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Fruit and Vegetable Quality: An Integrated View [Kietas viršelis]

Edited by (Institute for Vegetable & Ornamental Crops, Germany), Edited by (University of Georgia, Athens, USA)
  • Formatas: Hardback, 346 pages, aukštis x plotis: 229x152 mm, weight: 810 g
  • Išleidimo metai: 18-Apr-2000
  • Leidėjas: CRC Press Inc
  • ISBN-10: 1566767857
  • ISBN-13: 9781566767859
Kitos knygos pagal šią temą:
  • Formatas: Hardback, 346 pages, aukštis x plotis: 229x152 mm, weight: 810 g
  • Išleidimo metai: 18-Apr-2000
  • Leidėjas: CRC Press Inc
  • ISBN-10: 1566767857
  • ISBN-13: 9781566767859
Kitos knygos pagal šią temą:
After an introduction, the following section addresses edible meat by-products such as pork jowl, pig tail, haggis, jellied products, tripe, brains, and intestines. The next section concerns rendering its products, methods, and systems. Subsequent sections take up hide and skin by-products, glue and gelatin, edible bone tissues, medical and pharmaceutical uses of by-products, sausage containers (e.g. bung and weasand), blood utilization, pet and exotic animal food, seafood and poultry by-products, and last, animal processing waste disposal, reduction, and utilization. No information is provided on the authors. The forerunner of this book, Animal By-Product Processing , was published in 1988; this volume incorporates new information throughout, and particular attention is given to concerns over new animal diseases transferred by feeding low-temperature rendered products and to new precautions for the rendering industry. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Preface xi List of Contributors xiii SECTION ONE CONTEMPORARY ISSUES 1(64) Food Supply Chains: From Productivity Toward Quality 3(18) Wim M. F. Jongen Introduction 3(2) Chain Reversal as a Starting Point 5(1) Product Quality 6(3) Quality as a Steering Factor for Innovation in the Supply Chain 9(5) Quality Modeling of Food Products 14(2) Linking Consumer Wants to Technologies and Research 16(2) Summary 18(1) References 18(3) Quality and Breeding---Cultivars, Genetic Engineering 21(22) P. Wehling Introduction 21(1) Biotechnology and Plant Breeding 22(3) Genetic Engineering of Traits Affecting Quality 25(11) Future Prospects 36(4) Conclusions 40(1) References 41(2) Consumer Preferences and Breeding Goals 43(22) Susanne Pecher Matthais Von Oppen Introduction 43(1) Basic Principles 44(3) Constraints in Breeding for Quality 47(3) Approaches to Identify Consumer Preferences for Quality Characteristics 50(3) Background of the Hedonic Price Analysis 53(2) Results Reported on Hedonic Price Analysis 55(2) Conclusions 57(3) References 60(5) SECTION TWO FRUITS AND VEGETABLES 65(58) Effects on the Quality of Stored Apple Fruit 67(18) David S. Johnson Martin S. Ridout Cultivar Differences in Apple Quality 68(2) Variability in Quality Parameters at Harvest 70(2) Variability in Quality Parameters After Storage 72(4) An Approach to Achieving Consistent Quality from Store 76(3) Research to Minimize Occurrence of Bitter Pit in Cox Apples 79(1) Research to Improve the Firmness of Cox Apples 80(2) Requirements for Future Research 82(1) References 82(3) Environmental Effects on Product Quality 85(11) Monika Schreiner Susanne Huyskens-Keil Angelika Krumbein Ilona Schonhof Manfred Linke Quality Determination and Quality Evaluation 85(2) Effect of Preharvest Climatic Conditions on Bioactive Substances 87(3) Interaction of Climatic Conditions in Pre-and Postharvest 90(1) Effect of Postharvest Storage Conditions on Textural Properties 91(1) Effect of Postharvest