K.V. Peter - Böcker

Genetic Engineering of Horticultural Crops provides key insights into commercialized crops, their improved productivity, disease and pest resistance, and enhanced nutritional or medicinal benefits. It includes insights into key technologies, such as marker traits identification and genetic traits transfer for increased productivity, examining the latest transgenic advances in a variety of crops and providing foundational information that can be applied to new areas of study. As modern biotechnology has helped to increase crop productivity by introducing novel gene(s) with high quality disease resistance and increased drought tolerance, this is an ideal resource for researchers and industry professionals.

Provides examples of current technologies and methodologies, addressing abiotic and biotic stresses, pest resistance and yield improvement Presents protocols on plant genetic engineering in a variety of wide-use crops Includes biosafety rule regulation of genetically modified crops in the USA and third world countries

Omics in Horticulture Crops presents a comprehensive view of germplasm diversity, genetic evolution, genomics, proteomics and transcriptomics of fruit crops (temperate, tropical and subtropical fruits, fruit nuts, berries), vegetables, tuberous crops, ornamental and floricultural crops and medicinal aromatic plants. Information covering phenomics, genetic diversity, phylogenetic studies, genome sequencing, and genome barcoding through the utilization of molecular markers plays an imperative role in the characterization and effective utilization of diverse germplasm are included in the book. This is a valuable reference for researchers and academics seeking to improve cultivar productivity through enhanced genetic diversity while also retaining optimal traits and protecting the growing environment. Highlights perspectives, progress and promises of -omics application Provides a systematic overview of origin, progenitor and domestication process as well as genetic insights Includes full range of horticultural crops

The most recent edition of this publication consists of 16 chapters, including 10 appendices. A total of 42 scientists from seven Institutes, State Agricultural Universities, and two organizations have contributed to the third revised edition. The presence of a variety of vegetables, fruits, tubers, and ornamentals at a village market serves as evidence of the advancement in the science and art of horticulture. Furthermore, many educated youth are now pursuing horticulture as a profession. The inclusion of basic sciences such as physiology, biochemistry, molecular biology and biotechnology, bioinformatics, and economics has enhanced our understanding of horticultural crops. The third edition also features five chapters on floriculture and landscaping, information on newly released varieties of all horticulture crops, color photographs, and updated data and references.

With the progression of scientific and technological advancements, there has been an increasing demand for literature on Horticulture Science, particularly in the areas of molecular biology, breeding for resilience, biofortification, ideotypes for mechanization, suitability for long-term storage, novelty, uniformity, distinctiveness, and stability, etc. The book comprises 16 comprehensive articles, authored by 24 prominent experts from esteemed institutions worldwide.

Concise Oxford Dictionary defines Resilience as recoiling; springing back; resuming its original shape after bending, stretching, compression etc. With five components of crop production space, water, energy, light, nutrients- limiting, there are stresses on crops to perform at threshold input yielding optimum output. Droughts and floods, cold and heat waves, forest fires, landslides and mud slips, ice storms, dust storms, hailstorms, thunder clouds associated with lightening and sea level rise are throwing new challenges to farming. This dangerously narrow level of food base prompts to widen the base of grains, vegetables, fruits, spices, industrial crops, mushrooms and aromatic plants. The emphasis so far was more on terrestrial plants, forest plants and lesser on lower plants. The aquatic plants-fresh water, brackish water, marine- were not much explored for edible use except by Chinese and Japanese. Halophytes, bryophytes, ferns and sea weeds are so far climate resilient. The Indo-Burmese Centre of origin (Hindustan centre including North East) is abode of several plants of possible vegetable, fruit and spicy value. The New Life styles consequent to migration for employment have brought newer food and dietary patterns. The urbanization and smaller family size are leading to pre-cooked foods and visitation to restaurants. s on bryophytes, halophytes, microalgae, chasmophytes, pseudocereals, medicinal mushrooms, speciality mushrooms, palmyrah palms, bramakamal, tropical tuber crops, dragon fruits, broad dhaniya, plants for dyes, kale and ornamental ginger are authored by eminent working scientists from 21 Universities and Research Institutes in Japan and India. The crops for the future especially climate resilient are to be identified and promoted in an emerging production scenario of new life style foods and convenient speciality foods getting attention by the new generation. The present book Climate Resilient Crops for the Future carries 17 chapters authored by men of eminence in respective areas concerning to the above areas.

