Agronomy and crop production Books

Book SynopsisThis is a hands-on, practical guide to describe physical bunch and oil analysis of oil palm. Bunch and oil analysis laboratories are set up at oil mills to assess production, yield potential of plantations and oil extraction rates relative to targets. The higher the oil yields produced by the planting material, the less land that is needed to achieve a specific level of production, hence helping in the sustainability of the crop. Practical, illustrated steps are given in determining bunch and oil characteristics of oil palm. Promoting green, eco-friendly agriculture, this book covers: An introduction to bunch and oil analysis Health and safety considerations Bunch sampling Physical bunch analysis of stalks, spikelets, fruits and nuts Fruit sampling Nut analysis and measurements of components Oil analysis, oil extraction and measurement Calculation of bunch components and reporting. This is an invaluable manual for oil palm mill managers, oil palm plantation managers, palm oil producers, oil palm breeders, agronomists, oil chemists, oil palm seed producing companies and research institutes across the world (especially tropical zones). It is useful for those starting a career in oil palm production, as a reference guide for managers and for training purposes.Table of Contents1: Introduction 2: Health and Safety Considerations 3: Bunch Sampling 4: Bunch Physical Analysis 5: Fruit Sampling 6: Nut Analysis 7: Oil Analysis 8: Recording, Calculations and Data Checks

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Book SynopsisThis is a hands-on, practical guide to describe field trials in oil palm breeding. Such trials are essential in almost all breeding programmes to select and verify the real expression of different target traits. In oil palm these include yield, tolerance to pests and diseases, oil quality and adaptability to the environment. Breeding success is dependent upon the genetic resources available and the effectiveness of screening amongst these for the desired traits. Many of these screens can now be carried out in the laboratory, particularly with DNA technologies. However, field trialing remains the "acid test" of commercial performance, with location and statistical design being key. Land preparation and the provision of good quality planting material, usually produced from deliberate cross-pollinations, underly the foundations of these trials. This book covers: Pre-trialing considerations and activities Land preparation Material preparation Trial planting Recording Ganoderma trials Pre-trial screening using DNA diagnostics This is an invaluable manual for oil palm breeders and oil palm institute across the world, and particularly tropical zones. It is also useful for those starting a career in oil palm improvement, those developing breeding programmes, as well as a reference guide for plantation managers and for training purposes.Table of Contents1: Introduction 2: Health and Safety Considerations 3: Pre-trialling Considerations and Activities 4: Land Preparation 5: Material Preparation 6: Trial Planting 7: Recording 8: Ganoderma Trials 9: Pre-trial Screening using DNA Diagnostics

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Book SynopsisThis is a hands-on practical guide to the use of Trichoderma as a biocontrol, as part of sustainable disease control measures for Ganoderma disease in oil palm plantations. The manual provides background information on Ganoderma (basal stem rot), the most devastating disease of oil palm in Southeast Asia, as well as on the benefits of Trichoderma fungi in safe guarding yields. The disease is caused by soil-borne fungi, Ganoderma spp, which are found in West Africa and South America, as well as Southeast Asia. Practical information is given on: the use of Trichoderma to manage Ganoderma for research and commercial use health and safety considerations in the laboratory, nursery and field in vitro multiplication of Trichoderma starting from media preparation and culture Ganoderma pathogenicity testing Trichoderma in vitro antagonism screening of Ganoderma Trichoderma screening to protect seedlings scoring Ganoderma response to Trichoderma in selecting aggressive Trichoderma isolates commercial use and application in oil palm plantations This is an invaluable manual for oil palm growers, estate/plantation managers, pathologists and breeders and research institutes across the world (especially tropical zones). It is also useful for those starting a career in oil palm plant protection, and as a reference guide for managers and for training purposes.Table of Contents1: Introduction 2: Health and Safety Considerations 3: Culturing Trichoderma 4: Trichoderma Multiplication 5: Ganoderma Pathogenicity Test 6: In Vitro Trichoderma Antagonism Screening 7: Trichoderma Nursery Screening for Ganoderma Control 8: Scoring Response of Ganoderma to Trichoderma 9: Preparation of Trichoderma for Commercial Application 10: Trichoderma Application in Oil Palm Plantations

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Book SynopsisThroughout Asia, Australia and the Pacific, and increasingly in Africa, the primary horticultural insect pests are fruit flies belonging to the genera Bactrocera, Zeugodacus and Dacus (Diptera: Tephritidae: Dacini). The Dacini is a hugely diverse clade of nearly 900 species endemic to the rainforests of Asia, Australia and the western Pacific, and the savannas and woodlands of Africa. All these species lay their eggs into fleshy fruits and vegetables, where the maggots feed, therefore destroying the fruit. In addition to being crop pests, dacines are also invasive pests of major quarantine importance and their presence in production areas can significantly impact market access opportunities. This broad text provides a rapid introduction to this economically and ecologically important group, which includes species such as the Oriental fruit fly (B. dorsalis), Melon fly (Z. cucurbitae), Queensland fruit fly (B. tryoni) and the Olive fly (B. oleae). Broken into three primary sections, it first explores the evolutionary history, systematic relationships, taxonomy and species-level diagnosis of the Dacini flies. The following biology section covers their life history, population demography, behaviour and ecology, and natural enemies. The final section of the book covers the management of these flies, with chapters on pre-harvest, post-harvest and regulatory controls. Each chapter concludes with a list of key monographs, papers or book chapters for further reading. This book will be of interest to field entomologists, extension officers, quarantine officers and market access negotiators, as well as students of applied entomology and pest management.Table of Contents1: General Introduction 2: Systematics and Taxonomy 3: Evolutionary Biogeography and Biodiversity 4: Basic Biology and Demographic Ecology 5: Reproductive Biology and Mating Behaviour 6: Host Use 7: Bactrocera as Invasive Organisms 8: Natural Enemies 9: Pre-harvest Management 10: Phytosanitary Measures 11: Regulatory Controls 12: Looking Forward

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Book SynopsisThis is a hands-on, practical guide to general and specific practices in oil palm nurseries to produce healthy, vigorous and uniform plants ready for field planting. There are two nursery stages, pre-nursery and main nursery. The pre-nursery receives both germinated seeds and tissue culture produced plantlets (ramets) which are planted in a relatively small area in which shade and humidity can be controlled. Once young plants are established they are transferred to the main nursery, potted-on and grown on to produce field-ready plants. Good nursery practices, using sustainable approaches where possible, aim to provide high quality planting materials for both commercial production and field trialling. The book covers: Nursery set up - pre-nursery and main nursery Fertilizer programmes Watering Culling Weeding Pests and diseases Pre-field genotypic screening and selection Quarantine nurseries This is an invaluable manual for commercial seed producers, nursery plant producers, commercial plantation companies and plant breeders, as well as researchers in oil palm. It is useful for those starting a career in oil palm production, and as a reference guide for managers and for training purposes.Table of Contents1: Introduction 2: Health and Safety Considerations 3: Nursery Set-up 4: Pre-nursery Activities 5: Main Nursery Activities 6: Fertiliser Programmes 7: Watering 8: Culling 9: Weeding 10: Pests and Diseases 11: Pre-field Genotypic Screening and Selection 12: Quarantine Nurseries

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Book SynopsisThe common fig (Ficus carica L.) is one of the oldest fruits domesticated by humans, and is native to southwest Asia and the Mediterranean. Figs have been associated with health and prosperity since ancient times. They are rich in fibre, potassium, calcium, and iron, as well as being an important source of vitamins, amino acids, and antioxidants. In recent years, increased consumption has caused fig production to shift to new countries such as Mexico, Brazil, India, and China. However, fig is a challenging fruit crop to grow. It is susceptible to insect pests and diseases as well as injuries from abiotic stress during fruit development and ripening. As a delicate fruit it also requires complicated postharvest procedures and climate change presents additional challenges. Comprising 29 chapters written by international experts, the book includes sections on: History Biology and Orchard Management Fruit Ripening and Postharvest Management Pests and Diseases Omics Analysis Cultivars and Breeding Products and Trade. This volume serves as a comprehensive reference for current and future practices of fig production, consumption, research and innovation, and is essential for academic researchers, and those involved in research and development in the fig industry.Table of ContentsPart I: The Fig History 1: Fig: from History and Tradition to Scientific Research 2: Remains of the Common Fig (Ficus carica L.) in the Archaeological Record and Domestication Processes 3: Figs in History and Art Part II: Biology and Orchard Management 4: Fig Morphology and Development 5: Ficus–Wasp Mutualism with a Special Emphasis on Ficus carica 6: Fig Propagation 7: Fig Orchard Establishment 8: Soil Management, Fertilization, and Irrigation 9: Horticultural Practices under Various Climatic Conditions 10: Sustainable Farming Systems and Organic Fig Production 11: Robotics and Remote Sensing in Orchards Part III: Fruit Ripening and Postharvest Management 12: Fig-Fruit Ripening and Maturation 13: Harvest and Postharvest Physiology and Technology of Fresh Fig Fruit 14: Postharvest Handling of Dried Fig Fruit Part IV: Pests and Diseases 15: Pests of Fig Trees 16: Fig Pathogens: Viruses, Viroids and Phytoplasmas 17: Fig Diseases 18: Postharvest Pests of Dried Figs 19: Mycotoxins in Fig Part V: Omics Analysis 20: Fig Genetics, Genomics, and Transcriptomics 21: Fig Flavor 22: The Role of Fig in Human Nutrition Part VI: Cultivars and Breeding 23: Fig Varieties 24: Conventional and Molecular Breeding in Fig Part VII: Products and Trade 25: Fig Products from Tradition to Future 26: Traditional EthnoMedicinal Usage of Fig 27: World Fig Production and Trade 28: Fig Marketing Strategies 29: Conclusions and Future Research

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Book SynopsisThe common fig Ficus carica L. is an ancient fruit native to the Mediterranean. Dried figs have been successfully produced and processed in arid regions with little sophisticated infrastructure for centuries. Figs are rich in fibre, trace minerals, polyphenols and vitamins, with higher nutrient levels than most fruits. Advances in agricultural production and postharvest technologies have not only improved the efficiency of dried fig production but have facilitated the development of high value fresh fig industries both for export and domestic markets. The result is high quality fresh figs that are marketed internationally throughout the year. This book provides a comprehensive summary of fig growing, processing and marketing from a scientific and horticultural perspective. It is comprised of 19 chapters that include in-depth discussions of: History of fig cultivation; Physiology; Breeding and cultivars; Propagation; Site selection and orchard establishment; Nutrition and irrigation management; Pollination management; Integrated pest management; Greenhouse production; Harvesting, dried and fresh fig processing; The medicinal uses of figs; and World fig markets. The Fig: Botany, Production and Uses is a comprehensive applied resource for academic researchers, as well as producers, processors, and marketers of dried and fresh figs.Table of Contents1: History, Archaeology and Culture 2: Taxonomy, Botany and Physiology 3: Production and Growing Regions 4: Biodiversity, Germplasm Resources and Breeding Methods 5: Fig World Cultivars 6: Propagation Techniques and Nursery Management 7: Environmental Requirements and Site Selection 8: Orchard Establishment Tree Management 9: Fig Wasps and Pollination 10: Soil and Nutritional Requirements 11: Irrigation and Water Requirements 12: Fungal, Bacterial, and Nematodes Problems in Figs 13: Fig Viruses, Viroids and Phytoplasmas 14: Arthropod Pests of Fig and Their Management 15: Fruit Maturity, Harvest Methods and Technologies 16: Postharvest Physiology and Physiological Disorders of Fresh Fig Fruits 17: Processing and Industrialization 18: Fig and Health 19: World Fig Market

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Book SynopsisMost food and fiber crops are produced from seed. This means that the world's population is dependent on annual seed production for its food supply. Vegetable seed production is much different and more challenging than production of grain crops. This book explains the biology and technology behind producing, maintaining, and enhancing the quality of vegetable seeds from breeding through to the marketed product. It begins with six chapters on a broad range of seed-related topics: the importance of seeds, reproductive biology of plants, genetic improvement strategies, quality assurance of seed production, post-harvest seed enhancement, and organic production. The remaining chapters cover seed production in eleven important vegetable families. Each chapter provides a description of the botany, types and cultivars, genetic improvement, pollination, soil fertility management, pest management, crop production, harvesting, post-harvest handling, and seed yields. The aim of this book is to educate how to produce high-quality vegetable seeds. Incorporating both current methodologies and recent research results, it is suitable for students, researchers, and professionals in the seed industry.Table of ContentsChapter 1: Vegetable Seeds and Their Global Importance Chapter 2: Vegetable Reproductive Biology Chapter 3: Genetic Improvement Methods for Vegetable Seeds Chapter 4: Producing High-Quality Vegetable Seeds Chapter 5: Post-harvest Seed Enhancement Technologies Chapter 6: Organic Seed Production Chapter 7: Family Amaryllidaceae subfamily Allioideae Chapter 8: Family Apiaceae Chapter 9: Family Asteraceae Chapter 10: Family Brassicaceae Chapter 11: Family Amaranthaceae subfamily Chenopodioideae Chapter 12: Family Cucurbitaceae Chapter 13: Family Fabaceae Chapter 14: Family Asparagaceae Chapter 15: Family Malvaceae Chapter 16: Family Poaceae Chapter 17: Family Solanaceae

