Anil Kumar Verma – författare

This book provides a comprehensive exploration of Carbohydrate-Active Enzymes (CAZymes) in addressing the climate crisis where the biotechnological advances in utilizing this diverse enzyme group for climate change mitigation have been examined. An overview of the CAZymes from their sources, structure, diversity, biological significance, and potential for alleviating climate change have been discussed. It further examines the use of CAZymes in sustainable practices for their application in various sectors from food and agriculture to textile and pharmaceutical industries as well as medicine and combating climate change.Provides a detailed analysis of CAZymes for their structural and functional diversityReviews the application of CAZymes in biorefineries for the generation of biofuel and value-added productsDiscusses other applications of CAZymes in agriculture and industrial sectors as biological replacements for harmful chemicalsAddresses the role of the CAZymes in mitigating climate changeExplains climate change with respect to the various causes and the evidenceThis book is aimed at researchers in bioengineering, enzymology, and carbohydrates.

This book provides a comprehensive exploration of Carbohydrate-Active Enzymes (CAZymes) in addressing the climate crisis where the biotechnological advances in utilizing this diverse enzyme group for climate change mitigation have been examined. An overview of the CAZymes from their sources, structure, diversity, biological significance, and potential for alleviating climate change have been discussed. It further examines the use of CAZymes in sustainable practices for their application in various sectors from food and agriculture to textile and pharmaceutical industries as well as medicine and combating climate change.

Provides a detailed analysis of CAZymes for their structural and functional diversity Reviews the application of CAZymes in biorefineries for the generation of biofuel and value-added products Discusses other applications of CAZymes in agriculture and industrial sectors as biological replacements for harmful chemicals Addresses the role of the CAZymes in mitigating climate change Explains climate change with respect to the various causes and the evidence

This book is aimed at researchers in bioengineering, enzymology, and carbohydrates.

This book provides a comprehensive exploration of Carbohydrate-Active Enzymes (CAZymes) in addressing the climate crisis where the biotechnological advances in utilizing this diverse enzyme group for climate change mitigation have been examined. An overview of the CAZymes from their sources, structure, diversity, biological significance, and potential for alleviating climate change have been discussed. It further examines the use of CAZymes in sustainable practices for their application in various sectors from food and agriculture to textile and pharmaceutical industries as well as medicine and combating climate change.

Provides a detailed analysis of CAZymes for their structural and functional diversity Reviews the application of CAZymes in biorefineries for the generation of biofuel and value-added products Discusses other applications of CAZymes in agriculture and industrial sectors as biological replacements for harmful chemicals Addresses the role of the CAZymes in mitigating climate change Explains climate change with respect to the various causes and the evidence

This book is aimed at researchers in bioengineering, enzymology, and carbohydrates.

Commercial floriculture, which encompasses the production and trade of cut flowers, foliage plants, potted plants, landscape plants, bedding plants, seed production, dried flowers and plant parts, perfumes and essential oils, and natural dyes, has emerged as an important area in the present scenario and has been identified as a viable option for diversification into an agri-business. Among various aspects of floriculture, the essential oil, dried flower, and cut flower industries are emerging as powerful engines for economic growth. The present work aims to provide comprehensive information on the relevance of post-harvest technology in commercial floriculture. The book contains information on quality control and standardization in the perfume and essential oil industries as well as techniques for analyzing essential oils, including information on chemical constituents and sensory evaluation. The book also covers the processing techniques and quality attributes of floricultural crops, along with detailed descriptions of ornamental and aromatic plants that are sources of fragrances. The processing and preservation techniques for flowers and the various ways in which their parts can be used for value-added purposes are also discussed in full detail. The book provides extensive information on the various pre-harvest, harvest, and post-harvest factors that affect the quality of floriculture crops, particularly cut flowers.

The book comprises a total of 15 chapters, each addressing a specific aspect of production technologies for horticulture crops. The first chapter delves into processing and post-harvest technologies and provides a comprehensive overview of the Indian processing industry as well as the current status of horticultural crops. This chapter also highlights the potential for growth in the processing industry. The second chapter focuses on the biology of horticulture crops and explores the biochemical and physiological changes associated with these commodities.The third chapter discusses maturity indices and harvesting practices for horticulture crops, covering concepts related to the life of a horticultural produce, maturity indices of fruits, vegetables, and floral crops, and harvesting practices. Chapters 4 through 7 then discuss preparation for market and transportation of horticulture produce, grading and packing of horticulture produce, post-harvest problems, and common disorders of horticultural crops, respectively.Chapter 8 focuses on quality evaluation criteria for horticultural crops, while chapter 9 delves into browning reactions. Chapters 10 through 12 describe carbohydrates, proteins, fats, and oils in the context of food. Chapter 13 is dedicated exclusively to post-harvest handling, storage, and processing of vegetables, while chapter 14 provides an overview of the evaluation of food. Finally, chapter 15 focuses on practical chemistry applications in postharvest technology.The authors of this book acknowledge that no publication can be considered perfect and welcome comments and suggestions for further improvement from readers.