The book comprises 19 chapters, each authored by distinguished scientists in the field. It emphasizes the need to overcome yield barriers through genetically modified technology while maintaining biosafety and adhering to established standards. Two chapters explore the use of biotechnology to improve productivity. The book also examines water management in a comprehensive manner. Soil fertility and its effective management are crucial for enhancing crop productivity. Soil is viewed as a living entity, which is the foundation of horticulture. Rootstocks play a pivotal role in rejuvenation, anchoring, and better nutrient absorption. Biotic stresses, such as nematode pests and a range of viruses, pose significant challenges to crop growth. Breeding techniques are now available to develop varieties and hybrids that can withstand both biotic and abiotic stresses. A basic understanding of plant physiology is necessary to comprehend the source-sink ratios in crops. The book also highlights the importance of marketing and trade, which are often overlooked but have gained significant importance. Horticulture cannot be fully understood without studying pollinators like bees.

This book, comprised of 17 chapters authored by 30 working scientists, encompasses both the basic and applied sciences of vegetables, fruits, flowers, spices, and value-added products. It is a unique publication that not only delves into the production of these items but also provides extensive information on methods and management techniques for safeguarding and promoting the proper and nutritional growth of horticultural crops.

The underutilized and under-exploited horticultural crops play a crucial role in the development of health food green parks, neutraceutical industry, home decorations, renewable sources of green energy, and food reserves during calamities. These crops are rich in essential nutrients like fiber, minerals, and beta-carotene. The crops like agathi, chekkurmanis, waterleaf, drumstick leaf, basella, and colacasia leaf are classified as leaf vegetables, while cucurbits such as ash gourd, pointed gourd, ivy gourd, kekrol, snap melons, and chow-chow are rich in iron and amino acids. Fruits like karonda, aonla, and cherries are highly nutritious and suitable for growing in less moisture soils. Noni is a fruit that is highly beneficial for health and can be used to combat diabetes, obesity, and sleeplessness. Long pepper, mint, celery, fenugreek, and garcenia are some of the spices that possess medicinal properties. There are numerous underexploited medicinal plants like tulsi and peppermint that have considerable economic value. The underutilized crops in Tripura, Orissa, and Kerala are also worth mentioning. It is essential to broaden our food basket and include lesser-known crops to ensure a healthy and balanced diet. The shift from healthcare to wellness industry has led to an increased focus on prevention rather than cure. The present volume provides a comprehensive overview of the underutilized and under-exploited horticultural crops, with contributions from working scientists in each specific crop area.

The current book serves as the second installment in the Underutilized and Underexploited Horticultural Crops series edited by Prof. K.V. Peter. Like its predecessor, this volume covers six chapters dedicated to underutilized fruits, five on vegetables, one on tuber crops, three each on flowers and trees, and two on spices. Dr. Bhuwon Sthapit from IPGRI, Malaysia has contributed a chapter on In Situ Conservation of Horticultural Crops. The underutilized fruits of the Andaman and Nicobar Islands are thoroughly examined by Dr. D.R. Singh, while prominent scientists in their respective fields cover Giant Granadilla, Apricot, Low Chilling Peaches, Aonla, and Ber. Dr. Umesh Srivastava from ICAR, New Delhi delves into Genetic Resource Management in Cucurbits, and Dr. Samadia from the Central Institute of Arid Horticulture, Bikaner discusses Arid Vegetables. Dr. S.K. Pandey, the Director of CPRI, Shimla, elucidates the Taxonomy of Temperate Underutilized Root and Tuber Crops. Dr. U. Sreelatha from the Kerala Agricultural University explores the flowers surrounding homesteads, and Dr. K. Valliappan provides an overview of Liliums. The trees covered in this book include Mahua, Chironji, and Drumstick. Dr. A.M. Rao and Dr. P. Indira delve into Turmeric and Long Coriander, respectively.