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Book SynopsisRoot and tuber crops are important to agriculture, food security and income for 2.2 billion people in developing countries. These species produce large quantities of dietary energy and have stable yields under difficult environmental conditions. This second edition of Tropical Root and Tuber Crops is an authoritative treatment of four important root and tuber crops: cassava. sweet potato, yams, and aroids. The same format is followed for each crop: Origin and History, Taxonomy and Botany, Breeding and Genetics, Developmental Physiology, Agronomy, Pests and Diseases, Post-Harvest Quality and Marketing. This new edition reviews the scientific literature produced during the last decade and presents major technical advancements. Modern molecular tools have been used to clarify the phylogeny, taxonomy and origin of these species. Similar advances have been made in physiology, agronomy, pathology and product chemistry. It is essential reading for students, researchers and horticulturists.Table of ContentsSECTION I: CASSAVA 1: ORIGIN AND HISTORY 2: TAXONOMY AND BOTANY 3: BREEDING AND GENETICS 4: DEVELOPMENTAL PHYSIOLOGY 5: AGRONOMY 6: PESTS AND DISEASES 7: POSTHARVEST QUALITY AND MARKETING SECTION II: SWEET POTATO 8: ORIGIN AND HISTORY 9: TAXONOMY AND BOTANY 10: BREEDING AND GENETICS 11: DEVELOPMENTAL PHYSIOLOGY 12: AGRONOMY 13: PESTS AND DISEASES 14: POSTHARVEST QUALITY AND MARKETING SECTION III: YAMS 15: ORIGIN AND HISTORY 16: TAXONOMY AND BOTANY 17: BREEDING AND GENETICS 18: DEVELOPMENTAL PHYSIOLOGY 19: AGRONOMY 20: PESTS AND DISEASES 21: POSTHARVEST QUALITY AND MARKETING SECTION IV: AROIDS 22: ORIGIN AND HISTORY 23: TAXONOMY AND BOTANY 24: BREEDING AND GENETICS 25: DEVELOPMENTAL PHYSIOLOGY 26: AGRONOMY 27: PESTS AND DISEASES 28: POSTHARVEST QUALITY AND MARKETING

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Book SynopsisThis book is a comprehensive, beautifully illustrated colour guide to the plants which farmers, growers and gardeners can use to improve soil structure and restore fertility without the use and expense of agrichemicals. Information based on the latest research is given on how to use soil conditioning plants to avoid soil degradation, restore soil quality and help clean polluted land. There are 11 chapters: 1 to 6 cover soil health, nitrogen fixation, green manures and herbal leys, bacteria and other microorganisms, phytoremediators and soil mycorrhiza (plant-fungal symbiosis). Chapter 7 has plant illustrations, with climate range and soil types, along with their soil conditioning properties and each plant is presented with a comprehensive description opposite a detailed illustration, in full colour. Chapters 8 to 10 examine soil stabilisers, weeds and invasive plants, and hedges and trees and the final chapter, contains 5 case studies with the most recent data, followed by an appendix and glossary. The book allows the reader to identify the plants they need quickly and find the information necessary to begin implementation of soil regeneration.Table of ContentsChapter 1: Soil Health Chapter 2: Nitrogen-fixing Plants Chapter 3: Cover Crops, Green Manures and Herbal Leys Chapter 4: Bacteria and Other Microorganisms Chapter 5: Mycorrhiza Chapter 6: Phytoremediators Chapter 7: Illustrations, with Information on Each Plant Chapter 8: Soil Stabilizers and Coastal Plants Chapter 9: Weeds and Invasive Plants Chapter Chapter 10: Hedges and Trees Chapter 11: Case Studies

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Book SynopsisThe global population is projected to reach almost 10 billion by 2050, and food and feed production will need to increase by 70%. Wheat, maize and sorghum are three key cereals which provide nutrition for the majority of the world's population. Their production is affected by various abiotic stresses which cause significant yield losses. The effects of climate change also increase the frequency and severity of such abiotic stresses. Molecular breeding technologies offer real hope for improving crop yields. Although significant progress has been made over the last few years, there is still a need to bridge the large gap between yields in the most favorable and most stressful conditions. This book: - Provides a valuable resource for wheat, maize and sorghum scientists working on breeding and molecular biology, physiology and biotechnology. - Presents the latest in-depth research in the area of abiotic stress tolerance and yield improvements. - Contains the necessary information to allow plant breeders to apply this research to effectively breed new varieties of these crops. It provides a consolidated reference for plant breeders and crop scientists working on the challenges of enhanced crop productivity and climate change adaptability.Table of ContentsChapter 1: Recent Understanding on Molecular Mechanisms of Plant Abiotic Stress Response and Tolerance Chapter 2: Breeding Strategies to Enhance Abiotic Stress Tolerance and Yield Improvement in Wheat, Maize and Sorghum Chapter 3: Recent Advancement of Molecular Breeding for Improving Salinity Tolerance in Wheat Chapter 4: Genomics and Molecular Physiology for Improvement of Drought Tolerance in Wheat Chapter 5: Molecular Breeding for Improving Heat Stress Tolerance in Wheat Chapter 6: Molecular Breeding for Improving Waterlogging Tolerance in Wheat Chapter 7: Molecular Breeding for Improving Aluminium Resistance in Wheat Chapter 8: Molecular Breeding for Enhancing Iron and Zinc Content in Wheat Grains Chapter 9: Recent Advancements of Molecular Breeding and Functional Genomics for Improving Nitrogen-, Phosphorus- and Potassium-Use Efficiencies in Wheat Chapter 10: Molecular Breeding for Improving Yield in Wheat: Recent Advances and Future Perspectives Chapter 11: Tools for Transforming Wheat Breeding: Genomic Selection, Rapid Generation Advance and Database-Based Decision Support Chapter 12: CRISPR-Mediated Gene Editing in Wheat for Abiotic Stress Tolerance Chapter 13: Application of Pangenomics for Wheat Molecular Breeding Chapter 14: Recent Advancement of Molecular Understanding for Combating Salinity Stress in Maize Chapter 15: Isolation of Genes/Quantitative Trait Loci for Drought Stress Tolerance in Maize Chapter 16: The Genetic Architecture and Breeding Towards Cold Tolerance in Maize: Review Chapter 17: Physiological and Molecular Mechanisms Underlying Excess Moisture Stress Tolerance in Maize: Molecular Breeding Opportunities to Increase Yield Potential Chapter 18: Recent Molecular Breeding Advances for Improving Aluminium Tolerance in Maize and Sorghum Chapter 19: Physiological and Molecular Interventions for Improving Nitrogen-Use Efficiency in Maize Chapter 20: Recent Advancement in Molecular Breeding for Improving Nutrient-Use Efficiency in Maize Chapter 21: Molecular Breeding for Increasing Nutrition Quality in Maize: Recent Progress Chapter 22: Molecular Breeding for Improving Yield in Maize: Recent Advances and Future Perspectives Chapter 23: CRISPR-Mediated Genome Editing in Maize for Improved Abiotic Stress Tolerance Chapter 24: Molecular Breeding for Combating Salinity Stress in Sorghum: Progress and Prospects Chapter 25: Quantitative Trait Locus mapping and Genetic Improvement to Strengthen Drought Tolerance in Sorghum Chapter 26: Improving Abiotic Stress Tolerance to Adapt Sorghum to Temperate Climatic Regions Chapter 27: Isolation of Quantitative Trait Loci/Gene(s) Conferring Cadmium Tolerance in Sorghum Chapter 28: Molecular Breeding for Increasing Micronutrient Content in Sorghum Chapter 29: Ideotype Breeding for Improving Yield in Sorghum: Recent Advances and Future Perspectives

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Book SynopsisThis book presents a simple, straightforward discussion of the principles and processes involved in the production of grain yield by agronomic crops, and how these processes underlie and influence management decisions. The focus is on grain crops, principally maize and soybean, although the general principles apply equally well to cereals, grain legumes and oil crops. Management decisions define all cropping systems - what (crop species, variety), where (climate), when (planting date), and how (row spacing and population density) are the fundamental choices. Knowledge of the fundamental processes responsible for plant growth and the accumulation of yield simplifies the decision-making process and leads to improved management decisions, higher grain yields, and cropping systems that are efficient, resilient and sustainable. The contents include: · Basic plant growth processes e.g. photosynthesis, respiration, evapotranspiration · Growth and production of yield · Crop management - seed quality, variety selection, plant date, row spacing · Crop production in the future - climate change, GMOs, precision data and new crops Intended for researchers in crop science, agronomy and plant science, and crop production practitioners, this book will enable readers to make better, more informed management decisions; decisions that will help maintain a well-fed world in the future.Table of Contents1: Introduction 2: Basic Plant Growth Processes 3: Growth of Crop Communities and the Production of Yield 4: Crop Management: Principles and Practices 5: Crop Production in the Future – Challenges and Opportunties 1: Appendix

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Book SynopsisThis is an up-to-date guide on the science and practice of disease control based on fungicides in horticulture and broad acre agriculture. It describes how conventional, organic and biological fungicides are discovered, how they work and how resistance evolves. Chapters on formulation, mode of action, mobility and application inform decisions about which fungicides to use, when to use them, and how to rotate (or tank-mix) them, to manage both plant disease and fungicide resistance. A chapter on experimental design of fungicide trials aids practitioners in designing their own trials to evaluate how effective products are for their plant disease problem. Based on the successful 2014 book of Fungicides in Crop Protection this edition has four entirely new chapters, and extensive updates to the other nine chapters. The contents include: · Fungicide markets, discovery and performance. · Modes of action and spectrum. · Biological crop protection, and organic cultivation. · Fungicide formulation, mobility and application. · Experimental design of fungicide trials and their analysis. · Fungicide resistance. · Legislation and regulation. Written for crop protection professionals and scientists, growers, agronomists and consultants, the book is also suitable for students of agriculture and agronomy.Table of Contents1: Introduction 2: Plant pathology and plant pathogens 3: The fungicide industry 4: Fungicide discovery 5: Fungicide modes of action and spectrum 6: Biological fungicides - botanicals and biocontrol agents - and basic substances 7: Formulation 8: Fungicide mobility 9: Application and sprayer technology 10: Fungicide efficacy evaluation 11: Fungicide resistance 12: Legislation and Regulation 13: The future of disease control

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Book SynopsisParasitic Plants in African Agriculture brings together for the first time in a single volume, the ecology, biology, damage, and control of all groups of African parasitic plants including both the relatively few parasites introduced to the continent as well as those native parasites that have spread from within Africa. The book covers the well-known witchweeds and broomrapes but also groups and species that have received less attention including mistletoes, dodders, rice vampire weed, and other species posing threats.The book distinguishes between stem and root parasitic weeds and between holoparasites and (facultative or obligate) hemiparasites. Based on their research and experience collectively spanning six decades, the authors provide an authoritative and state-of-the-art overview of the distribution, biology and impact of these highly specialized weeds and include recommendations for their management. Since parasitic plants in African agriculture primarily affect smallholder farmers, these weeds are explicitly discussed within a context of resource limitations and global changes. Readers are informed on all parasitic plant species relevant to African agriculture and the impact these plants have on crop production and livelihoods of smallholders in a changing world. Current and future management strategies are outlined in terms of their principles and effectiveness as well as their feasibility and affordability for farmers, all of which determine farmer adoption. The final chapter synthesises some of the relevant findings and statistics regarding parasitic weed distribution and their host crops and discusses implications in terms of future crop protection concerns in African agricultural systems.Key features: Authoritative text based on extensive field and laboratory work. First comprehensive state-of-the-art overview of parasitic plants and their management in Africa. Highly illustrated with photos, graphs and species distribution maps. Reviews previous basic and applied work, with relevance to smallholder farming systems.This book will be a valuable reference for students, researchers, extension workers, development officers, national agriculture researchers, plant pathologists, food security specialists, weed scientists, agronomists and botanists.