Storage Conditions on Shelf Life 92(2) Conclusions 94(1) References 94(2) Postharvest Handling and Storage of Vegetables 96(27) Torsten Nilsson Introduction 96(1) Physiological Basis for Postharvest Quality Maintenance 97(3) Influences of the Environment 100(6) Physiology of Storage 106(8) Pathology 114(1) Conclusion and Future Research Needs 115(1) References 116(7) SECTION THREE QUALITY 123(102) Acceptability 125(19) Leopold M. M. Tijskens Introduction 125(1) Decomposition of Quality 125(3) Acceptance and Acceptability 128(1) Decomposition of Acceptability 128(1) Examples of Modeling Acceptability 129(12) Conclusions 141(1) How to Design Further Research 141(1) References 142(2) Fruit and Vegetable Quality 144(14) Robert L. Shewfelt Introduction 144(2) Quality Principles 146(3) Quality Enhancement---The Model 149(2) Application of the Quality Enhancement Model 151(3) Future Directions 154(1) References 155(3) Consumer Preference 158(20) Zainul Hal J. H. Macfie Introduction 158(1) Determinants of Food Choice 159(1) Attitude Toward Novel Foods 159(2) Sensory Attributes that Influence Preference 161(5) Repertory Grid---A Tool to Elicit Consumer Descriptors and Perceptions 166(1) Mealiness---A Multilingual Vocabulary 167(3) Expectation Analysis---A Tool to Improve Quality Perception and Influence Choice 170(2) Individual Differences Analysis---Models that Explain Segmentation 172(2) Conclusions 174(1) Acknowledgments 174(1) References 174(4) Instrumental Data---Consumer Acceptance 178(21) Bernhard Bruckner Helga Auerswald Introduction 178(1) Quality Criteria 178(3) Role of Acceptance 181(1) The Perception Process 182(3) Examples of Relations Between Instrumental and Acceptance Data 185(2) Sweet Note 187(4) Fruit and Peel Firmness 191(1) Consumer Clusters 192(2) Conclusion 194(1) Summary 195(1) References 195(4) House of Quality---An Integrated View of Fruit and Vegetable Quality 199(26) Anne C. Bech Introduction 199(2) Food Quality 201(4) House of Quality 205(2) Consumer Needs 207(1) Identification of Consumer Needs 208(1) Examples of Consumer Needs 209(2) Translation of Consumer Needs 211(5) Example---House of Quality for Strategic Peas 216(3) Conclusions 219(1) References 220(5) SECTION FOUR AN INTEGRATED VIEW 225(84) Economics of Quality 227(19) Wojciech J. Florkowski Quality Dynamics 228(1) Grades and Standards 229(2) Interpretation of Quality 231(1) Market Valuation of Quality 232(10) Quality as a Risk Management Tool 242(2) References 244(2) Integrated Quality Management Applied to the Processed-Vegetables Industry 246(21) Jacques Viaene Xavier Gellynck Wim Verbeke Introduction 246(1) State of the Art 247(3) Drivers of Competitive Advantage 250(2) Research Methodology: IQM for Processed Vegetables 252(1) Results 253(3) Perception of Fresh and Processed Vegetables 256(7) Conclusions and Research Agenda 263(1) References 264(3) Methods and Examples of Integration 267(18) Stanley E. Prussia Principles 267(1) Literature 268(2) State of the Art 270(1) Examples of Visual Models 270(10) Examples of Soft Systems Methodology 280(3) References 283(2) Integrating Problem-Oriented Research 285(11) Rolf Kuchenbuch Bernhard Bruckner Jorg Ruhlmann Barbara Roger Introduction 285(1) What are the Problems? 285(6) Whose Problems Have to be Solved? 291(1) How Can the Problems be Solved? 292(2) References 294(2) A More Integrated View 296(13) Robert L. Shewfelt Leopold M. M. Tijskens Introduction 296(1) Quality 296(2) Related Terms 298(2) Approaches 300(2) Common Ground 302(1) Divergence 302(1) Recommendations 303(1) References 304(5) Index 309
Robert L. Shewfelt, Bernhard Brückner