How the debate over genetically modified crops in India is transforming science and politics Genetically modified or transgenic crops are controversial across the world. Advocates see such crops as crucial to feeding the world’s growing population; critics oppose them for pushing farmers deeper into ecological and economic distress, and for shoring up the power of agribusinesses. India leads the world in terms of the intensity of democratic engagement with transgenic crops. Anthropologist Aniket Aga excavates the genealogy of conflicts of interest and disputes over truth that animate the ongoing debate in India around the commercial release of transgenic food crops. The debate may well transform agriculture and food irreversibly in a country already witness to widespread agrarian distress, and over 300,000 suicides by farmers in the last two decades. Aga illustrates how state, science, and agrarian capitalism interact in novel ways to transform how democracy is lived and understood, and sheds light on the dynamics of technological change in populous, unequal polities.

This book of case studies is designed to provide useful information for instructional purposes and for those interested in the management of Asian agribusiness. This collected volume of case studies is organized around three major themes-growth, marketing, and upgrading strategies. Many of the cases herein were used in Advanced Agribusiness Workshops jointly organized by the Asian Productivity Organization and Cornell University held in Bangkok, Manila, and Bali. Through a case study-driven approach, this book offers an opportunity for students, policymakers, and business owners to consider the impact of key trends like value-addition, urbanization, the environment, regional integration, climate change, and technology on Asian agribusinesses.

The book contains the full concept of seed industry in India. Right from what is seed, how it is propagated and how seed is developed as foundation or certified seed for production. The book contains guide to history of seed industry, allotment of breeder seed, seed multiplication, plant and machinery detail, how do they work. what is seed processing, seed storage, seed testing, certified seed packing and the important thing that how to calculate the processing expenditure on the finished material, i.e. certified or foundation seed. Contains Contract farming, seed testing, seed Act, Seed Rule, notified verities and their notification Seed Control Order addresses of state seed certification agencies, State seeds Corporations, Registered seed processing plants under different certification agencies and their codes India wide. Project on development of new processing plant. Over all it is viewed as the complete detail on seed industry.

Revised and expanded throughout, this latest edition of the bestselling Seeds Handbook: Biology, Production, Processing, and Storage includes valuable information on all areas of seed biology, production, and processing. The author, one of the most respected and prolific scientists in the field, identifies current developments in seed testing and certification, storage, transportation, and distribution. Tracking the evolution and advancement of seed industries and technologies, he fully covers the development and supply of high-quality seeds for every key agronomic and horticulture crop. Contains methods to enhance the genetic and physiological characteristics of more than 80 major and minor crops With an abundance of current research and additional figures and illustrations, this edition of the Seeds Handbook offers chapters on modern biotechnological issues such as the production of synthetic seeds, loss-reduction biotechnologies, and new strategies in the seed production industry. It provides in-depth information on burgeoning areas of seed science including tissue culture and cellular totipotency, induction and regeneration protocols, development and maturation, hormone requirements, drying and storage of somatic embryos, protective encapsulation, and crop applications. With an eye to the future, it looks at challenges in the provision and enhancement of seeds for crop plants, practical methods of seed production and micropropagation, genetically modified seeds, and world food security.