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Book SynopsisGenome sequencing has become a basic tool of plant and animal breeding. Reduced costs have allowed the sequencing of thousands of plant lines or cultivars, leading to previously unobtainable insights into genetic impacts during breeding and generating large numbers of novel candidate breeding genes. This book summarizes the impacts that the genome sequencing revolution has had on agriculture with reference to applications across species and locations. It explains new techniques and their use in understanding epigenetics, breeding and conservation. It is a useful resource for scientists wanting to learn how different fields of agriculture have adapted novel genome sequencing technologies to their requirements, and for those wanting to transfer technologies and lessons learned from one field of agriculture to another.This book is a useful resource for students and researchers in biotechnology, genetics, genomics and breeding.

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Book SynopsisMeeting future food needs without compromising environmental integrity is a central challenge for agriculture globally but especially for the Asia Pacific region - where 60% of the global population, including some of the world's poorest, live on only 30% of the land mass. To guarantee the food security of this and other regions, growers worldwide are rapidly adopting genetically modified (GM) crops as the forerunner to protect against many biotic and abiotic stresses. Asia Pacific countries play an important role in this, with India, China and Pakistan appearing in the top 10 countries with acreage of GM crops, primarily devoted to Bt cotton. Genetically Modified Crops in Asia Pacific discusses the progress of GM crop adoption across the Asia Pacific region over the past two decades, including research, development, adoption and sustainability, as well as the development and cultivation of insect protective Bt brinjal, drought-tolerant sugarcane, late blight resistant potato and biotech rice more specific to this region. Regulatory efforts of the Asia Pacific member nations to ensure the safety of GM crops to both humans and the environment are also outlined and discussed to provide impetus in other countries initiating biotech crops. The authors also probe into some aspects of gene editing and nanobiotechnology to expand the scope into next generation GM crops, including the potential to grow crops in acidic soil, reduce methane production, remove poisonous elements from plants and improve overall nutritional quality. Genetically Modified Crops in Asia Pacific provides a comprehensive reference not only for academics, researchers and private sectors in crop systems but also policy makers in the Asia Pacific region. Beyond this region, readers will benefit from understanding how GM crops have been integrated into many different countries and, in particular, the effects of the take-up of GM cropping systems by farmers with different socioeconomic backgroundsTable of Contents1: Biotech/genetically modified crops in Asia Pacific: a way forward 2: Economic and environmental impact of genetically modified crops in Asia Pacific 3: Development and commercialisation of Bt cotton in India 4: Insect resistance management for Bt cotton in India 5: Twenty years of successful Bt cotton production in Australia 6: Advances in managing insect resistance to Bt cotton in China 7: Bt cotton in Pakistan 8: Transgenic maize and its potential commercialisation in China 9: Bringing Bt eggplant to resource- poor farmers in Bangladesh and the Philippines 10: Adoption and advances in genetically modified oilseed crops in Australia 11: Bioefficacy testing of Bt corn against Asian corn borer in the Philippines 12: Insect resistance management of Bt corn in the Philippines 13: Socioeconomic and environmental impacts of GM corn in the ASEAN: the case of the Philippines 14: Biosafety management for genetically modified crops in Vietnam: from policy to practice 15: Biotechnology and its regulatory system in Japan 16: Development of yellow stem borer resistant rice varieties in Indonesia 17: Experience in developing genetically engineered potato resistant to late blight disease 18: Genetic modifications for disease resistance in crops 19: Nanobiotechnology for plant genome engineering and crop protection

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Book SynopsisThe negative impact of chemical pesticides on human wellbeing and the environment has encouraged the development of eco-friendly alternatives for the management of plant pathogens. However, only a small number of microbial biocontrol agents (mBCAs) have been developed, registered and used in the management of plant diseases. This book analyses the deployment of mBCAs for the development of novel microbial biopesticides, considering the main plant-beneficial traits, procedures needed for effective formulations and the processes used for their validation. To guide the readers through the world of microbial biopesticides, the book starts with a chapter dedicated to the regulations that need to be followed for the development of final products. Readers will understand the importance of formulation and mode of action of mBCAs in developing microbial biopesticides. They will become familiar with key mBCAs such as Ampelomyces quisqualis, Bacillus spp., Trichoderma spp., and Pseudomonas spp., understanding the importance of formulation for their application in the field. This book explains the use of mBCAs to control post-harvest diseases and the potential of endophytic microorganisms as next-generation microbial biopesticides. A final chapter provides a useful workflow for the selection of new mBCAs and describes microbial species including promising mBCAs that might be developed as new microbial biopesticides.- Gives useful insights into the practicalities of regulation of mBCAs- Describes the underlying biology that it is critical to developing mBCAs- Provides case studies for key mBCA species - Indicates microbial species exploitable for the development of new microbial biopesticides For students and researchers involved in crop protection and biological control

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Book SynopsisThe coconut palm (Cocos nucifera L.) is one of the world's most important palms, and contributes significantly to the income and livelihood of many people in tropical countries. Widely referred to as the 'tree of life', coconut has been used as a source of food, drink, oil, medicine, shelter and wood for around 500 years. Every part of the coconut palm can be utilized. The demand for coconut fruit and its products has increased recently as people have become aware of its nutritional and health benefits, especially those of coconut water and virgin coconut oil. This book covers all aspects of coconut including origins and diversity; ecophysiology; production in a changing climate; pests and diseases; harvest and postharvest management; breeding and genetics; as well as the current and future status of coconut as an economic crop. This book is a key resource for researchers and students in horticulture, plant science and agriculture, and those interested in the production of tropical crops, and practitioners in the coconut industry.

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Book SynopsisThis book presents a global overview of the background to, and the current state of, crop protection and pest management in cotton crops. Cotton is one of the most economically important crops in the world and has been grown for centuries but maintaining high yields of good quality requires sophisticated approaches to pest management. The introduction and use of pesticides over the decades significantly increased cotton yields but lead to many adverse environmental impacts. Over time, new and alternative insecticides were developed but overuse has enabled pests to develop significant resistance. The development of genetically modified cotton varieties with toxins derived from Bacillus thuringiensis enabled much improved control of lepidopteran larvae, including bollworms, but as the toxins had no effect on sucking pests, farmers had no choice but to continue using insecticides. Also, some of the new cotton varieties developed in recent times have not adapted to different climatic conditions and the quality of cotton fibre declined as a result. This book shows the need for more research to select cotton varieties with high quality fibres suitable for different cotton growing areas and to develop integrated pest management strategies to minimise the use of pesticides. It also demonstrates the need for an inter-disciplinary approach bringing together plant breeders, entomologists, plant pathologists, agronomists and agricultural engineers to achieve high yields of high quality cotton. In the future, farmers will need to adopt new technology to determine when and how pesticides are used in conjunction with cultural and biological control strategies. · Emphasises the importance of research on growing cotton in a world experiencing climate change · Demonstrates how crucial crop protection is in achieving high yields of high quality cotton · Shows how new technology will bring major changes in how cotton is grown in the futureTable of Contents1: Origins of Cotton. Graham Matthews 2: Cotton in the United States of America and Mexico. C.T. Allen, Steven M. Brown, Charlie Cahoon, Keith Edmisten, Rogers Leonard, T. Miller, Jane Pierce, Dominic Reisig and Phillip Roberts 3: Cotton Growing in India. V.N. Waghmare, M.V. Venugopalan, V.S. Nagrare, S.P. Gawande and D.T. Nagrale 4: Cotton Growing in Pakistan, Bangladesh and Myanmar. Abid Ali, Zeeshan Ahmed and Zheng Guo 5: Growing Cotton in China. Lu Zhaozhi, Li Xueyue, Zhang Wangfeng, Zheng Juyun, Liang Fei, Yang Desong, Tian Jingshan, Gao Guizhen, Wang Juneduo and Abid Ali 6: Uzbekistan and Turkmenistan. Bahodir Eshchanov and Shadmon E. Namazov 7: Cotton Growing Along the Nile (Egypt and Sudan). Graham Matthews 8: Cotton in Southern Africa (Zimbabwe, South Africa [Eswatini], Malawi, Zambia, Mozambique and Angola). Graham Matthews and John Tunstall 9: Cotton Growing in East Africa (Tanzania, Ethiopia, Uganda and Kenya). J. Kabissa, Pius Elobu and Anthony Muriithi 10: Cotton Growing in West Africa (Mali, Burkina Faso, Côte d’Ivoire, Senegal, Benin, Togo, Niger, Cameroon, Nigeria and Ghana). Germain Ochou Ochou, S.W. Avicor and G.A. Matthews 11: Cotton Growing in Australia. Graham Matthews and Paul Grundy 12: Cotton Growing in South America and the Caribbean (Brazil, Argentina, Peru, Paraguay, Colombia and the Caribbean). Simone Silva Vieira and Graham Matthews 13: Cotton Growing Around the Mediterranean (Turkey, Greece, Spain and Israel). Feza Can, Cafer Mart, Berkant Ödemis¸ and Yas¸ar Akis¸can 14: A Look Forward. Graham Matthews

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Book SynopsisNanotechnology research and its application in agriculture has become a major focus in recent years. Nanoformulations offer the possibility to develop more efficient and less damaging agrochemicals in the environment. Smart delivery systems for nanosensors, molecules that can help to detect biotic or abiotic stresses before they can affect production, are being developed and applied. Nanotechnology also provides new techniques for genetic manipulation and plant breeding. The use of nanoformulations in agriculture is increasingly being used to enhance food values, reduce agricultural inputs, improve nutrient contents and create a longer shelf life for many products. Nanotechnology is also being applied to many aspects of food security, disease treatment, new tools for pathogen detection, effective delivery systems and packaging materials. All of these applications are supposed to assist in addressing the needs of a growing population, and help in mitigating the effects of climate change and other ecological disturbances.This book highlights new applications of these nanoforms in the field of agricultural science, written by an international team of experts from across this broad discipline. It is essential reading for graduate students, researchers and practitioners involved in the application of nanotechnology in agriculture. The book: examines the role of nano-formulations in crop yield improvement whilst reducing reliance on chemical fertilizers and pesticides; covers specially enabled delivery systems for the release of nanoformulations, field-sensing systems to monitor environmental stresses, and improvement of plant traits against environmental stress and diseases; is unambiguous, lucid, scientific and precise, with chapters supplemented by ample illustration and case studies to help clarify and summarize key points throughout.

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Book SynopsisMany international forums have identified the need for comprehensive, scientific methods for the pre-release testing and post-release monitoring of transgenic plants to ensure their environmental safety and sustainable use. In response to this requirement, a GMO Guidelines Project was established under the aegis of the International Organization for Biological Control, to develop biosafety testing guidelines for transgenic plants. This second volume focuses on transgenic cotton in Brazil and addresses both environmental and agricultural impacts. It draws out some general risk assessment guidelines and demonstrates the need for case-by-case analysis.Table of Contents1: Improving the Scientific Basis for Environmental Risk Assessment through the Case Study of Bt Cotton in Brazil, D A Andow, PAV Barroso, E M G Fontes, M F Grossi-de-Sa, A Hilbeck, and G P Fitt 2: The Cotton Agricultural Context in Brazil, E M G Fontes, F de Souza Ramalho, E Underwood, P AV Barroso, M F Simon, E R Sujii, CS S Pires, N Beltrao, WA Lucena and E C Freire 3: Consideration of Problem Formulation and Option Assessment (PFOA) for Bt Cotton in Brazil, D M F Capalbo, M F Simon, R O Nodari, S Valle, R F dos Santos, L Coradin, J de O Duarte, J E Miranda, E P F Dias, Le Quang Quyen, E Underwood and K C Nelson 4: Transgene Expression and Locus Structure of Bt Cotton, M F Grossi-de-Sa, W Lucena, M L Souza, A L Nepomuceno, E O Osir, N Amugune, Tran Thi Cuc Hoa, Truong Nam Hai, D A Somers and E Romano 5: Methodology to Support Non-target and Biodiversity Risk Assessment, A Hilbeck, D A Andow, S Arpaia, A N E Birch, E M G Fontes, G L Lovei, E Sujii, R Wheatley and E Underwood 6: Non-target and Biodiversity Impacts on Non-target Herbivorous Pests, E R Sujii, G L Lovei, M Setamou, P Silvie, M G Fernandes, G S J Dubois and R P Almeida 7: Non-target and Biodiversity Impacts on Pollinators and Flower-visiting Insects, S Arpaia, V L I Fonseca, C S Pires and F A Silveira 8: Assessing the Effects of Bt Cotton on Generalist Arthropod Predators, M Faria, J D Lundgren, E M G Fontes, D A Andow, O A Fernandes, F Schmidt and Nguyen Van Tuat 9: Non-target and Biodiversity Impacts on Parasitoids, A Pallini, P Silvie, R G Monnerat, F de S Ramalho, J M Songa and A N E Birch 10: Non-target and Biodiversity Impacts in Soil, L C Mendonca Hagler, I S de Melo, M C Valadares-Inglis, B M Anyango, J O Siqueira, Pham Van Toan and R E Wheatley 11: Assessing Gene Flow from Bt Cotton in Brazil and its Possible Consequences, J A Johnston, C Mallory-Smith, C L Brubaker, F Gandara, F J L Aragao, P A V Barroso, Vu Duc Quang, L P de Carvalho, P Kageyama, A Y Ciampi, M Fuzatto, V Cirino and E Freire 12: Resistance Risks of Bt Cotton and their Management in Brazil, G P Fitt, C Omoto, A H Maia, J M Waquil, M Caprio, T Dennehy, M A Okech, Z A Ramiro, E Cia, Nguyen Huu Huan and D A Andow 13: Supporting Risk Assessment of Bt Cotton in Brazil: Synthesis and Recommendations, D A Andow, E M G Fontes, A Hilbeck, J Johnston, D M F Capalbo, K C Nelson, E Underwood, G P Fitt, E R Sujii, S Arpaia, A N E Birch, A Pallini and R E Wheatley

