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Controlled Atmosphere Storage of Fruit and Vegetables 3rd edition [Hardback]

(Post-Harvest Assistance, UK), (Dalhousie University, Canada), (King Mongkut's Institute of Technology, Ladkrabang, Thailand), (King Mongkuts Institute of Technology Ladkrabang, Thailand)
  • Formāts: Hardback, 448 pages, height x width x depth: 244x172x22 mm, weight: 1251 g
  • Izdošanas datums: 28-Nov-2018
  • Izdevniecība: CABI Publishing
  • ISBN-10: 1786393735
  • ISBN-13: 9781786393739
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  • Formāts: Hardback, 448 pages, height x width x depth: 244x172x22 mm, weight: 1251 g
  • Izdošanas datums: 28-Nov-2018
  • Izdevniecība: CABI Publishing
  • ISBN-10: 1786393735
  • ISBN-13: 9781786393739
Citas grāmatas par šo tēmu:
The third edition of this successful title presents current research to provide a comprehensive and up-to-date overview of controlled and modified atmosphere, hyperbaric and hypobaric storage of fresh fruits and vegetables. New and developed technologies for the transportation and storage of horticultural products are essential to ensure that produce reaches consumers in the best possible condition and has the potential to reduce the postharvest use of chemicals, maintain nutritional quality and organoleptic characteristics and reduce losses.

Covering the increasingly used science and technology of preserving the freshness of fruit and vegetables in all aspects of their postharvest life, this book puts the subject in the context of its history and current practices, in addition to future prospects. This new edition:
- Reflects on the large amount of research that is continuously being published on the topic
- Reviews and evaluates the adaptation and improvement of commercial technologies
- Includes the effect of techniques and technologies on flavor, quality and physiology, in addition to the influence of pests, diseases and disorders
- Contains 5 new chapters covering genetics and CA storage, dynamic CA storage, hyperbaric storage, hypobaric storage and fruit ripening

Fully revised and now presented in full color throughout, this book is a readily accessible resource for researchers, scientists, growers, students and industry personnel.