The Underutilized and Underexploited Horticultural Crops series has been widely reviewed in various scientific journals for its exceptional content and botanical information. The primary objective of the series is to broaden the food base and food basket, while also providing validated information on plants that can be used in various industries, including medicine, energy, and dyes. The third volume of the series features 25 chapters, written by 46 scientists from countries such as the UK, Mexico, Spain, India, the USA, Turkey, and Nigeria. The crops covered in this volume include atuna, African de bolita, capers and caper plants, kair, natural dye plants, plants used for dye sources, underutilized wild edible fruits of Kerala, bael, carambola, tropical plum, citrus, fig, guava, star gooseberry, hog-plum, underutilized leaf vegetables of the sub-Himalayan terai region, underutilized vegetables of Tripura, agathi and chekkurmanis, celosia, colocasia, edible begonias, kangkong, underutilized palms, and Atuna and African de bolita, which are new crops to Indian readers.Natural dyes are gaining significant commercial importance due to the negative effects of synthetic dyes, which are often allergenic and, in some cases, carcinogenic. Underutilized fruits like bael, carambola, tropical plum, fig, star gooseberry, and hog-plum are receiving attention due to their ability to grow under stressful conditions and their wider adaptability. Underexploited leaf vegetables, such as agathi, chekkurmanis, celosia, edible begonias, and kangkong, have been given prominence in the series. The chapter on Atuna has been contributed by Prof. Ghillean T. Prance, FRS, and the editor of the volume is Dr. K. V. Peter, former Vice-Chancellor of the Kerala Agricultural University.

The growing global concern over the diminishing food base that mainly relies on three crops; wheat, rice, and maize has prompted the need to encourage new crops that can adapt to changing food habits, lifestyles, and climate change. Among these, underutilized horticultural crops are gaining attention worldwide. The prestigious journal HortScience, in its Volume II review of Underutilized and Underexploited Horticultural Crops, highlighted their global value. This series emphasizes the nutritional values, ecological compatibility, and optimal use of natural resources such as water, energy, space, and time for these crops. Volume 4 specifically focuses on edible plant foods in Africa, including African Leafy Vegetables, Amaranths, Chilies, Annual Drumstick, Clove bean, Cluster bean, Curry leaf, Ivy Gourd, Snap melon, Sweet Gourd, Teasle Gourd, Tree-borne vegetables, Fruits of North Eastern Region, Dragon Fruit, Wood apple, Strobilanthes, Seed Spices, Yam bean, and Trees for Energy. The twenty chapters in this volume have been compiled by esteemed scientists in their respective crops. The fourth volume envisions a world free from hunger and under-nutrition, filled with health and wellness.

The concern for diminishing nutritional security is a matter of global interest, as the availability of arable land is decreasing, water resources for irrigation are becoming scarce and expensive, and the availability of labor is diminishing. As a result, there is a growing need for future crops and alternative sources of nutrition. To address this issue, an all-inclusive international organization for future crops has been established under the auspices of CGIAR. Horticultural crops, including vegetables, fruits, ornamentals, medicinal plants, and aromatic plants, are particularly noteworthy because they comprise a large number of plants with potential for edible uses and significant nutritional value. While some of these plants are considered weeds in certain regions, they are consumed as edible items in other parts of the world. Moreover, some of these plants are utilized for phytosanitation and phytoremediation, but they are now gaining attention as raw materials for biofuel production. The depletion of natural resources, such as energy and water, due to climate change and the resulting global warming and ozone depletion, poses a significant threat to the sustainability of these resources.

The compilation comprises recent research findings from countries including India, the USA, Japan, the European Union, the UK, and others, on topics such as vegetable science, fruit science, ornamentals, spices, plantation crops, and postharvest technology. These volumes have been contributed to by renowned educators and scientists in the field. The content exposes readers to the fundamentals of horticultural practices and phenomena through chapters on geographical indications in horticulture, emerging trends in bioinformatics, chemistry of fragrance, advances in the development of salt and water stress-tolerant plants, physiology of dormancy, principles of preservation and packing to improve quality and extend shelf life of fresh horticultural produce, graft incompatibility, role and symptoms of deficiency of micronutrients in horticultural crops, history of bioinformatics, and entomology in India. Additionally, the books cover topics such as ecofriendly approaches for the management of pests and diseases of horticultural crops, HELO priming in vegetable crops, controlled atmosphere storage of fruits, physiology of fruit ripening, and trade in floriculture.