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Book SynopsisCrop wild relatives (CWR) are species closely related to crop plants which can contribute beneficial traits, such as pest or disease resistance and yield improvement. These species are critical for improving agricultural production and increasing food security. They are also essential components of natural and semi-natural habitats as well as agricultural systems, and are therefore vital in maintaining ecosystem health. However, CWR, like any other group of wild species, are subject to an increasing range of threats: habitat loss, degradation and mismanagement, over-collection and climate change. Through an examination of the national, regional and global context of CWR, these authoritative studies present methodologies and case studies that review and provide recommendations for global conservation and use. Topics range from the establishment of conservation priorities and strategies, threat assessment and genetic erosion and pollution.Table of ContentsPart I: Crop Wild Relative Conservation and Use: an Overview 1: Crop Wild Relative Conservation and Use: Establishing the Context 2: Addressing the Conservation and Sustainable Utilization of Crop Wild Relatives: the International Policy Context 3: Crop Wild Relatives: Putting Information in a European Policy Context 4: Crop Wild Relatives in Armenia: Diversity, Legislation and Conservation Issues Part II: Establishing Inventories and Conservation Priorities 5: Crops and Wild Relatives of the Euro-Mediterranean Region: Making and Using a Conservation Catalogue 6: Establishing Conservation Priorities for Crop Wild Relatives 7: Creation of a National Crop Wild Relative Strategy: a Case Study for the United Kingdom 8: National Crop Wild Relative In Situ Conservation Strategy for Russia 9: Diversity and Conservation Needs of Crop Wild Relatives in Finland 10: Crop Wild Relatives in the Netherlands: Actors and Protection Measures 11: European Forest Genetic Resources: Status of Current Knowledge and Conservation Priorities 12: Using GIS Models to Locate Potential Sites for Wheat Wild Relative Conservation in the Palestinian Authority Areas Part III: Threat and Conservation Assessment 13: IUCN Red Listing of Crop Wild Relatives: is a National Approach as Difficult as Some Think? 14: Traditional Farming Systems in South-eastern Turkey: the Imperative of In Situ Conservation of Endangered Wild Annual Cicer Species 15: Ecogeographical Representativeness in Crop Wild Relative Ex Situ Collections Part IV: Genetic Erosion and Genetic Pollution 16: Genetic Erosion and Genetic Pollution of Crop Wild Relatives: the PGR Forum Perspective and Achievements 17: Assessing the Potential for Ecological Harm from Gene Flow to Crop Wild Relatives 18: Reciprocal Introgression between Wild and Cultivated Peach Palm (Bactris gasipaes Kunth, Arecaceae) in Western Ecuador 19: Impoverishment of the Gene Pool of the Genus Aegilops L. in Armenia Part V: In Situ Conservation 20: Crop Wild Relative In Situ Management and Monitoring: the Time Has Come 21: Does Agriculture Conflict with In Situ Conservation? A Case Study on the Use of Wild Relatives by Yam Farmers in Benin 22: Management Plans for Promoting In Situ Conservation of Local Agrobiodiversity in the West Asia Centre of Plant Diversity 23: In Situ Conservation Strategy for Wild Lima Bean (Phaseolus lunatus L.) Populations in the Central Valley of Costa Rica: a Case Study of Short-lived Perennial Plants with a Mixed Mating System 24: Population Performance of Arnica montana L. in Different Habitats 25: A Designated Nature Reserve for In Situ Conservation of Wild Emmer Wheat (Triticum dicoccoides (Körn.) Aaronsohn) in Northern Israel 26: Integrating Wild Plants and Landrace Conservation in Farming Systems: a Perspective from Italy Part VI: Ex Situ Conservation 27: Ex Situ Conservation of Wild Species: Services Provided by Botanic Gardens 28: Conservation of Spanish Wild Oats: Avena canariensis, A. prostrata and A. murphyi 29: Analysis of Wild Lactuca Gene Bank Accessions and Implications for Wild Species Conservation 30: The Role of Botanic Gardens in the Conservation of Crop Wild Relatives 31: A National Italian Network to Improve Seed Conservation of Wild Native Species (‘RIBES’) 32: Linking In Situ and Ex Situ Conservation with Use of Crop Wild Relatives Part VII: Information Management 33: CWRIS: an Information Management System to Aid Crop Wild Relative Conservation and Sustainable Use 34: Crop Wild Relatives in the ECPGR Central Crop Databases: a Case Study in Beta L. and Avena L. 35: Crop Wild Relative Information: Developing a Tool for its Management and Use 36: Managing Passport Data Associated with Seed Collections from Wild Populations: Increasing Potential for Conservation and Use of Crop Wild Relatives in Israel 37: Some Thoughts on Sources of News about Crop Wild Relatives Part VIII: Gene Donors for Crop Improvement 38: Using Crop Wild Relatives for Crop Improvement: Trends and Perspectives 39: The Secondary Gene Pool of Barley as Gene Donors for Crop Improvement 40: Exploitation of Wild Cereals for Wheat Improvement in the Institute for Cereal Crops Improvement 41: Using Crop Wild Relatives as Sources of Useful Genes 42: Genetic Systems and the Conservation of Wild Relatives of Crops Part IX: Use of Crop Wild Relatives and Underutilized Species 43: The Use and Economic Potential of Wild Species: an Overview 44: Minor Crops and Underutilized Species: Lessons and Prospects 45: Conservation and Use of Wild-harvested Medicinal Plants in Sri Lanka 46: Use of Wild Plant Species: the Market Perspective 47: Linking Conservation with Sustainable Use: Quercus ilex subsp. rotundifolia (Lam) O. Schwarz in Traditional Agro-sylvo-pastoral Systems in Southern Portugal Part X: Global Issues in Crop Wild Relative Conservation and Use 48: The Crop Wild Relative Specialist Group of the IUCN Species Survival Commission 49: Towards a Global Strategy for the Conservation and Use of Crop Wild Relatives

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Book SynopsisThis book is a much-expanded and updated edition of a previous volume, published in 1996 as "No-tillage Seeding: Science and Practice". The base objective remains to describe, in lay terms, a range of international experiments designed to examine the causes of successes and failures in no-tillage. The book summarizes the advantages and disadvantages of no tillage. It highlights the pros and cons of a range of features and options, without promoting any particular product.Topics added or covered in more detail in the second edition include:* soil carbon and how its retention or sequestration interacts with tillage and no-tillage* controlled traffic farming as an adjunct to no-tillage* comparison of the performance of generic no-tillage opener designs* the role of banding fertilizer in no-tillage* the economics of no-tillage* small-scale equipment used by poorer farmers* forage cropping by no-tillage* a method for risk assessment of different levels of machine sophisticationTable of Contents1: The 'What' and 'Why' of no-tillage farming, C J Baker and K E Saxton 2: The benefits of no-tillage, D R Reicosky and K E Saxton 3: The nature of risk in no-tillage, C J Baker, W (Bill) R Ritchie and K E Saxton 4: Seeding openers and slot shape, C J Baker 5: The role of slot cover, C J Baker 6: Drilling into dry soils, C J Baker 7: Drilling into wet soils, C J Baker 8: Seed depth, placement and metering, C J Baker and K E Saxton 9: Fertilizer placement, C J Baker 10: Residue handling, C J Baker, F Ribeiro, Instito Agronômico do Paraná (IAPAR), Ponta Grossa, Parana, Brazil and K E Saxton 11: Comparing surface disturbance and low-disturbance disc openers, C J Baker 12: No-tillage for forage production, C J Baker, W (Bill) and R Ritchie 13: No-tillage drill and planter design - large-scale machines, C J Baker 14: No-tillage drill and planter design - small-scale machines, F Ribeiro, S E Justice, P Hobbs and C J Baker 15: Managing a no-tillage seeding system, W (Bill) R Ritchie and C J Baker 16: Controlled traffic farming as a complementary practice to no-tillage, W C T Chamen 17: Reduced environmental emissions and carbon sequestration, D C Reicosk and K E Saxton 18: Some economic comparisons, C J Baker 19: Procedures for development and technology transfer, C J Baker"

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Book SynopsisThe Peach provides a comprehensive up to date reference work, summarizing our knowledge of peaches and their production worldwide and includes an extensive colour plates section. Chapters written by international authorities address botany and taxonomy, breeding and genetics of cultivars and rootstocks, propagation, physiology and planting systems, crop and pest management and postharvest physiology. The book also includes a contribution on the history of cultivation and production trends in China with historical references dating back to 1100 BC for the first time in the English language.Table of Contents1: Botany and Taxonomy 2: History of Cultivation and Trends in China 3: Classical Genetics and Breeding 4: Genetic Engineering and Genomics 5: Low-Chill Cultivar Development 6: Fresh Market Cultivar Development 7: Processing Peach Cultivar Development 8: Rootstock Development 9: Propagation Techniques 10: Carbon Assimilation, Partitioning and Budget Modeling 11: Orchard Planting Systems 12: Crop Load Management 13: Nutrient and Water Requirements of Peach Trees 14: Orchard Floor Management Systems 15: Diseases of Peach Caused by Fungi and Fungal-Like Organisms: Biology, Epidemiology, and Management 16: Diseases Caused by Prokaryotes - Bacteria and Phytoplasmas 17: Viruses and Viroids of Peach Trees 18: Insects and Mites 19: Nematodes 20: Preharvest Factors Affecting Peach Quality 21: Ripening, Nutrition, and Postharvest Physiology 22: Harvesting and Postharvest Handling of Peaches for the Fresh Market"

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Book SynopsisThe demand for plant-based industrial raw materials has increased as well as research into expanding the utility of plants for current and future uses. Plants are renewable, have limited or positive environmental impact and have the potential to yield a wide range of products in contrast to petroleum-based materials. Plants can be used in a variety of different industries and products including bioenergy, industrial oil and starch, fibre and dye, rubber and related compounds, insecticide and land rehabilitation. This title offers a comprehensive coverage of each of these uses. Chapters discuss the identification of plant species with desired traits, their cultivation to obtain the needed raw materials, methods utilized in producing different finished products, current and future research in crop production and processing and the present state and future prospects for the industry. Providing the first systematic review of industrial crops and their uses, this book will be an important resource for students and researchers of crop science and agricultural policy makers.Table of ContentsSection I: General Chapter 1: Overview of Industrial Crops - Bharat P. Singh Section II: Bioenergy Chapter 2: Bioenergy Industry Status and Prospects - R. Roger Ruan and Paul Chen Chapter 3: Heat and Power Generation by Gasification and Combustion - Ralph E.H. Sims Chapter 4: Ethanol from Sugar Crops - Gillian Eggleston, Thomas Tew, Lee Panella and Thomas Klasson Chapter 5: Ethanol from Grain Crops - Renyong Zhao, Xiaorong Wu, Scott Bean, and Donghai Wang Chapter 6: Ethanol from Lignocellulosic Crops - Kazuhiro Takamizawa, William Anderson and Hari P. Singh Chapter 7: Biodiesel from Oilseed Crops - Dev Shrestha and Jon Van Gerpen Section III: Industrial Oil Chapter 8: Industrial Oil Types and Uses - Lou Honary Chapter 9: Improvement of Industrial Oil Crops - Denis J Murphy Section IV: Industrial Starch Chapter 10: Starch Characterization, Variety and Application - Jay-lin Jane, Clodualdo C. Maningat and Rungtiwa Wongsagonsup Chapter 11: In Planta Modification of Starch Quantity and Quality- Sarita Jaiswal, Seedhabadee Ganeshan, Monica Båga and Ravindra N Chibbar Section V: Fibre and Dye Chapter 12: Cotton Production, Processing, and Uses of Cotton Raw Material - B. Todd Campbell and Lori Hinze Chapter 13: Research in Cotton Fibre Improvement - Lorenzo Aleman and Randy D. Allen Chapter 14: Bast Fibres: From Plants to Products - Jonathan Y. Chen and Frank Liu Chapter 15: Bast Fibre Processing and Uses - Holger Fischer and Jörg Müssig Chapter 16: Plant Dyes - R. Siva Section VI: Rubber and Related Compounds Chapter 17: Rubber Tree and Natural rubber industry- Hari P. Singh and Bharat P. Singh Chapter 18: Guayule: Culture, Breeding and Rubber Production - Dennis T. Ray, Michael A. Foster, Terry A. Coffelt and Colleen McMahan Chapter 19: Gums, resins and waxes - Enrico Casadei and Ben Chikamai Section VII: Insecticide Chapter 20: Botanical insecticides, deterrents, repellents and oils - Murray B. Isman Section VIII: Land Rehabilitation Chapter 21: Principles of Plant-based Remediation of Contaminated Soils - Peter M. Kopittke, Enzo Lombi, Neal W. Menzies and Ravi Naidu Chapter 22: Phytoremedial Crops and Current Research - Priya Padmanabhan and Shivendra V. Sahi