Papildus informācija

Postharvest scientists and agrifood commercial/industry researchers and practitioners
About the Authors xi
Preface xiii
Acknowledgements xv
Glossary xvii
Units of Measurement xix
Abbreviations xxi
1 Introduction 1(13)
History of the Effects of Gases on Crops
1(13)
2 Harvest and Pre-harvest Factors 14(11)
Organic Production
15(1)
Fertilizers
15(1)
Climate and Weather
16(1)
Fungicides
16(2)
Water Relation
18(1)
Harvest Maturity
19(2)
Chemical Sprays
21(4)
3 Effects and Interactions 25(15)
Carbon Dioxide and Oxygen Damage
26(5)
High Oxygen Storage
31(1)
Carbon Dioxide Shock Treatment
32(1)
Total Nitrogen or High Nitrogen Storage
33(1)
Ethylene
34(2)
Carbon Monoxide
36(1)
Temperature
36(1)
Humidity
36(1)
Delayed CA Storage
37(1)
Interrupted CA Storage
38(1)
Residual Effects of CA Storage
38(2)
4 Quality 40(10)
Flavour
40(3)
Volatile Compounds
43(1)
Acidity
44(1)
Nutrition
45(5)
5 Physiology, Ripening and Genetics 50(14)
Respiration Rate
50(5)
Fruit Ripening
55(3)
Genetics
58(6)
6 Pests, Diseases and Disorders 64(11)
Physiological Disorders
64(6)
Fungal Diseases
70(1)
Bacterial Diseases
71(1)
Insects
72(3)
7 Pre-storage Treatments 75(28)
High Temperature
75(3)
Irradiation
78(1)
Hydrogen
78(1)
Waxing and Polishing
79(1)
Carboxymethyl Cellulose
80(2)
Starch
82(1)
Carrageenan
83(1)
Chitosan
83(1)
Essential Oils
83(1)
Alginate
84(1)
Salicylic Acid
85(1)
Trehalose
85(1)
Gum Arabic
86(1)
Zein
86(1)
Methyl Jasmonate
87(1)
Gibberellins
87(1)
Bacteria
88(1)
Daminozide
88(1)
1-Methylcyclopropene
88(15)
8 CA Technology 103(22)
Temperature Control
107(1)
Humidity Control
108(1)
Gas Control Equipment
109(6)
Plastic Tents and Membranes
115(4)
Ripening Rooms
119(3)
Modelling
122(1)
Safety
123(2)
9 Dynamic CA Storage 125(18)
History of DCA
125(2)
Respiratory Quotient
127(4)
Ethanol
131(2)
Chlorophyll Fluorescence
133(2)
Comparison of Ethanol, RQ and CF Systems
135(4)
Current Situation
139(2)
Future Trends
141(2)
10 Hyperbaric and High-oxygen Storage 143(10)
Technology
144(1)
Effects of High Pressure
144(6)
Effects on Selected Crops
150(3)
11 Hypobaric and Low-oxygen Storage 153(25)
Technology
155(3)
Adding Carbon Dioxide
158(1)
Pre-storage Treatments
159(1)
Effects on Physiology, Quality and Deterioration
159(4)
Effects on Selected Crops
163(15)
12 Recommended CA Conditions 178(73)
Apple
178(12)
Apricot
190(1)
Apricot, Japanese
191(1)
Artichoke, Globe
191(1)
Artichoke, Jerusalem
192(1)
Asian Pear, Nashi
192(1)
Asparagus
192(1)
Aubergine, Eggplant
193(1)
Avocado
193(2)
Banana
195(1)
Basil
196(1)
Bayberry, Chinese
197(1)
Beans, Runner
197(1)
Beet
197(1)
Blackberry
197(1)
Blackcurrant
198(1)
Blueberry, Bilberry, Whortleberry
198(1)
Breadfruit
199(1)
Broccoli, Sprouting
199(2)
Brussels Sprouts
201(1)
Butter Bean, Lima Bean
202(1)
Cabbage
202(2)
Cactus Pear, Prickly Pear, Tuna, Opuntia
204(1)
Capsicum, Sweet Pepper, Bell Pepper
204(1)
Carambola, Star Fruit
205(1)
Carrot
205(1)
Cassava, Tapioca, Manioc, Yuca
205(1)
Cauliflower
205(1)
Celeriac, Turnip-rooted Celery
206(1)
Celery
207(1)
Cherimoya
208(1)
Cherry, Sour
208(1)
Cherry, Sweet
208(2)
Chestnut, Chinese
210(1)
Chestnut, Sweet
210(1)
Chicory, Endive, Belgian Endive, Escarole, Radicchio, Witloof Chicory
211(1)
Chillies
211(1)
Chinese Cabbage
211(1)
Citrus Hybrids
212(1)
Cranberry
212(1)
Cucumber
212(1)
Durian
213(1)
Feijoa
213(1)
Fig
213(1)
Garlic
214(1)
Gooseberry
214(1)
Grape
215(1)
Grapefruit, Pummelo
216(1)
Guava
216(1)
Horseradish
217(1)
Jujube
217(1)
Kiwifruit
217(1)
Kohlrabi
218(1)
Lanzones, Langsat
218(1)
Leek
218(1)
Lemon
219(1)
Lettuce
219(1)
Lime
219(1)
Litchi, Lychee
219(1)
Mamey
220(1)
Mandarin, Satsuma
220(1)
Mango
221(3)
Mangosteen
224(1)
Medlar
225(1)
Melon
225(1)
Melon, Bitter
225(1)
Mushroom
225(1)
Mushroom, Cardoncello
226(1)
Mushroom, Oyster
226(1)
Mushroom, Shiitake
226(1)
Natsudaidai
226(1)
Nectarine
227(1)
Okra
227(1)
Olive
228(1)
Onion
228(2)
Orange
230(1)
Pak Choi
231(1)
Papaya
231(1)
Passionfruit
232(1)
Peach
232(1)
Pear
233(3)
Pea, Garden Pea, Mangetout, Snow Pea, Sugar Pea
236(1)
Pepino
236(1)
Persimmon
236(1)
Pineapple
237(1)
Plantain
238(1)
Plum
238(1)
Pomegranate
239(1)
Potato
239(2)
Quince
241(1)
Radish
242(1)
Rambutan
