M. S. Swaminathan – författare

The issues that need to be addressed in combating hunger and achieving food security are highlighted in this book by a great Indian geneticist. It also discusses the major causes of chronic and hidden hunger and emphasises the need to redesign the farming system based on nutritional considerations. The role of an effective monsoon management programme to maximise its benefits is examined. There are chapters that analyse the importance of biodiversity conservation and enhancement and farmer skill development. Important issues to increase agricultural production including investment by financial institutions in agriculture and rural development, women's role in agriculture and youth employment in rural livelihoods are discussed in great detail in the text. The book concludes that there must be synergy between scientific knowledge, political will and farmers' active participation to achieve the goal of overcoming chronic and hidden hunger in the populations of developing countries.

This comprehensive text on flowering trees of tropical gardens discusses some new species of trees, including Adansonia digitata, Monodora myristica, Flacourtia montana, Balanites aegyptiaca, Bursera serrata, Commiphora wightii and Semecarpus anacardium. The text covers more than 200 of the most striking and widespread trees alongside closely related genera and species (both native and exotic) commonly encountered in the tropical climate. It includes more than 700 high resolution coloured photographs, depicting different facets including growth habit, morphological details of stem, leaves, flowers and fruits. The different tree species are organized according to Bentham and Hooker's system of classification of seed plants. The book discusses many aspects of trees including common and botanical names together with synonyms, taxonomic families, etymology (how trees have derived their names), phenology, their native place, geographical distribution, mythological notes, religious significance and economic importance. The text is useful for graduate students and academic researchers in the field of life sciences.

The green revolution in India about 50 years ago transformed India's image then as begging bowl to bread basket. This transformation during the 1960s took just about 4 years. The yield increases achieved in wheat and then in rice which occurred in just about half decade is far in excess of the yield increases during the preceding 4000 years. This remarkable feat was achieved with the leadership of the author using the dwarf wheat types which had been produced by Norman Borlaug in Mexico.The research and development of green revolution of wheat and rice at the Indian Agricultural Research Institute, New Delhi was led by the author along with his team of students and co-workers. He has published over 100 papers on green revolution and the ever-green revolution which is a refinement of the former. This book is a compilation of just about 40 of his numerous research papers, monographs and books published by him on this subject.The papers in this book bring out the scientific basis of the modification of the plant type so as to be responsive to exogenous addition of chemical fertilizers and irrigation. The ideal plant type enables capture of adequate sunlight and using the chemical fertilizers added to the soil, produce substantial photosynthetic starch. And because the plants have short and thick culm, they are able to withstand enormous amounts of grains in their ears. This indeed was the basis of breaking the yield barriers associated with native varieties. The book also brings out that green revolution had established the food security at the national level but not at the individual household levels of millions of resource-poor rural small and marginal farming, fishing and landless families. Further green revolution was commodity-centric and the manner of its practice led to environmental degradation and social inequities. This author realized as early as 1972 that system of agriculture in India should be designed to fight both the famines of food and rural livelihoods. In pursuit of it, this author further designed an evergreen revolution with systems approach. What this means is providing concurrent attention to ecological foundations of agriculture and the livelihoods of the rural people.The book also brings out that green revolution was a team effort involving scientists, policy makers, administrators, farmers and students.This book is an outstanding example of green revolution providing a breathing space by putting the cereal grain production rate ahead of the population growth rate and then when food security has been adequately established, the system is changed to achieve productivity in perpetuity without causing environmental and social harm.

This book provides a roadmap for achieving sustainable agricultural advance and food security in an era of climate change and global economic melt-down. The contents include a description of the paradigm shift under the leadership of the author, from a green to an ever-green revolution necessary for advancing productivity in perpetuity without ecological harm.Science and Sustainable Food Security shows many methods of linking ecological security with livelihood security, and provides a scientific basis for entering an era of biohappiness based on the sustainable and equitable use of biodiversity. Also, methods of adaptation to the impact of global warming are described. This book will prove invaluable to all interested in sustainable human security and happiness.

This book describes how an era of biohappiness, based on the conservation and sustainable and equitable use of biodiversity, can be launched. It deals with all aspects of conservation such as in situ, ex situ and community conservation, and also covers conservation issues relating to mangroves and other coastal bioresources, whose importance has grown with the emerging possibility of sea-level rise from global warming. The book includes concrete examples of how local tribal families have taken to the establishment of gene, seed, grain and water banks in villages, thus linking conservation, cultivation, consumption and commerce in a mutually-reinforcing manner.