The book provides a comprehensive overview of production technologies for horticulture crops, encompassing a total of 19 chapters. These chapters cover a range of topics, including: orchard design and planting systems, orchard floor management, descriptions of fruit and vegetable crops, nursery raising techniques for fruit and vegetable crops, propagation techniques for horticulture crops, canopy management techniques, leaf and soil sampling techniques, integrated nutrient management in vegetable crops, field preparation, layout of experimental plots, and calculation of fertilizer doses for vegetable crops, exotic vegetables, hydroponics in vegetable cultivation, weed management in horticultural crops, cultural practices for medicinal plants, annuals and their management, flower arrangements, and architectural landscaping.

Commercial floriculture, which comprises the production and trade of cut flowers, foliage plants, potted plants, landscape plants, bedding plants, seed production, dried flowers and plant parts, perfumes, and essential oils, as well as natural dyes, has emerged as an essential part of the agricultural sector and has been recognized as a potential area for diversification into a sustainable agribusiness option. Among the various aspects of floriculture, the essential oil, dried flower, and cut flower industries have been identified as powerful engines of economic growth. This book, therefore, aims to provide comprehensive information on the relevance of post-harvest technology in the commercial aspects of floriculture. It contains information on quality control and standardization in the perfume and essential oils industry, including techniques employed for analyzing essential oils and information on their chemical constituents and sensory evaluation. Additionally, the book provides details on the processing techniques and quality attributes of essential oils, as well as descriptions of ornamental and aromatic plants that serve as sources of fragrances. The book also includes discussions on the processing and preservation techniques for flowers and the various ways in which their parts can be used for value addition. Lastly, the book provides information on the quality factors affecting floricultural crops, including pre-harvest, harvest, and post-harvest factors, with a focus on cut flowers.

The book under consideration comprises a total of 15 chapters, each focusing on a specific aspect of production technologies for horticultural crops. The first chapter provides a comprehensive introduction to the Indian processing industry, along with an overview of the status of horticultural crops in the country. Additionally, it highlights the prospects for the growth of the processing industry. The second chapter delves into the biology of horticultural crops, concentrating on the biochemical and physiological changes associated with these commodities. The third chapter discusses maturity indices and harvesting practices for horticultural crops, covering concepts related to the life of a horticultural produce, maturity indices of fruits, vegetables, and floral crops, and harvesting practices.Chapters four through seven focus on various aspects of preparing horticultural produce for market and transportation, grading and packing of horticultural produce, post-harvest problems, and common disorders of horticultural crops. The eighth chapter deals with quality evaluation criteria for horticultural crops, while the ninth chapter is centered on browning reactions. Chapters ten through twelve describe carbohydrates, proteins, fats, and oils in the context of food. Chapter thirteen is exclusively devoted to post-harvest handling, storage, and processing of vegetables, and chapter fourteen covers the evaluation of food. The final chapter focuses on practical chemistry applications in postharvest technology.It is essential to acknowledge that no book can be perfect, and the authors would appreciate any comments or suggestions for further improvement from readers.

The book comprises nineteen chapters that focus on the production technologies of horticultural crops, including: 1) Horticulture, 2) Orchard Designing & Planting Systems, 3) Orchard Floor Management, 4) Description of Fruit Crops, 5) Description of Vegetable Crops, 6) Nursery Raising Techniques in Fruit Crops, 7) Nursery Raising Techniques in Vegetable Crops, 8) Propagation Techniques for Horticulture Crops, 9) Canopy Management Techniques, 10) Leaf and Soil Sampling Techniques, 11) Integrated Nutrient Management (INM) in Vegetable Crops, 12) Field Preparation, Layout of Experimental Plot, and Calculation of Fertilizer Doses for Vegetable Crops, 13) Exotic Vegetables, 14) Hydroponics in Vegetable Cultivation, 15) Weed Management in Horticultural Crops, 16) Cultural Practices for Medicinal Plants, 17) Annuals and Their Management, 18) Flower Arrangements, and 19) Architectural Landscaping.

The second edition of the book Question Bank in Postharvest Technology has been thoroughly revised and expanded to include a sufficient number of multiple-choice questions, fill-in-the-blank exercises, matching exercises, and a glossary covering the topic. The inclusion of over 1500 multiple-choice questions, 500 fill-in-the-blank exercises, and 300 matching exercises specifically focused on postharvest technology makes this book an invaluable resource for every student.