242(1)
Raspberry
242(1)
Redcurrant
243(1)
Rocket
244(1)
Roseapple
244(1)
Salsify
244(1)
Sapodilla
244(1)
Soursop
244(1)
Spinach
245(1)
Spring onion
245(1)
Squash
245(1)
Strawberry
246(1)
Swede
247(1)
Sweetcorn, Baby Corn
248(1)
Sweet Potato
248(1)
Sweetsop, Sugar Apple
248(1)
Tomato
248(2)
Turnip
250(1)
Turnip-rooted Parsley
250(1)
Watermelon
250(1)
Yam
250(1)
13 Transport 251(23)
Sea Freight
253(3)
CA Transport Technology
256(5)
Hypobaric Containers
261(1)
MA Packaging
261(2)
CA Transport Trials and Case Studies
263(11)
14 MA Packaging 274(47)
Film Types
275(3)
Biodegradable MA Packaging
278(2)
Film Permeability
280(1)
Gas Flushing
281(1)
Quantity of Product
282(1)
Perforation
282(1)
Adjustable Diffusion Leak
283(1)
Absorbents
283(5)
Vapour Generation
288(4)
Humidity
292(1)
Temperature
293(1)
Shrink-wrapping
293(1)
Vacuum Packing
293(1)
Minimal Processing
294(1)
Equilibrium Modified Atmosphere Packaging
295(1)
Modelling
295(2)
Safety
297(2)
Some MA Packaging Recommendations
299(22)
References 321(84)
Index 405
Anthony Keith Thompson is currently a Visiting Professor at King Mongkut's Institute of Technology Ladkrabang in Thailand and was formally: Professor of Plant Science, University of Asmara, Eritrea; Professor of Postharvest Technology and Head of Department, Cranfield University, UK; Team Leader, EU project at the Windward Islands Banana Development and Exporting Company; Principal Scientific Officer, Tropical Products Institute, London; Postharvest Expert for the UN in the Sudan, Yemen and Korea for the Food and Agriculture Organization, Ghana and Sri Lanka for the International Trade Centre and Gambia for the World Bank; Advisor to the British, Jamaican and Colombian Governments in postharvest technology of fruit and vegetables; Research Fellow in Crop Science, University of the West Indies, Trinidad; Demonstrator in Biometrics at University of Leeds. He has also worked as a consultant for various commercial and government organisations across the world. Professor Thompson has published over 100 journal papers and numerous scientific textbooks over the course of his career. is an Adjunct Professor in the Faculty of Graduate Studies and Research at Dalhousie University in Canada and was formerly: Senior Research Scientist, Postharvest Biology and Technology, Agriculture and Agri-Food Canada and Professor and Head of Department of Plant Science at Dalhousie University. He has published over 100 scientific articles, primarily in the field of postharvest biology and technology with a particular interest in Controlled Atmosphere applications in fruits and vegetables. In recognition of his research and numerous innovations adopted by the postharvest industry around the world, he has received a number of awards including Fellow of the American Society for Horticultural Science, Federal Partners in Technology Transfer Award and the Queen Elizabeth II Diamond Jubilee Medal for contributions to Canada. is a forensic plant pathologist specialising in the postharvest management of fresh produce, grains and their products. He established 'Postharvest Assistance' in 2001 and operates as a freelance surveyor, consultant and expert witness. His commissions include investigations into the causes of defective ripening, deterioration, spoilage and mycotoxin production in stores, containers, reefer and ships' cargoes. He also studies weaknesses in supply chains, evaluates postharvest technologies and handling practices, and quantifies biological and economic losses. He has managed technology transfer and research and development projects in the UK, the Caribbean and Africa and was formerly a Senior Scientist and lecturer at the Natural Resources Institute, University of Greenwich. is Assistant Professor and Associate Dean in the Faculty of Agro-Industry at King Mongkut's Institute of Technology Ladkrabang in Thailand. He teaches quality control of food products, food processing, design of experiments and model building. His research interests include postharvest and food preservation technology using chitosan as an edible coating to increase shelf life and quality and control of diseases of tangerines and mangoes.