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Book SynopsisCurrent trends in population growth suggest that global food production is unlikely to satisfy future demand under predicted climate change scenarios unless rates of crop improvement are accelerated. In order to maintain food security in the face of these challenges, a holistic approach that includes stress-tolerant germplasm, sustainable crop and natural resource management, and sound policy interventions will be needed. The first volume in the CABI Climate Change Series, this book provides an overview of the essential disciplines required for sustainable crop production in unpredictable environments. Chapters include discussions of adapting to biotic and abiotic stresses, sustainable and resource-conserving technologies and new tools for enhancing crop adaptation. Examples of successful applications as well as future prospects of how each discipline can be expected to evolve over the next 30 years are also presented. Laying out the basic concepts needed to adapt to and mitigate changes in crop environments, this is an essential resource for researchers and students in crop and environmental science as well as policy makers.Table of Contents1: Adapting crops to climate change: a summary, Matthew P. Reynolds and Rodomiro Ortiz 2: Scenarios of climate change within the context of agriculture, Andy Jarvis, Julian Ramirez, Ben Anderson, Christoph Leibing and Pramod Aggarwal 3: Economic impacts of climate change on agriculture to 2030, David Lobell & Marshall Burke 4: Preventing potential disease and pest epidemics under a changing climate, Anne Legrève and Etienne Duveiller 5: Breeding for adaptation to heat and drought stress, Matthew Reynolds, Dirk Hays and Scott Chapman 6: Breeding crops for tolerance to salinity, waterlogging and inundation, Daniel Mullan and Ed Barrett-Lennard 7: Multi-location testing as a tool to identify plant response to global climate change, Hans-Joachim Braun, Gary Atlin and Thomas Payne 8: Genetic approaches to reduce greenhouse gas emissions: increasing carbon capture and decreasing environmental impact, Martin A. J. Parry and Malcom J. Hawkesford 9: Greenhouse gas mitigation in the main cereal systems: rice, wheat and maize, Ivan Ortiz-Monasterio, Reiner Wassmann, Bram Govaerts, Yasukazu. Hosen, Nobuko Katayanagi and Nele Verhulst 10: How conservation agriculture can contribute to buffering climate change, Peter Hobbs and Bram Govaerts 11: Management of resident soil microbial community structure and function to suppress soilborne disease development, Mark Mazzola 12: Biotechnology in agriculture, Ryan Whitford, Michael Gilbert and Peter Langridge 13: GIS & crop simulation modelling applications in climate change research, David Hodson and Jeff White 14: Statistical models for studying and understanding genotype x environment interaction in an era of climate change and increased genetic information, José Crossa, Juan Burgueño and Mateo Vargas

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Book SynopsisCoffee Wilt Disease has cost African coffee farmers an estimated US$1 billion to date, resulting from reduced yields and the extra costs incurred in trying to manage the disease. This devastating fungal disease has destroyed millions of coffee trees in affected countries across Africa and will be a contributory factor in any attempt at revitalization of the African coffee sector in the future. This book is one of the outputs of the Regional Coffee Wilt Programme and is a compilation of the current knowledge of various aspects of CWD, including information about the pathogen, its spread and importantly its management.Table of Contents1: Introduction 2: Coffee Wilt Disease in Democratic Republic of Congo 3: Coffee Wilt Disease in Uganda 4: Coffee Wilt Disease in Ethiopia 5: Status of Coffee Wilt Disease in Tanzania 6: Socio-Economic Impact of Coffee Wilt Disease 7: Biology, Taxonomy and Epidemiology of the Coffee Wilt Pathogen Gibberella xylarioides sensu lato 8: Host-Pathogen Interations in Coffea-Gibberella xylarioides pathosystem 9: Management of Coffee Wilt Disease 10: Breeding for Resistance against Coffee Wilt Disease 11: Extension Approaches and Information Dissemination for Coffee Wilt Disease Management in Africa: Experiences from Ethiopia 12: Concluding Remarks

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Book SynopsisThe soybean is a crop of global importance and is one of most frequently cultivated crops worldwide. It is rich in oil and protein, used for human and animal consumption as well as for industrial purposes. Soybean plants also play an important role in crop diversification and benefit the growth of other crops, adding nitrogen to the soil during crop rotation. With contributions from eminent researchers from around the world, The Soybean provides a concise coverage of all aspects of this important crop, including genetics and physiology, varietal improvement, production and protection technology, utilization and nutritional value.Table of ContentsPart I: History and Importance 1: The Origin and History of Soybean 2: The Role of Soybean in Agriculture Part II: Botany, Genetics and Physiology 3: Soybean Growth and Development 4: Soybean Genetic Resources 5: Varietal Improvement in Soybean 6: Soybean Yield Physiology: Principles and Processes of Yield Production Part III: Production 7: Agro-techniques for Soybean Production 8: Nutrient Management in Soybean 9: Water Management in Soybean 10: Weed Management in Soybean 11: Biological Nitrogen Fixation in Soybean 12: Storage of Soybean Part IV: Protection 13: Diseases of Soybean and Their Management 14: Insect Pests of Soybean and Their Management 15: Nematodes of Soybean and Their Management Part V: Utilization 16: Soybean Processing and Utilization 17: Nutritional Value of Soybean 18: Uses of Soybean: Products and Preparation 19: Vegetable Soybean Part VI: Marketing and Trade 20: Global Soybean Marketing and Trade: a Situation and Outlook Analysis

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Book SynopsisProduction of food fibre and fuel is vital for humanity, and as the world population continues to rise, demands on these resources is ever increasing. In a context of growing worldwide concern about sustainability and environmental impacts of cropland, grassland and forestry practices, this textbook provides an introduction to the processes that define the ecology and environment of plant production. Core principles are examined such as soil-plant relationships, genetic manipulation and diversity, yield and water requirements, as well as physical factors such as solar radiation, temperature and weather. Fully updated with new chapters on climate change and biofuels, this edition is an important text for students and researchers in agronomy, forestry, botany, ecology and environmental sciences. Praise for the first edition: 'I highly recommend this book for undergraduate students in plant production courses. It is easy to read, well-structured and of high scientific level…also useful for a more general readership' Scientia HorticulturaeTrade Review"'I highly recommend this book for undergraduate students in plant production courses. It is easy to read, well-structured and of high scientific level...also useful for a more general readership' Scientia Horticulturae"Table of Contentsa: Plant Production 1: Human population, Plant Production and Environmental Issues 2: Ecological Perspective 3: Diversity and Genetics b: Climate Resources 4: Weather and Climate 5: Radiant Energy 6: Temperature 7: Environmental Limits to production 8: Changes in Future Climates c: Water and Nutrient Resources 9: Water in the Soil 10: Water 11: Climate Change Impact on Plants 12: Nutrients in the Soil 13: Nitrogen and Agricultural Productivity 14: Biofuels

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Book SynopsisBananas and plantains are major fruit crops in the tropics and subtropics, making a vital contribution to the economies of many countries. In the last 15 years, substantial changes have occurred in banana production, among them the increased importance of fungal and viral diseases and their serious impact on Cavendish export cultivars, smallholder plantains and cooking bananas. Changes in production systems such as protected greenhouse cultivation, organic, fair-trade and integrated cultivation and their respective certification schemes have also become prominent. This book provides an accessible review of the scientific principles of banana production and how these relate to field practices. Revised and updated with expanded coverage of world trade statistics and policies, breeding of new cultivars in relation to disease resistance and markets, prospects for genetically-modified bananas and the increasing role of endophytes in controlling pests and diseases, this new edition is an essential resource for researchers and students in horticulture.Table of Contents1: Distribution and Importance 2: Taxonomic Classification, Cultivars and Breeding 3: Morphological Characteristics and Plant Development 4: Climatic Requirements and Problems 5: Phenological and Physiological Responses 6: Site Selection, Soil Requirements and Soil Preparation 7: Establishing a Plantation 8: Systems of Cultivating Bananas and Product Certifications 9: Nutritional Requirements 10: Water Requirements and Irrigation 11: Horticultural Management 12: Diseases 13: Pests 14: Harvesting and Fruit Handling 15: Ripening, Biochemistry and Uses

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Book SynopsisClimate change is a diverse, multifactorial phenomenon, meaning that the agronomic strategies needed are case-specific and will have regional differences. This book provides an integrated view of the challenges and opportunities that will face agriculture in the future as a result of climate change. It discusses how the stresses resulting from climate change can be overcome by assessing, measuring and predicting environmental changes and stresses, identifying opportunities and adapting to change and responding to multifactorial change. Challenges and potential strategies that might be taken to overcome these are illustrated using a number of case studies. Climate change will pose many challenges to agriculture in the future, but by taking an integrative approach to predicting and adapting to change, this book will inspire researchers to turn those challenges into opportunities.Table of ContentsPart I: Looking at the Past 1: Global Change and the Origins of Agriculture Part II: Present and Future Challenges in Different Agricultural Systems 2: Climate Change in Drylands: From Assessment Methods to Adaptation Strategies 3: Agronomic Avenues to Maximize the Benefits of Rising Atmospheric Carbon Dioxide Concentration in Asian Irrigated Rice Systems 4: Recent Changes in Pampean Agriculture: Possible New Avenues in Coping with Global Change Challenges 5: Global Change Challenges for Horticultural Systems Part III: Coping With Climate Change 6: The Impact of High CO2 on Plant Abiotic Stress Tolerance 7: Breeding to Improve Grain Yield in Water-limited Environments: the CSIRO Experience with Wheat 8: Molecular Breeding for a Changing Climate: Bridging Ecophysiology and Molecular Biology 9: Crop Management to Cope with Global Change: a Systems Perspective Aided by Information Technologies Part IV: Integrating Efforts in the Future 10: The Way Ahead: From Science to Policy; Coordinating Efforts in a Global World

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Book SynopsisAt a time when the world's food supplies are increasingly unable to meet the needs of a burgeoning population, the subject matter of this book has never been more relevant. At the same time, there is significant diversity of opinion concerning the benefits and perceived dangers of the applications of biotechnology in food production. To help inform this debate, the aim of Plants, Biotechnology & Agriculture is to provide the reader with a comprehensive yet concise overview of plants as both biological organisms and useful resources for people to exploit. The first half of the book gives a basic overview of plant biology including how plants develop and respond to their environment, acting as a primer for those without a biology background and a refresher for students of plant biology and agriculture. These chapters set the scene for an outline of human exploitation of plants, from domestication to scientific manipulation. The complex technologies now being applied to improving crops are then described, guiding the reader through the extensive terminologies and jargon, using focus boxes to illustrate key processes and issues. The final two chapters address society's response to biotechnology, how these technologies are being modified in response to public concerns, and new technologies being developed to meet the challenges of rapid population growth, depletion of non-renewable resources and climate change.Table of ContentsPart I: Plants and their Genomes 1: Plants and their Exploitation by People 2: Photosynthesis and the Evolution of Plants 3: Plant Molecular Genetics and Genomics Part II: How Plants Function 4: Plant Metabolism 5: Plant Organization and Development 6: Plant Responses to the Environment Part III: How Plants are Manipulated 7: Domestication and the Empirical Exploitation of Plants 8: The Scientific Manipulation of Plants 9: Crop Improvement in the 20th Century Part IV: Plants, Society and the Future 10: Plant Biotechnologies in the 21st Century 11: Social Context of Plant Biotechnologies 12: Future Challenges for Plant Biotechnology

