techniques, membrane lipid alteration, cold acclimation mechanisms, winter cereal cold hardiness research, Ethylene Signaling Pathway, freezing tolerance, plant abiotic stress, Chilling Injury, Acc Synthase, cold hardiness, Chilling stress, low temperature stress, Aba Content, Plasma Membrane ATPase Activity, Freezing Stress Resistance, Ethylene Production, Jerusalem Artichoke Tubers, CI Symptom, Winter Rape, Low Temperature Injury, Chilling Exposure