The aim of The Science of Horticulture is to offer a comprehensive understanding of recent scientific advancements in horticulture to a wide range of stakeholders, including students, scientists, extension officers, farmers, and policy planners. In a global marketplace, the marketing of horticultural products has taken on increased significance due to the establishment of the World Trade Organization (WTO). Over 110 countries have signed various trade-related agreements. The Agreement on Trade-Related Aspects of Intellectual Property Rights (TRIPS Agreement), in particular, demonstrates the commitment of member countries to utilizing intellectual property as a means of achieving economic balance and reducing trade barriers.The legislative history of the TRIPS Agreement, which includes the General Agreement on Tariffs and Trade (GATT), the Madrid Agreement, the Chairmans draft, the Dunkel draft, and general protection under article 22, offers insight into the development of the agreement. Additionally, the TRIPS Agreement includes specific provisions related to intellectual property rights. A few examples of horticultural products that have been registered under Geographical Indication (Gi) appellation include Malabar Pepper, Alleppy Green Cardamom, Assam Tea, Darjeeling Tea, Nilgiri Tea, and Coorge Orange. The information provided in this response was contributed by Latha S. Nair of the Intellectual Property Firm in Gurgaon.

There is widespread concern about the shrinking food base that primarily consists of three crops: wheat, rice, and maize. To address this issue and cater to changing food habits and lifestyles, as well as the impact of climate change, there is a need to encourage the cultivation of new crops. One area that has received considerable attention is the promotion of underutilized horticultural crops. The journal HortScience, which has a high impact factor, published a review of underutilized and underexploited horticultural crops in volume II. This series examines the nutritional values, ecological compatibility, and optimal use of natural resources such as water, energy, space, and time for these crops. Volume 4 of the series focuses on edible plant foods in Africa, including African leafy vegetables, Amaranths, chilies, annual drumstick, clove bean, cluster bean, curry leaf, ivy gourd, snap melon, sweet gourd, teasel gourd, tree-borne vegetables, fruits of the North Eastern Region, dragon fruit, wood apple, strobilanthes, seed spices, yam bean, and trees for energy. The volume features 20 chapters written by eminent scientists in their respective crops. The aim of volume 4 is to envision a world free from hunger and malnutrition, where individuals can lead healthy and fulfilling lives.

The Underutilized and Underexploited Horticultural Crops series has been reviewed in various scientific journals for its unique and rich content, which includes botanical information. The aim of this series is to broaden the food supply and diversify the sources of industrial, dye, timber, energy, and medicinal plants. The third volume of the series features 25 chapters written by 46 scientists from the UK, Mexico, Spain, India, the USA, Turkey, and Nigeria. The volume covers crops such as atuna, African de bolita, capers and caper plants, kair, natural dye plants, plants used for dye sources, underutilized wild edible fruits of Kerala, bael, carambola, tropical plum, citrus, fig, guava, star gooseberry, hog-plum, underutilized leaf vegetables of the sub-Himalayan terai region, underutilized vegetables of Tripura, agathi and chekkurmanis, celosia, colocasia, edible begonias, kangkong, underutilized palms, and Atuna and African de bolita, which are new crops to the Indian reader.The use of natural dyes is becoming increasingly significant due to the negative effects of synthetic dyes, which are allergenic and, in some cases, carcinogenic. Underutilized fruits such as bael, carambola, tropical plum, fig, star gooseberry, and hog-plum are gaining attention due to their ability to thrive in stressful conditions. The volume also highlights underutilized leaf vegetables such as agathi, chekkurmanis, celosia, edible begonias, and kangkong, which have been given prominence. The chapter on Atuna has been contributed by Prof. Ghillean T Prance, FRS, and the editor of the volume is Dr. K. V. Peter, a former Vice-Chancellor of the Kerala Agricultural University.