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Book SynopsisSustainable crop production is vital to ensure that supplies of fresh vegetables and their products are readily available. However, food security still remains a huge problem in areas of the world, including the tropics and sub-tropics, where communities rely solely on subsistence farming to meet their day to day food demands. It is evident that food production needs to become more sustainable to ensure economic stability and poverty reduction. With this in mind Tropical Vegetable Production addresses the problems surrounding vegetable production in developing countries. Divided into two parts this volume discusses firstly the principles and practise of tropical vegetable production, from site selection, security and management to seeds, crop preparation and pesticides, and secondly provides details of those crops which are of particular importance in developing countries.Table of ContentsPart 1: 1: Tropics and Vegetables Defined, Concept of subsistence farming, Small farmer enterprises and The importance of vegetables in the human diet. 2: Choice of Site, Site security, Topography, Soils, Water supply and Irrigation. 3: Modification of environment, Site management, Seed supply, Seed classes and types of vegetable cultivars. 4: Farmers' information, Support, Extension and Research backing. 5: Crop preparations and Crop management. 6: Pest, Pathogen and Pesticide definitions, Integrated Pest Management, Physiological disorders, Organic production, Post-harvest losses and Market opportunities. Part 2: 7: Alliaceae Onions and related crops 8: Cruciferae. Crucifers 9: Cucurbitaceae Cucurbits, The vine crops 10: Solanaceae Tomato and related crops 11: Leguminosae Beans and related crops as vegetables and pulses 12: Leafy Vegetables 13: Graminae and Cyperaceae 14: Andean Tubers and Roots, Lamiacae and Apiaceae 15: Graminae and Cyperaceae Appendix 1: Indigenous species Appendix 2: International research institutes General Index: Index of Species

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Book SynopsisAgrobiodiversity provides most of our food through our interaction with crops and domestic animals. Future global food security is firmly anchored in sound, science-based management of agrobiodiversity. This book presents key concepts of agrobiodiversity management, critically reviewing important current and emerging issues including agricultural development, crop introduction, practical diversity in farming systems, impact of modern crop varieties and GM crops, conservation, climate change, food sovereignty and policies. It also addresses claims and misinformation in the subject based on sound scientific principles.Table of Contents1: Agrobiodiversity revisited 2: Food security and agrobiodiversity management 3: Agrobiodiversity management and the development of agriculture 4: Crop introduction and agrobiodiversity management 5: Utilization of crop diversity for food security 6: Impact of introduction of modern varieties on crop diversity 7: Transgenics can enhance crop-diversity - under certain circumstances 8: Management of crop-associated biodiversity above-ground 9: Biodiversity and ecosystem functioning in the underground 10: Agrobiodiversity conservation policy: a 'Tragedy of Errors' 11: Can the International Assessment of Agricultural Knowledge, Science and Technology for Development (IAASTD) approach ensure future food security? 12: Agrobiodiversity management for climate change 13: Agricultural revolutions and their enemies: lessons for policy makers

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Book SynopsisFood legumes are important constituents of human and animal nutrition, supplying high quality proteins crucial for a balanced diet. These crops also play an important role in low-input agricultural production systems by fixing atmospheric nitrogen. Despite systematic and continuous breeding efforts by legume researchers all over the world, substantial genetic gains have not been achieved. These issues require immediate attention, and overall, a paradigm shift is needed in breeding strategies to strengthen our traditional crop improvement programs. To this end, Biology and Breeding of Food Legumes provides extensive information on their history, origin, evolution and botany, as well as breeding objectives and procedures, nutritional improvement, industrial uses, post-harvest technology and recent developments made through biotechnological intervention.Table of Contents1: History, Origin and Evolution 2: Domestication 3: Biology of Food Legumes 4: Breeding for Improvement of Cool Season Food Legumes 5: Breeding for Improvement of Warm Season Food Legumes 6: Distant Hybridization and Alien Gene Introgression 7: Polyploidy 8: Cytology and Molecular Cytogenetics 9: Molecular Cytogenetics in Physical Mapping of Genomes and Alien Introgressions 10: Micropropagation 11: Androgenesis and Doubled-Haploid Production in Food Legumes 12: Genetic Transformation 13: Male Sterility and Hybrid Production Technology 14: Mutagenesis 15: Breeding for Biotic Stresses 16: Breeding for Abiotic Stresses 17: Legume Improvement in Acidic and Less Fertile Soils 18: Molecular Breeding Approach in Managing Abiotic Stresses 19: Trait Mapping and Molecular Breeding 20: Improving Protein Content and Nutrition Quality 21: Underutilized Food Legumes: Potential for Multipurpose Uses 22: Legumes as a Model Plant Family 23: Plant Genetic Resources and Conservation of Biodiversity 24: Seed Dormancy and Viability 25: Postharvest Technology 26: Value Addition and International Trade

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Book SynopsisThe genetic variability that developed in plants during their evolution forms the basis of their domestication and breeding into the crops grown today for food, fuel and other industrial uses. This third edition of Plant Evolution and the Origin of Crop Species brings the subject up-to-date, with more emphasis on crop origins. Beginning with a description of the processes of evolution in native and cultivated plants, the book reviews the origins of crop domestication and their subsequent development over time. All major crop species are discussed, including cereals, protein plants, starch crops, fruits and vegetables, from their origins to conservation of their genetic resources for future development.Table of ContentsPart 1: Evolutionary Processes 1: Chromosome Structure and Genetic Variability 2: Assortment of Genetic Variability 3: The Multifactoral Genome 4: Polyploidy and Gene Duplication 5: Speciation Part 2: Agricultural Origins and Crop Evolution 6: Origins of Agriculture 7: The Dynamics of Plant Domestication 8: Cereal Grains 9: Protein Plants 10: Starchy Staples and Sugars 11: Fruits, Vegetables, Oils and Fibers 12: Postscript: Germplasm Resources a: Ex situ conservation b: In situ conservation

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Book Synopsis*Includes contributions from the key scientists working in the area *Provides a comprehensive overview of the latest research as well as making recommendations for how best to deal with future challenges *Has a wide and varied scope – covering policy, genetic diversity and improvement, sustainable productivity enhancement, innovations and value chainsTable of Contentsa: Foreword b: Acknowledgements c: Introduction Section 1: Rice in Africa: An Overview 1: From WARDA to AfricaRice: An Overview of Rice Research for Development Activities Conducted in Partnership in Africa 2: Africa’s Rice Economy Before and After the 2008 Rice Crisis 3: Estimation of Cultivated Area, Number of Farming Households and Yield for Major Rice-growing Environments in Africa 4: Farmer Perceptions of the Biophysical Constraints to Rice Production in Sub-Saharan Africa, and Potential Impact of Research Section 2: Rice Genetic Diversity and Improvement 5: A Continent-wide, Product-oriented Approach to Rice Breeding in Africa 6: Rice Varietal Release Systems in Africa 7: Diversity of Rice and Related Wild Species in Africa 8: Gene Flow in African Rice Farmers’ Fields 9: Making Rice Genomics Work for Africa 10: Unlocking the Oryza glaberrima Treasure for Rice Breeding in Africa 11: Rice Genetic Improvement for Abiotic Stress Tolerance in Africa 12: Integration of Molecular Markers in Rice Improvement: A Case Study on Resistance to Rice yellow mottle virus 13: Hybrid Rice in Africa: Challenges and Prospects 14: Development of an Integrated Rice Seed Sector in Sub-Saharan Africa: Meeting the Needs of Farmers Section 3: Sustainable Productivity Enhancement 15: Towards a Better Understanding of Biophysical Determinants of Yield Gaps and the Potential for Expansion of the Rice Area in Africa 16: Managing Weeds of Rice in Africa 17: Managing the Major Diseases of Rice in Africa 18: Managing Insect Pests of Rice in Africa 19: Bird Damage to Rice in Africa: Evidence and Control 20: Increasing Rice Productivity through Improved Nutrient Use in Africa 21: Assessing and Improving Water Productivity of Irrigated Rice Systems in Africa 22: Inland Valleys: Africa’s Future Food Baskets Section 4: Rice Value Chain Development 23: Consumer Preferences for Rice in Africa 24: Tailoring African Rice Value Chains to Consumers 25: Improving Grain Quality of Locally Produced Rice in Africa 26: Developing Competitive Rice Value Chains 27: Mechanizing Africa’s Rice Sector Section 5: Working with Rice Communities 28: Integrating Gender Considerations in Rice Research for Development in Africa 29: Towards a New Approach for Understanding Interactions of Technology with Environment and Society in Small-scale Rice Farming 30: Innovative and Effective Ways to Enhance Rural Learning in Africa 31: Raising Rice Yields and Beyond: An Experience of Collective Learning and Innovation in Lowland Rice Systems in Madagascar Section 6: Rice in Africa: Looking Ahead 32: Impact of Rice Research on Income, Poverty and Food Security in Africa: An Ex-ante Analysis 33: Realizing Africa’s Rice Promise: Priorities for Action

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Book SynopsisDisease resistance is one of the major factors that can be improved to sustain yield potential in cultivated crops. This book looks at disease resistance in wheat, concentrating on all the economically important diseases - their economic impact and geographical spread, breeding for resistance, pathogen variability, resistance mechanisms and recent advances made on resistance genes. Newer strategies for identifying resistance genes and identify resistance mechanisms are discussed, including cloning, gene transfer and the use of genetically modified plants.Table of Contents1: Diseases in Wheat Crops - An Introduction 2: Stem Rust 3: Wheat Leaf Rust 4: Resistance to Stripe Rust in Wheat: Pathogen Biology Driving Resistance Breeding 5: Wheat Powdery Mildew 6: Wheat Resistance to Spot Blotch or Foliar Blight 7: Resistance Breeding for Tan Spot (Pyrenophora tritici-repentis) of Wheat 8: Resistance in Wheat to Septoria Diseases Caused by Mycosphaerella graminicola (Septoria tritici) and Phaeosphaeria (Stagonospora) nodorum 9: Resistance in Wheat to Loose Smut 10: Resistance in Wheat to Karnal Bunt 11: Common Bunt of Wheat: an Old Foe Remains a Current Threat 12: Resistance to Head Blight Caused by Fusarium spp. in Wheat 13: Resistance of Wheat to Viral Diseases 14: Flag Smut of Wheat: Pathogen Biology and Host Resistance 15: Resistance in Wheat to Nematode Diseases

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Book SynopsisA practical coverage of the principles of producing seeds for the main agricultural crops, this book emphasises producing optimal quality seed, and applies to small and large scale farms worldwide. Cereals such as wheats, rice, barley, rye and maize are covered along with pulses, legumes, oil seed rape and soybean. Coverage includes principles of production such as pollination, agronomy issues such as site selection and cultivar purity, seed processing, drying and storage. A focus on global food security is maintained throughout.Table of ContentsPART 1: PRINCIPLES 1.1: From Landrace to Modern Plant Breeding 1.2: Pollination, Types of Cultivar 1.3: Agronomy, Maintenance of Cultivar Purity and Organic Crops 1.4: Harvesting and Processing 1.5: Seed Storage 1.6: Seed Quality Control, Handling and Distribution PART 2: SEED PRODUCTION OF SPECIFIC CROPS 2.1: Gramineae - Self-fertilized Cereals 2.2: Gramineae - Cross-Fertilized Cereals 2.3: Gramineae - Temperate, Prairie and Tropical Grasses 2.4: Leguminosae - Temperate and Tropical Forage Legumes 2.5: Leguminosae - Pulse Crops 2.6: Edible Oilseed Crops 2.7: Forage Crops of Cruciferae and Chenopodiaceae 2.8: Amaranthaceae 3: Appendix: UPOV test guidelines 4: References 5: General Index 6: Index of Species

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Book SynopsisIn most developing countries, good quality seed is hard to obtain and farmers struggle to save seed from one year to the next. Instead, they increasingly turn to public or private enterprises that multiply, store and distribute seed. African Seed Enterprises takes a people-centred look at the companies, public agencies and family farms that are taking on this role and making a difference to food security across Africa. Case studies are arranged by country, and each chapter includes a profile of the agricultural and policy environment that surrounds these enterprises and affects their development. Each case is unique and presents its own set of lessons, and as a whole, this wide range of experiences is a rich source of data and ideas for future enterprise, offering valuable insights for policy makers, academics and non-governmental organizations throughout the world.Table of Contents1: Introduction: A full granary 2: How seed works 3: Cameroon: Revolving funds make a difference 4: Nigeria: Clustered seed companies 5: Mali: When government gives entrepreneurs room to grow 6: Guinea: Networks that work 7: The Gambia: Capturing the media 8: Morocco: The visible hand 9: Kenya: A company, a cooperative and a family 10: Uganda: Dreams of starting a company 11: Madagascar: coping with relief aid and politics 12: Conclusions 13: Acronyms and abbreviations 14: Glossary of terms

