This book, which is the result of an intellectual odyssey, began as an attempt to explore and map the environmental and cross-cultural dimensions of the continuing spread of the green revolution-that package of high-yielding varieties of grain, fertilizers, irrigation, and pesticides that constitutes the core of modern industrial agriculture. In the process of traversing the terrain of several intellectual traditions and cutting through various disciplinary forests and thickets, a number of striking observations were made-all leading to two sober ing conclusions. First, most intellectual maps dealing with agriculture fail to recognize it as the basic interface between human societies and their environment. Because of this, they are little better than the "flat earth" maps of earlier centuries in helping to understand global realities. Second, when agriculture is analyzed from a global perspec tive that takes evolution seriously, one sees that the ecological risks as well as the energy and social costs of modern industrial agriculture make it largely inappropriate for developing countries. Beyond that, one can see a great need within industrialized countries to develop less costly, less risky, and more sustainable agricultural alternatives. Early in the journey it became clear that conventional disciplinary approaches were inadequate to comprehend the scope and diversity of global agriculture and that a new multilevel approach was needed. It also became clear that any new approach would have to try to correct certain Western biases and blind spots.

After 20 years, the "green revolution" is generally referred to as a milestone in the international agricultural movement. The introduction of new varieties of wheat and rice, along with fertilizers, pesticides, and mechanized farm equipment has produced a dramatic increase in world food production. This paper assesses the successes of the green revolution in light of its effect upon third world countries. It cautions that the revolutionary gains in agricultural production have not been distributed evenly. This uneven distribution of productivity is discussed in the first chapter, "Productivity Reconsidered." The second chapter, "Beyond the Green Revolution," considers the need for new crop varieties and technologies (including biotechnologies) but argues that tomorrow's innovations must be more consistent with regional agricultural traditions. This approach will help to avoid some of the environmental and social costs associated with the agricultural technologies utilized during the green revolution. The third chapter, "Rediscovering Traditional Agriculture," examines the benefits and limitations of traditional methods of agriculture, indicating that these practices should provide the basis for new practices, rather than be swept aside as archaic. "Toward Appropriate Biotechnology" discusses some of the possible contributions offered by biotechnology as tools for more efficient and sustainable agriculture. The document concludes with a call for additional research in sustainable agriculture productivity. (TW)

After 20 years, the "green revolution" is generally referred to as a milestone in the international agricultural movement. The introduction of new varieties of wheat and rice, along with fertilizers, pesticides, and mechanized farm equipment has produced a dramatic increase in world food production. This paper assesses the successes of the green revolution in light of its effect upon third world countries. It cautions that the revolutionary gains in agricultural production have not been distributed evenly. This uneven distribution of productivity is discussed in the first chapter, "Productivity Reconsidered." The second chapter, "Beyond the Green Revolution," considers the need for new crop varieties and technologies (including biotechnologies) but argues that tomorrow's innovations must be more consistent with regional agricultural traditions. This approach will help to avoid some of the environmental and social costs associated with the agricultural technologies utilized during the green revolution. The third chapter, "Rediscovering Traditional Agriculture," examines the benefits and limitations of traditional methods of agriculture, indicating that these practices should provide the basis for new practices, rather than be swept aside as archaic. "Toward Appropriate Biotechnology" discusses some of the possible contributions offered by biotechnology as tools for more efficient and sustainable agriculture. The document concludes with a call for additional research in sustainable agriculture productivity. (TW)

This book, which is the result of an intellectual odyssey, began as an attempt to explore and map the environmental and cross-cultural dimensions of the continuing spread of the green revolution-that package of high-yielding varieties of grain, fertilizers, irrigation, and pesticides that constitutes the core of modern industrial agriculture. In the process of traversing the terrain of several intellectual traditions and cutting through various disciplinary forests and thickets, a number of striking observations were made-all leading to two sober ing conclusions. First, most intellectual maps dealing with agriculture fail to recognize it as the basic interface between human societies and their environment. Because of this, they are little better than the "flat earth" maps of earlier centuries in helping to understand global realities. Second, when agriculture is analyzed from a global perspec tive that takes evolution seriously, one sees that the ecological risks as well as the energy and social costs of modern industrial agriculture make it largely inappropriate for developing countries. Beyond that, one can see a great need within industrialized countries to develop less costly, less risky, and more sustainable agricultural alternatives. Early in the journey it became clear that conventional disciplinary approaches were inadequate to comprehend the scope and diversity of global agriculture and that a new multilevel approach was needed. It also became clear that any new approach would have to try to correct certain Western biases and blind spots.

A synthesis of the agricultural history of the Green Revolution The Green Revolution was devised to increase agricultural production worldwide, particularly in the developing world. Agriculturalists employed anhydrous ammonia and other fertilizing agents, mechanical tilling, hybridized seeds, pesticides, herbicides, and a multitude of other techniques to increase yields and feed a mushrooming human population that would otherwise suffer starvation as the world’s food supply dwindled. In The Green Revolution in the Global South: Science, Politics, and Unintended Consequences, R. Douglas Hurt demonstrates that the Green Revolution did not turn out as neatly as scientists predicted. When its methods and products were imported to places like Indonesia and Nigeria, or even replicated indigenously, the result was a tumultuous impact on a society’s functioning. A range of factors—including cultural practices, ethnic and religious barriers, cost and availability of new technologies, climate, rainfall and aridity, soil quality, the scale of landholdings, political policies and opportunism, the rise of industrial farms, civil unrest, indigenous diseases, and corruption—entered into the Green Revolution calculus, producing a series of unintended consequences that varied from place to place. As the Green Revolution played out over time, these consequences rippled throughout societies, affecting environments, economies, political structures, and countless human lives. Analyzing change over time, almost decade by decade, Hurt shows that the Green Revolution was driven by the state as well as science. Rather than acknowledge the vast problems with the Green Revolution or explore other models, Hurt argues, scientists and political leaders doubled down and repeated the same missteps in the name of humanity and food security. In tracing the permutations of modern science’s impact on international agricultural systems, Hurt documents how, beyond increasing yields, the Green Revolution affected social orders, politics, and lifestyles in every place its methods were applied—usually far more than once.