The production and supply of organic seed is the need of the hour to facilitate the organic Agriculture, which ensures the production of the organic food products free from the toxic substances for better human health. But, also to conserve the soil and environmental health for well-beings of the human life including the flora and fauna. Keeping the importance of the organic agriculture, the book on "Organic seed" has been compiled which is first of its kind in India. This book consists of four major parts. Part I deals with the documentation of the indigenous varieties in cereals, pulses, oilseeds and vegetables. In Part II, an overview of organic agriculture, requirements and technologies for organic seed production with special reference to rice and cotton, seed quality treatments, certification, marketing and storage of organic seed are discussed. Part III includes the technologies for production, processing and storage of seed. Role of community seed bank, seed fairs and farmers participatory plant breeding are included in the Part IV.

The second revised and enlarged edition covers the contents of ICAR syllabus. New To This Edition Chapter on hormones and seed dormancy Chapter on seed production in forage legumes and grasses Chapter on fruit seed production Chapter on flower seed production Chapter on seed production in plantation crops and organic seed Chapter on traditional varieties and technologies Chapter on establishment of seed processing plant Chapter on establishment of seed testing laboratory The revised and enlarged edition is highly useful for UG and PG students of Agriculture and allied fields.

Contributed articles.

Objective Seed Science and Technology is prepared based on the ICAR UG syllabus of Seed Science and Technology. This book is the compilation of Frequently Asked Questions (FAQs) in Seed Science and Technology which will be highly useful in writing competitive examinations like ASRB, NET, JRF, SRF, Ph.D entrance, Bank, UPSC, Agricultural, Horticultural and Seed Certification Officers. The 2nd revised Edition comprises two sections namely 1. Seed Science and Technology: Principles and Practices, and 2. Advances in Seed Physiology and Biochemistry. The section 1 consists of eight units such as floral and seed biology, seed production including breeding methods, seed processing, seed quality control, seed storage, seed health, seed industry and marketing and protection of plant varieties including DUS. The section 2 consists of three units namely seed development and maturation, seed dormancy and germination, and seed deterioration. Each chapter includes Multiple Choice Questions (MCQs), fill in the blanks, true or false, match the following, answer the incorrect statement, arrange in order and differentiate between the following. Abbreviations, National and International journals and books, International STLs, Seed Scientists and their inventions and glossaries are also compiled and presented in this book

Seed Identification Manual is an attempt to meet the long-standing need for a reference work dealing exclusively with seed identification. The authors of this manual have brought together, for direct observation and study on a comparative basis, pictures and practical descriptions of a large and representative a collection of seeds. In accord with the visual principal, the textual part of the manual is ample illustrated with 288 figures in the form of line drawings and diagrams, and the generic descriptions are accompanied by reference to the corresponding plates. Lavishly illustrated the pictorial part of the manual, containing 824 photographic plates, showing the seeds of more than 600 plant species, is divided into three habitat classification of Framlands, Wetlands and Woodlands from various parts of the United States. The immediate aim of this manual is to help agriculturists, foresters, wildlife biologists, chemical manufacturers, agricultural experiment stations, seed testing laboratories, and others interested in the land-use programs to identify the seeds in their particular ecological fields of interest. Bearing in mind the different backgrounds of the probable readers of this manual in respect to scientific preparations and experiences, the authors have thought it best to keep the descriptions nontechnical, so far as was feasible, and thus adapt the material to a broad range of interests and skills.

Plant biotechnology offers important opportunities for agriculture, horticulture, and the pharmaceutical and food industry by generating transgenic varieties with altered properties. This is likely to change farming practice and reduce the potential negative impact of plant production on the environment. This volume shows the worldwide advances and potential benefits of plant genetic engineering focusing on the third millennium. The authors discuss the production of transgenic plants resistant to biotic and abiotic stress, the improvement of plant qualities, the use of transgenic plants as bioreactors, and the use of plant genomics for genetic improvement and gene cloning. Unique to this book is the integrative point of view taken between plant genetic engineering and socioeconomic and environmental issues. Considerations of regulatory processes to release genetically modified plants, as well as the public acceptance of the transgenic plants are also discussed.This book will be welcomed by biotechnologists, researchers and students alike working in the biological sciences. It should also prove useful to everyone dedicated to the study of the socioeconomic and environmental impact of the new technologies, while providing recent scientific information on the progress and perspectives of the production of genetically modified plants.The work is dedicated to Professor Marc van Montagu.

There’s never been a better time to be prepared. "This book is an indispensable basic manual for the real-life issues that await us in the decades to come. . . [A] treasure trove of practical wisdom."—James Howard Kunstler, author of The Geography of Nowhere Matthew Stein’s comprehensive primer on sustainable living skills—from food and water to shelter and energy to first-aid and crisis-management skills—prepares you to embark on the path toward sustainability. But unlike any other book, Stein not only shows you how to live green in seemingly stable times, but to live in the face of potential disasters, lasting days or years, coming in the form of social upheaval, economic meltdown, or environmental catastrophe. When Technology Fails covers the gamut. Inside, you’ll learn: The basics of installing a renewable energy system for your home or business How to find and sterilize water in the face of utility failure How to keep warm if you’ve been left temporarily homeless Practical information for dealing with water-quality issues Alternative health and first-aid techniques Each chapter describes skills for self-reliance in good times and bad. Chapters Include: A survey of the risks to the status quo Supplies and preparation for short- and long-term emergencies Emergency measures for survival Prepping water, food, shelter, and clothing First aid, low-tech medicine, and healing Securing energy, heat, and power Metalworking Utensils and storage Low-tech chemistry engineering, machines, and materials Fully revised and expanded, When Technology Fails ends on a positive, proactive note with a chapter on “Making the Shift to Sustainability,” which offers practical suggestions for changing our world on personal, community and global levels.

The Action Framework (2021-2025) for the Global Action on Green Development of Special Agro-Products: “One country – One Priority Product” (OCOP) presents the rationale, main pillars, key principles, thematic areas, results framework, budget, and activity planning, coordination and implementation, and guidelines for country project application for implementation of the Global Action. Special agricultural products (SAPs) are agricultural products with unique qualities and special characteristics associated with geographical locations, farming practices and cultural heritages. They are important examples of underutilized resources, which have not received the same attention as commonly known agricultural products, but which can significantly contribute to ensuring food security and healthy diets, supporting a sustainable bioeconomy, and improving farmers’ livelihoods and economic growth while protecting the environment and biodiversity. SAPs include all kinds of agricultural products, with the potential to become national or local agricultural products, and to be integrated into local, regional, and global markets and trade. In this context, Global Action has been developed based on the renewed mission of FAO. The Global Action will promote inclusive, profitable, and environmentally sustainable value chains through optimizing the structure, functionality, and service of SAPs production systems, minimizing the application of agrochemicals, waste, and losses, and maximizing integrated agro-profits to enable the transition to MORE efficient, inclusive, resilient, and sustainable agriculture production.