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Book SynopsisBased on the 2010 conference 'Towards the establishment of genetic reserves for crop wild relatives and landraces in Europe', this book is the cutting edge discussion of agrobiodiversity conservation. By considering the benefits of understanding and preserving crop wild relatives and landraces, it encompasses issues as wide-ranging and topical as habitat protection, ecosystem health and food security. Focusing on Europe, but globally relevant, Agrobiodiversity Conservation is ideal for postgraduate students of conservation and environmental studies, conservation professionals, policy makers and researchers.Table of ContentsPreface: Preface Acknowledgements: Acknowledgements Part I: Genetic reserve conservation of crop wild relatives 1: Genetic reserve conservation of European crop wild relative and landrace diversity 2: In situ conservation of crop wild relatives: a strategy for identifying priority genetic reserve sites 3: Spatial and ecogeographical approaches for selecting genetic reserves in Europe 4: The challenges of modelling species distribution: a case study of wild cherry (Prunus avium L.) in Europe 5: Towards the establishment of a genetic reserve for Beta patula Aiton 6: Beta patula Aiton: genetic diversity analysis 7: Assessing Genetic Reserves in Sicily (Italy): the Brassica Wild Relatives Case Study 8: The AEGRO Brassica Case Study 9: Surveying and conserving European Avena species diversity 10: Quality standards for genetic reserve conservation of crop wild relatives 11: Conservation of biodiversity and genetic resources in semi-natural grasslands in Norway 12: Effective conservation of Medicago Crop Wild Relatives in Russia and neighbouring countries: gap analysis points the way forward 13: Towards in situ conservation of crop wild relatives in Lithuania 14: In situ conservation of Crocus cartwrightianus in Cyclades and Crete Part II: On-farm conservation of landraces 15: Landraces: importance and use in breeding and environmentally friendly agronomic systems 16: Landraces in Europe: an approach towards identifying landrace rich areas as a priority for protection 17: On-farm conservation of the forage species timothy, meadow fescue and red clover: generation of new landraces in Norway 18: On-farm conservation and participatory maize breeding in Portugal: an overview 19: Farm seed opportunities, recommendations for on farm conservation in Europe 20: Portuguese landraces: on-farm conservation, management and use 21: What's in a name: a closer look at heritage variety definition 22: On-farm conservation of plant genetic resources in Lazio Region - Italy. Implementation of the Regional Act 1st March 2000 n°15" 23: On-farm conservation in industrialized countries: a way to promote dynamic management of biodiversity within agro-ecosystems 24: A second look at the European strategic approach to conserving crop landraces Part III: Priority setting and threat assessment 25: Comparing genetic diversity within a crop and its wild progenitor: a case study for barley 26: Using neutral genetic diversity to prioritise crop wild relative populations: a Portuguese endemic case study for Dianthus cintranus subsp. barbatu 27: The challenge of in situ conservation of crop wild relatives in the biotechnology era - A case study of wild rice species 28: European crop wild relative threat assessment: knowledge gained and lessons learnt Part IV: In situ data management 29: Documentation landscape for Plant Genetic Resources - focus on in situ and on-farm 30: Crop wild relatives in Brandenburg, Germany: establishing a system for reporting and monitoring for the in situ conservation of crop wild relatives 31: Population level information management for crop wild relatives 32: Development of an in situ database inventory - on the way to a Swiss solution for forages Part V: In situ PGR conservation: policy implications and implementation 33: The role of EURISCO in promoting use of agricultural biodiversity 34: SWOT analysis of the German seed savers sector 35: Achievements of the European Native Seed Conservation Network - ENSCONET 36: Medicinal and Aromatic Plants ECPGR Working Group: objectives and achievements Part VI: Invited additional papers 37: A community divided: lessons from the conservation of crop wild relatives around the world 38: Interactive characterization of Scottish Avena strigosa schreb. landraces on the Outer Hebrides 39: Modern landrace crops: the de novo synthesis of new crop landraces 40: Ecological strategies for crop plants and their wild relatives 41: AEGIS: a regionally based approach to PGR conservation 42: European on farm conservation activities: an update from six countries 43: Current and future threats and opportunities facing European crop wild relative and landrace diversity 44: Index

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Book SynopsisProviding comprehensive coverage on biofuel crop production and the technological, environmental and resource issues associated with a sustainable biofuel industry, this book is ideal for researchers and industry personnel. Beginning with an introduction to biofuels and the challenges they face, the book then includes detailed coverage on crops of current importance or with high future prospects, including sections on algae, sugar crops and grass, oil and forestry species. The chapters focus on the genetics, breeding, cultivation, harvesting and handling of each crop.Table of ContentsPART I: GENERAL Chapter 1: Biofuels in History Chapter 2: Status, Innovations and Challenges of Next Generation Biofuel Technologies PART II: ALGAE Chapter 3: Microalgae Taxonomy and Breeding Chapter 4: Physiology, Biochemistry and Genetics of Microalgal Growth and Lipid Production Chapter 5: Algae Cultivation of Microalgae for Biofuel Production Part III: PLANTS Chapter 6: Physiology and Genetics of Biofuel Crop Yield Chapter 7: Deconstructing Plant Biomass: Cell Wall Structure and Novel Manipulation Strategies Chapter 8: Sugarcane and Energycane Chapter 9: Sweet Sorghum - Genetics, Breeding and Commercialization Chapter 10: Switchgrass Chapter 11: Miscanthus Species Chapter 12: Arundo donax Chapter 13: Elephant Grass Chapter 14: Bast and Leaf Fibre Crops (Kenaf, Hemp, Jute, Agave etc.) Chapter 15: Jatroph (Jatropha curcas L.) Chapter 16: Oilseed Brassicas Chapter17: Camelina (Camelina sativa) Chapter 18: Oil Palm Chapter 19: Willow Chapter 20: Pines Chapter 21: Eucalyptus and Bamboo Chapter 22: Phytoremediation Trees for Biofuel Chapter 23: Lignocellulossic Feedstock Preparation by Size Reduction and Pretreatment Appendix I: Energy and related units Appendix II: Botanical names

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Book SynopsisAt a time when the world's food supplies are increasingly unable to meet the needs of a burgeoning population, the subject matter of this book has never been more relevant. At the same time, there is significant diversity of opinion concerning the benefits and perceived dangers of the applications of biotechnology in food production. To help inform this debate, the aim of Plants, Biotechnology & Agriculture is to provide the reader with a comprehensive yet concise overview of plants as both biological organisms and useful resources for people to exploit. The first half of the book gives a basic overview of plant biology including how plants develop and respond to their environment, acting as a primer for those without a biology background and a refresher for students of plant biology and agriculture. These chapters set the scene for an outline of human exploitation of plants, from domestication to scientific manipulation. The complex technologies now being applied to improving crops are then described, guiding the reader through the extensive terminologies and jargon, using focus boxes to illustrate key processes and issues. The final two chapters address society's response to biotechnology, how these technologies are being modified in response to public concerns, and new technologies being developed to meet the challenges of rapid population growth, depletion of non-renewable resources and climate change.Table of ContentsPart I: Plants and their Genomes 1: Plants and their Exploitation by People 2: Photosynthesis and the Evolution of Plants 3: Plant Molecular Genetics and Genomics Part II: How Plants Function 4: Plant Metabolism 5: Plant Organization and Development 6: Plant Responses to the Environment Part III: How Plants are Manipulated 7: Domestication and the Empirical Exploitation of Plants 8: The Scientific Manipulation of Plants 9: Crop Improvement in the 20th Century Part IV: Plants, Society and the Future 10: Plant Biotechnologies in the 21st Century 11: Social Context of Plant Biotechnologies 12: Future Challenges for Plant Biotechnology

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Book SynopsisIncreasing food prices have renewed concerns about long-run agricultural demand and supply in the global economy. This book looks at results, methods, and data on international agricultural productivity for a better understanding of long-run trends and the policies that determine them. By presenting an international assessment of total factor productivity growth in agriculture, including up-to-date empirical analysis for developed and developing countries and regions, it provides a response to the rising global scarcity of agricultural production. Essential reading for researchers, policy makers and students.Table of Contents1: Introduction to Productivity Growth in Agriculture Part I: Agricultural Productivity in Developed and Transition Countries 2: Accounting for the Impact of Local Public Goods in U.S. Agricultural Productivity Growth 3: A Production Account for Canadian Agriculture, 1961-2006 4: Measuring Productivity of the Australian Broadacre and Dairy Industries 5: Agricultural Productivity in the Transition Economies of the Former Soviet Union and Eastern Europe 6: Is Agricultural Productivity Growth Slowing in Western Europe? Part II: Agricultural Productivity in Asia and Latin America 7: Total Factor Productivity in Brazilian Agriculture 8: Chinese Regional Agricultural Productivity: 1994-2005 9: Structural Transformation and Productivity in Indian Agriculture 10: Shifting Sources of Agricultural Growth in Indonesia: A Regional Analysis 11: Total Factor Productivity in Thai Agriculture: Measurement and Determinants Part III: Agricultural Productivity in Africa 12: R&D and Agricultural Productivity in Sub-Saharan Africa 13: Policy Changes and the Recovery of Agricultural Productivity in Sub-Saharan Africa 14: South African Agricultural Productivity and Investment Patterns Part IV: Global Perspectives on Agricultural Productivity 15: Fixed Capital in Agriculture and its Contribution to Growth 16: Productivity Growth in the Global Agricultural Economy and the Role of Technology Capital Part I: Global Perspectives on Agricultural Productivity 1: Productivity Growth in the Global Agricultural Economy and the Role of Technology Capital 2: Fixed Capital in Agriculture and its Contribution to Growth Part II: Agricultural Productivity in Developed Countries 3: Accounting for the Impact of Local Public Goods in U.S. Agricultural Productivity Growth Productivity Growth 4: A Production Account for Canadian Agriculture, 1961-2006 5: Measuring Productivity of the Australian Broadacre and Dairy Industries Part III: Agricultural Productivity in Asia and Latin America 6: Growth and Productivity in Argentine Agriculture 7: Total Factor Productivity in Brazilian Agriculture 8: Chinese Regional Agricultural Productivity: 1994-2005 9: Shifting Sources of Agricultural Growth in Indonesia: a Regional Analysis 10: Total Factor Productivity in Thai Agriculture: Measurement and Determinants Part IV: Agricultural Productivity in Africa 11: South African Agricultural Productivity and Investment Patterns 12: Policy Changes and the Recovery of Agricultural Productivity in Sub-Saharan Africa 13: R&D and Agricultural Productivity in Sub-Saharan Africa 14: Productivity and Growth in Tunisian Agriculture Part V: Synopsis 15: Causes and Consequences of Agricultural Productivity Growth: Synthesis and Conclusions

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Book SynopsisMites pose a serious problem to plants worldwide, attacking crops and spreading disease. When mites damage crops of economic importance the impacts can be felt globally. Mites are among the most diverse and successful of invertebrates, with over 45,000 described species, with many more thousands to be discovered. They are responsible for a significant portion of the losses of crops for food, fibre, industry and other purposes, and require expensive and often controversial pest control measures. Understanding these mites is vital for entomologists, pest researchers, agronomists and food producers. Knowledge of mite pests helps to inform control strategies and optimize the production of economic plants and the agrarian economy. This encyclopedia provides a thorough coverage of the mites and the problems they cause to crops, yet it is easily searchable, organised by mite species and subdivided into helpful headings. It takes a worldwide view of the issue of mites injurious to economic plants, describing mites prevalent in different regions and discussing control methods appropriate in different environments. This book provides an encyclopaedic reference to the major mites, described by family in terms of their internal and external morphology, bio-ecology and family systematics. Methods of mite collection and laboratory study is described, as well as species diagnostic characteristics, worldwide distribution, host plants, identification by the type of damage they cause and control strategies, including chemical and biological intervention and integrated pest management measures. Mites of the following families are included: (Eriophyoidea, Tarsonemidae, Tuckerellidae, Tenuipalpidae, Tetranychidae, Acaridae, Penthaleidae). The Handbook of Mites of Economic Plants is an important resource for students of entomology and crop production, and as a thorough reference guide for researchers and field workers involved with mites, crop damage and food production.Trade ReviewA precious work from an acarological point of view. Dr. Vacante has put together the best world literature on Eriophyids of economical importance... He is to be highly praised for it. --Carlos H.W. Flechtmann"Table of ContentsPART I: INTRODUCTION 1: Introduction to the Acari 2: External Morphology 3: Internal Morphology 4: Biology 5: Ecology 6: Collecting and Detecting, Preserving, Preparing and Rearing 7: Mites and Plant Damage 8: Mites as Biocontrol Agents of Weeds 9: Control 10: Brief History of the Main Published Works on the Mites of Economic Plants 11: Classification of and Key for the Identification of Major Taxa PART II: MITES INJURIOUS TO ECONOMIC PLANTS 12: The Family Histiostomatidae Berlese 13: The Family Acaridae Latreille 14: The Family Erythraeidae Robineau-Desvoidy 15: The Family Penthaleidae Oudemans 16: The Family Eriophyidae Nalepa 17: The Family Phytoptidae Murray 18: The Family Diptilomiopidae Keifer 19: The Family Tuckerellidae Baker et Pritchard 20: The Family Tetranychidae Donnadieu 21: The Family Tenuipalpidae Berlese 22: The Family Tarsonemidae Canestrini et Fanzago 23: Minor Families