The present book is the second volume in the series Underutilized and Underexploited Horticultural Crops, edited by Prof. K.V. Peter. Like the first volume, this one also covers six chapters on underexploited fruits, five on vegetables, one on tuber crops, three each on flowers and trees, and two on spices. Dr. Bhuwon Sthapit from IPGRI, Malaysia, contributes a chapter on In Situ Conservation of Horticultural Crops. Underutilized fruits of the Andaman and Nicobar Islands are examined in detail by Dr. D.R. Singh, while eminent scientists in their respective crops discuss Giant Granadilla, Apricot, Low Chilling Peaches, Aonla, and Ber. Dr. Umesh Srivastava from ICAR, New Delhi, explores Genetic Resource Management in Cucurbits, and Dr. Samadia from the Central Institute of Arid Horticulture, Bikaner, writes about Arid Vegetables. Dr. S.K. Pandey, Director of CPRI, Shimla, provides an in-depth analysis of Taxonomy of Temperate Underutilized Root and Tuber Crops. The book also includes a chapter on Underutilized flowers surrounding homesteads by Dr. U. Sreelatha from Kerala Agricultural University. An overview of Liliums is provided by Dr. K. Valliappan, while Dr. A.M. Rao and Dr. P. Indira discuss Turmeric and Long Coriander, respectively.

Underutilized and underexploited horticultural crops play an essential role in the development of health food green parks, the neutraceutical industry, home decorations, renewable sources of green energy, and as food reserves in times of calamities. Various leaf vegetables, such as agathi, chekkurmanis, waterleaf, drumstick leaf, basella, and colacasia leaf, are rich in fiber, minerals, and beta carotenes. Cucurbits, including ash gourd, pointed gourd, ivy gourd, kekrol, snap melons, and chow-chow, are rich in iron and amino acids. Fruits like karonda, aonla, and cherries are highly nutritious and suitable for growing in less moisture soils. Noni is a fruit that is beneficial for health, and noni juice is recommended for the prevention of diabetes, obesity, and sleeplessness. Among spices, long pepper, mint, celery, fenugreek, and garcenia possess medicinal properties. There are numerous underexploited medicinal plants, such as tulsi and peppermint, with considerable economic value. In particular, underutilized crops in Tripura, Orissa, and Kerala are mentioned. It is necessary to broaden our food basket with lesser-known crops. With the shift towards the wellness industry, prevention is seen as a better approach than cure. This volume comprehensively covers the topic of underutilized and underexploited horticultural crops, with each chapter written by a working scientist in the specific crop area.

The issue of diminishing nutritional security is a global concern, as agricultural land is becoming increasingly scarce, water for irrigation is becoming increasingly expensive and difficult to obtain, and the availability of labor is decreasing. This has led to increased attention on the need for future crops and alternative sources of nutrition. To address this issue, an all-inclusive international organization for future crops has been established under the CGIAR umbrella. Horticultural crops, including vegetables, fruits, ornamentals, medicinal plants, and aromatic plants, are particularly noteworthy due to the large number of plants with potential edible uses and significant nutritive value. Many of these plants are considered wild weeds in certain parts of the world, but are consumed as food in other parts of the world. Additionally, some of these plants are used for phytosanitation and phytoremediation, but are now being recognized as raw materials for biofuel production. The depletion of natural resources, including energy and water, due to climate change and the resulting global warming and ozone depletion, is also a pressing concern.

The Science of Horticulture serves as a comprehensive resource that introduces all key stakeholders, including students, scientists, extension officers, farmers, and policy planners, to the most recent scientific research findings in horticulture. In light of the establishment of the World Trade Organization (WTO), the marketing of horticultural products has become a top priority. Over 110 countries have signed various trade-related agreements, with the Agreement on Trade-Related Aspects of Intellectual Property Rights (TRIPS Agreement) specifically demonstrating the commitment of member nations to utilize intellectual property as a means of achieving economic balance and reducing trade barriers. The legislative history of the TRIPS Agreement, General Agreement on Tariffs and Trade (GATT), Madrid Agreement, Chairmans draft, Dunkel draft, general protection under article 22, and certain aspects of TRIPS definition are all elaborated upon. A few notable horticultural crops, such as Malabar Pepper, Alleppy Green Cardamom, Assam Tea, Darjeeling Tea, Nilgiri Tea, and Coorge Orange, have been registered under Geographical Indication (Gi) appellation. This issue of the journal is edited by Latha S. Nair, an Intellectual Property Firm based in Gurgaon.

