"Maynard Murray was a medical doctor who researched the crucial importance of minerals - especially trace elements - to plants and animals. Beginning in 1938 and continuing through the 1950s, Dr. Murray used sea solids - mineral salts remaining after water is evaporated from ocean water - as fertilizer on a variety of vegetables, fruits and grains. His extensive experiments demonstrated repeatedly and conclusively that plants fertilized with sea solids and animals fed sea-solid-fertilized feeds grow stronger and more resistant to disease. Sea Energy Agriculture recounts Murray's experiments and presents his astounding conclusions. The work of this eco-pioneer was largely ignored during his lifetime, and his book became a lost classic - out-of-print for more than 25 years. Now this rare volume is once again available, with a new foreward and afterword by the founder of Acres U.S.A., Charles Walters."--Publisher description.

Farming for Our Future examines the policies and legal reforms necessary to accelerate the adoption of practices that can make agriculture in the United States climate-neutral or better. These proven practices will also make our food system more resilient to the impacts of climate change. Agriculture's contribution to climate change is substantial--much more so than official figures suggest--and we will not be able to achieve our overall mitigation goals unless agricultural emissions sharply decline. Fortunately, farms and ranches can be a major part of the climate solution, while protecting biodiversity, strengthening rural communities, and improving the lives of the workers who cultivate our crops and rear our animals. The importance of agricultural climate solutions can not be underestimated; it is a critical element both in ensuring our food security and limiting climate change. This book provides essential solutions to address the greatest crises of our time.

Thomas D. Rogers's history of a modernizing Brazil tracks what happened when a key government program,created in the 1970s by the nation's military regime, aspired to harness energy produced by sugarcane agriculture to power the country's economy. The National Alcohol Program, known as Proalcool, was a deliberate economic strategy designed to incentivize ethanol production and reduce gasoline consumption. As Brazil's capacity grew and as international oil shocks continued, the regime's planners doubled down on Proalcool. Drawing financing from international lenders and curiosity from other oil-dependent countries, for a time it was the world's largest oil-substitution and renewable-energy program. Chronicling how Proalcool experimented with and exemplified the consolidation of government, agribusiness, large planters, agricultural and chemical research companies, and oil producers, this book expands into a rich investigation of the arc of Brazil's Green Revolution. The ethanol boom epitomized the vector of that arc, but Rogers keeps wider development imperatives in view. He dramatizes the choices and trade-offs that ultimately resulted in a losing energy strategy, for Proalcool ended up creating a large contingent of impoverished workers, serious environmental degradation, and persistent hunger. The full consequences of the Green Revolution–fueled consolidation continue to take a toll today.

Originally published in 1984, this volume examines the consequences of increasing energy prices on agricultural production. It discusses whether it is possible to use agriculture to produce energy without endangering the food supply for the highly populated areas of the devloping world. Analyzing the global consquences of the 'food energy nexus' at the turn of the millenium it asks whether there will be a good crisis in those same developing countries which have suffered from the energy crisis. The editors and contributors are high-level specialists of global modelling in energy and agriculture and decision makers involved in food and agriculture planning in the developing world.

This last volume of the Energy in World Agriculture series is in many ways the series' Alpha and its Omega. It addresses the broad issues related to the use of energy in agricultural production, and also characterizes and quantifies the energy involvements of many agricultural production technologies. It is a compilation of descriptive and analytical information and design principles and data of energy use in this field. A significant aspect is the relationship between energy and agricultural productivity, increased knowledge and resulting improved management of energy-consuming operations on the farm. Information provided here has not been published elsewhere before. Throughout the book are examples of the important role that energy inputs have played in increasing productivity of the world's agricultural systems. Together with a revived interest in energy for agricultural production due to increases in energy costs, this volume meets that interest with valuable information and insights.

This book examines the characteristics and opportunities for farm energy in the northeast quadrant of the United States, with attention to energy use, strategic energy management, and energy production by solar, wind, biomass, and other means. Throughout, the distinct characteristics of the region and their impact on energy solutions are discussed, and the outlook for future energy strategies is considered. Farm energy production and use are topics of increasing interest, as the need for improved efficiency and the opportunity for sustainable energy production both drive agricultural enterprises to reduce energy use and pursue opportunities for renewable energy production and use on the farm. However, the unique regional characteristics of agriculture make it challenging to apply a single approach to all situations.

Study with reference to Punjab.

Energy and agriculture are both extremely broad subjects and their interactions - the subject of this book - cover almost the full spectrum of the agricultural sciences. Yet the subject is a relatively new one whose importance first received widespread recognition barely a decade ago, following the dramatic increase in oil prices during 1973. The impact of this increase was such as to promote a world-wide debate on the future direction that agriculture should take. This debate was, and is, of particular concern in countries where agriculture plays a leading role in economic and social development. During the last half century many national agricultural systems have been transformed from almost closed, self-sufficient systems with few locally produced inputs geared to satisfy local requirements, to intensive, open systems, utilizing large quantities of energy-rich inputs such as fossil fuel for manufactured agro-chemicals, water distribution and imported animal feedstuffs to produce a range of sophisticated products, often for export, which in tum require many energy-rich inputs for their marketing. This industrialization of agriculture has proved to be very successful in many respects and indeed was accepted as a general model for agricultural development allowing increased productivity and efficiency per unit land, labor and water, even in areas with limited natural resources.