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Book SynopsisThis book is the first comprehensive assemblage of contemporary knowledge relevant to genomics and other omics in date palm. Volume 2 consists of 11 chapters. Part I, Nutritional and Pharmaceuticals Properties, covers the utilization of date palm as an ingredient of various food products, a source of bioactive compounds and the production of nanomaterials. Part II, Omics Technologies, addresses omics resources, proteomics and metabolomics. Part III, Molecular Breeding and Genome Modification, focuses on genetic improvement technologies based on mutagenesis, quantitative traits loci and genome editing. Part IV, Genomics of Abiotic and Biotic Stress, covers metagenomics of beneficial microbes to enhance tolerance to abiotic stress and the various genomics advances as they apply to insect control. This volume represents the efforts of 34 international scientists from 12 countries and contains 65 figures and 19 tables to illustrate presented concepts. Volume 1 is published under the title: Phylogeny, Biodiversity and Mapping. Table of Contents

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Book SynopsisPlants, being sessile and autotrophic in nature, must cope with challenging environmental aberrations and therefore have evolved various responsive or defensive mechanisms including stress sensing mechanisms, antioxidant system, signaling pathways, secondary metabolites biosynthesis, and other defensive pathways among which accumulation of osmolytes or osmo-protectants is an important phenomenon. Osmolytes with organic chemical nature termed as compatible solutes are highly soluble compounds with no net charge at physiological pH and nontoxic at higher concentrations to plant cells. Compatible solutes in plants involve compounds like proline, glycine betaine, polyamines, trehalose, raffinose family oligosaccharides, fructans, gamma aminobutyric acid (GABA), and sugar alcohols playing structural, physiological, biochemical, and signaling roles during normal plant growth and development. The current and sustaining problems of climate change and increasing world population has challenged global food security. To feed more than 9 billion, the estimated population by 2050, the yield of major crops needs to be increased 1.1–1.3% per year, which is mainly restricted by the yield ceiling. A major factor limiting the crop yield is the changing global environmental conditions which includes drought, salinity and extreme temperatures and are responsible for a reduction of crop yield in almost all the crop plants. This condition may worsen with a decrease in agricultural land or the loss of potential crop yields by 70%. Therefore, it is a challenging task for agricultural scientists to develop tolerant/resistant varieties against abiotic stresses. The development of stress tolerant plant varieties through conventional breeding is very slow due to complex multigene traits. Engineering compatible solutes biosynthesis by deciphering the mechanism behind the abiotic tolerance or accumulation in plants cell is a potential emerging strategy to mitigate adverse effects of abiotic stresses and increase global crop production. However, detailed information on compatible solutes, including their sensing/signaling, biosynthesis, regulatory components, underlying biochemical mechanisms, crosstalk with other signaling pathways, and transgenic development have not been compiled into a single resource. Our book intends to fill this unmet need, with insight from recent advances in compatible solutes research on agriculturally important crop plants.Table of Contents1. Recent advances in plant adaptation to climate change – An introduction to compatible solutes2. Osmosensing and signaling in plants - Potential role in crop improvement under climate change3. Amino acids other than proline and their participation in abiotic stress tolerance4. Engineering glycine betaine biosynthesis in alleviating abiotic stress effects in plants5. Improvement of abiotic stress tolerance by modulating polyamine pathway in crop plants6. Engineering fructan biosynthesis against abiotic stress7. The γ-Aminobutyric Acid (GABA) towards abiotic stress tolerance8. Sugar alcohols and osmotic stress adaptation in plants9. Crosstalk of compatible solutes with other signalling pathways in plants10. Effect and importance of compatible solutes in plant growth promotion under different stress conditions11. Compatible solute engineering: An approach for plant growth under climate change

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Book SynopsisOver the last few decades, various techniques have been developed to alter the properties of plants and animals. While the targeted transfer of recombinant DNA into crop plants remains a valuable tool to achieve a desirable breeding outcome, integration of transgenes into the host genome has been random, which in part, leads to reduced acceptance of GMOs by the general population in some parts of the world. Likewise, methods of induced mutagenesis, such as TILLING, have the disadvantage that many mutations are induced per plant, which has to be removed again by expensive backcrossing. Advances in genome sequencing have provided more and more information on differences between susceptible and resistant varieties, which can now be directly targeted and modified using CRISPR/Cas9 technology. By selecting specific gRNAs occurrence of off-target modifications are comparatively low. ZFNs and TALENs- based approaches required re-engineering a new set of assembled polypeptides for every new target site for each experiment. The difficulty in cloning and protein engineering prevented these tools from being broadly adopted by the scientific community. Compared to these technologies, designing the CRISPR toolbox is much simpler and more flexible. CRISPR/Cas9 is versatile, less expensive and highly efficient. It has become the most widely used technology for genome editing in many organisms.Since its inception as a powerful genome-editing tool in late 2012, this breakthrough technology has completely changed how science is performed. The first few chapters in this book introduce the basic concept, design and implementation of CRISPR/Cas9 for different plant systems. They are followed by in-depth discussions on the legal and bio-safety issues accompanying commercialization and patenting of this emerging technology. Lastly, this book covers emerging areas of new tools and potential applications. We believe readers, novice and expert alike, will benefit from this all-in-one resource on genome editing for crop improvement.Chapter 17 is available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.Table of Contents S.No Tentative Chapter Title Author Details Genome engineering as a tool for enhancing crop traits: Lessons from CRISPR/Cas9 Tariq Shah and Aziz Khan* College of Agriculture, Guangxi University, Nanning, China Email: azizkhanturlandi@gmail.com Commercialization of CRISPR derived Crops: Current Status and future prospects Dr. Martin A Lema Universidad Nacional de Quilmes, Roque Sáenz Peña 180, B1876BXD Bernal, Buenos Aires, Argentina. Email: mlema@unq.edu.ar Targeted allele recombination for precise mapping in plant breeding Dr. Eyal Fridman Department of vegetables and field crops, Institute of Plant Science, Agricultural Research Organization, The Volcani Center, Rishon LeZion 7505101, Israel Email: fridmane@volcani.agri.gov.il Hindex: 28 Applications of gene drive for weeds and pest management using CRISPR/CAS9 system in plants Dr. Kathleen Hefferon Food Science and Technology, College of Agriculture and Life Sciences, Cornell University, Ithaca, NY, USA Email: klh22@cornell.edu Hindex: 14 Genome editing by Ribonucleorotein based delivery of CAS9 system in plants Karina Morales, Michael J. Thomson Professor and HM Beachell Endowed Chair in International Rice Improvement Dept. of Soil and Crop Sciences, Texas A&M University / Texas A&M AgriLife Research 370 Olsen Blvd., 2474 TAMU, College Station, TX 77843-2474 Email: email: m.thomson@tamu.edu Hindex: 28 Virus mediated delivery of CRISPR/CAS9 system in plants Dr. Monika Bansal, Women scientist-A (completed) School of Agricultural biotechnology, Punjab Agricultural university, Ludhiana Dr. Shabir Hussain Wani Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir, J&K, India Email:shabirhwani@skuastkashmir.ac.in Hindex: 24 Epigenetic and chromosomal Rearrangements in genome editing Neha Goel (Ph.D.) Genetics and Tree Improvement Forest Research Institute, Dehradun Email:goelneha6@gmail.con Dr. Shabir Hussain Wani Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir, J&K, India Email:shabirhwani@skuastkashmir.ac.in Hindex: 24 Multiplexed genome editing in plants for improvement of various traits using CRISPR/CAS9 based system Dr. Goetz Hensel Leibniz Institute of Plant Genetics and Crop Plant Research (IPK) Plant Reproductive Biology Corrensstr. 3 D-06466 Seeland/OT Gatersleben GERMANY Email: hensel@ipk-gatersleben.de Hindex: 33 Application of CRISPR CAS9 for regulation of epigenetic traits in plants Abdullah Makhzoum Department of Biological Sciences and Biotechnology, Botswana International University of Science and Technology, Palapye, Botswana; Correspondenceabmakhzoum@gmail.com Hindex: 10 New Cas9 Variants and other nucleases broadening the scope of CRISPR Toolbox Dr. Goetz Hensel Leibniz Institute of Plant Genetics and Crop Plant Research (IPK) Plant Reproductive Biology Corrensstr. 3 D-06466 Seeland/OT Gatersleben GERMANY Email: hensel@ipk-gatersleben.de Hindex: 33 Transgene free genome editing in plants using CRISPR/CAS9 Dr. Niaz Ahmad Dr. Penny Hundleby Department of Crop Genetics, John Innes Centre, Norwich Research Park, Norwich NR4 7UH, UK Email: penny.hundleby@jic.ac.uk Prof. Mehboob Rahman Group Leader Plant genomics & Mol. Breeding Lab, National Institute for Biotechnology & Genetic Engineering (NIBGE), PO Box 577, Jhang Road, Faisalabad, Pakistan. Email: mehboob_pbd@yahoo.com H index 23 Genome editing in plants for improvement of resistance in plants against fungal and viral pathogens Dr. Kathleen Hefferon Food Science and Technology, College of Agriculture and Life Sciences, Cornell University, Ithaca, NY, USA Email: klh22@cornell.edu H index 14 Characterization of gene edited crops via metabolomics. Dr. Muhammad Qudrat Ullah Farooqi School of Agriculture and Environment; Faculty of Science The University of Western Australia, Perth WA 6009 Australia Email: muhammadqudratullah.farooqi@uwa.edu.au Genome editing in plants for improvement of resistance in plants against bacterial pathogen Dr. Rajesh Mehrotra Birla Institute of Technology and Science (BITS-Pilani), Rahashthan, India Email: rmehrotra@pilani.bits-pilani.ac.in Dr. Purvalohan Bhalothia Email: purvalohan@gmail.com H index 16 Improvement of resistance in plants against Insect-pest using genome editing tools Dr Sandeep Kumar, Assistant Professor, Department of Zoology, KU SSJ Campus, Almora, Uttarakhand,India Email: sandeep.ento@gmail.com Comparing the efficiency of different delivery methods of CRISPR/CAS9 toolkits into plants Dr Ananda Sarkar National Institute of Plant Genome Research (NIPGR), Jawaharlal Nehru University Campus, Aruna Asaf Ali Marg, New Delhi, Delhi, 110067, India Email:aksarkar@nipgr.ac.in Hindex 17 Recent trends in targeting genome editing of tomato for abiotic stress tolerance Dr. P. Hima Kumari, Jawaharlal Nehru Technological University, Hyderabad, 500085 phimakumari@gmail.com Genome editing approaches for improving nitrogen use efficiency and deciphering mineral nutrient homeostasis Viswanathan Chinnusamy Principal Scientist & Head Division of Plant Physiology ICAR-Indian Agricultural Research Institute, New Delhi, India Email: viswa_iari@hotmail.com Hindex : 37 Recent advances and application of CRISPR base editors for improvement of various traits in crops Dr Seema Pradhan and Dr Ajay Parida, Director, Institute of Life Sciences, Bhubaneswar, India Email: drajayparida@gmail.com, director@ils.res.in Dr. Seema Pradhan Email: seemapradhan3@gmail.com CRISPR/Cas9-mediated targeted mutagenesis in medicinal plants Dr. Rohit Joshi Division of Biotechnology, CSIR-Institute of Himalayan Bioresource Technology, Palampur, Himachal Pradesh, 176061, India Email: joshirohit6@gmail.com H-index: 17 Biosafety issue related to genome editing in plants using CRISPR-Cas9 Dr. Ramesh Katam Department of Biological Sciences, Florida A&M University, Tallahassee, FL 32307, USA Email: ramesh.katam@gmail.com 22 IPR and regulatory issues in Genome editing in plants. Dimple Sharma Plant and Soil Science department Texas Tech University, USA Email: dimple.sharma@ttu.edu

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