The book consists of research findings from various countries, including India, the USA, Japan, the European Union, and the UK, on subjects such as vegetable science, fruit science, ornamentals, spices, plantation crops, and postharvest technology. It is a compilation of chapters written by prominent educators and scientists in the field. The book covers a wide range of topics related to horticulture, such as geographical indications, bioinformatics, fragrance chemistry, salt and water stress tolerant plants, dormancy physiology, preservation and packing techniques, graft incompatibility, micronutrient deficiency, and more. The book also includes historical perspectives on topics such as bioinformatics, entomology, and ecofriendly pest and disease management in horticulture.

In recent years, India has made significant advancements in the fisheries sector. The refinement of fishing vessels, the use of new line materials and line-handling systems, the preservation of catch, the availability of oceanographic-sensor equipment, and the utilization of satellite technology to locate potential fishing grounds have all contributed to a significant improvement in the fishing power of longline vessels. The post-harvest technology for fish has also evolved in the last decade to a more energy-efficient, cost-effective, and quality-enhancing technology. The development of technology for post-harvest preservation and the methodology for converting fish to value-added products has become increasingly popular in recent times, as fresh fish can spoil very quickly. Value addition is necessary to obtain a higher price for fishery products. It is essential to develop competent human resources in the field of post-harvest management of fish and the production of value-added products. Vocational and entrepreneurial skills should be inculcated to widen employment opportunities, particularly among rural youth and disadvantaged sections of society, and to enable self-employment.

With the progress of science and technology, there has been a considerable demand for books and periodicals focused on Horticulture Science, particularly in the areas of molecular biology, breeding for resilience, bio-fortification, ideotypes for mechanization, suitability for long-term storage, novelty, uniformity, distinctiveness, and stability, and so on. The book comprises 16 extensive articles written by 24 experts from esteemed institutions around the world.

The present book comprises 19 chapters, each authored by distinguished scientists in the relevant field. The need to overcome yield limitations through genetically modified (GM) technology while ensuring biosafety and adhering to established standards is emphasized. Two chapters specifically address the use of biotechnology to enhance agricultural productivity. The holistic study of water, a crucial but limiting factor, is also covered in the book.Soil fertility and its effective management are vital for crop productivity. The book emphasizes the importance of viewing soil as a living entity and its role as the foundation of horticulture. Root stocks play a crucial role in rejuvenating, anchoring, and promoting better nutrient absorption in plants. Breeding methods are now available to develop crop varieties and hybrids that can withstand both biotic and abiotic stresses, including those caused by nematode pests and a range of viruses.To fully comprehend the source-sink ratios in crops and the physiological processes involved, an understanding of basic sciences like plant physiology is essential. In addition, the book also covers the less commonly taught areas of marketing and trade, which are assuming increasing importance. Finally, the study of pollinators such as bees is considered essential to the field of horticulture.

The book currently in circulation comprises a total of 17 chapters, each penned by a distinguished group of 30 active researchers in the field of horticulture. This publication uniquely focuses on the fundamental and practical aspects of various categories of plants, including vegetables, fruits, flowers, spices, and value-added products. What sets this book apart from others is the comprehensive coverage of not just the production process but also in-depth information on protective methods and management techniques to ensure optimal and nutritious growth of horticultural crops.

The third edition of the present publication consists of 16 chapters, including 10 appendices. A total of 42 scientists from seven Institutes, State Agricultural Universities, and two organizations have contributed to this edition. The inclusion of a village market stocked with a diverse range of fruits, vegetables, tubers, and ornamentals serves as a testament to the progress made in the science and art of horticulture. Moreover, many educated youth are now pursuing horticulture as a profession. The application of basic sciences such as physiology, biochemistry, molecular biology and biotechnology, bioinformatics, and economics has enhanced our understanding of horticultural crops. This third edition also includes five chapters on floriculture and landscaping, information on newly released varieties of all horticulture crops, color photographs, and updated data and references.

Importance of herbs (medicinal plants) can hardly be overemphasized. Keeping in view the richness of herbs and their vast potential, this book collates the most up-to-date knowledge of important herbs and herbals. This book attempts to compile the rich experience of experts working on various herbs.