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Spain has a dynamic and competitive agro-food sector. However, higher productivity has not always reduced environmental pressures. Policies for the Future of Farming and Food in Spain undertakes a thorough examination of the Spanish agro-food sector.
Policies for the Future of Farming and Food in the European Union applies the OECD Productivity, Sustainability and Resilience (PSR) analytical framework along with the latest data from the OECD Agri-Environmental Indicators to benchmark the sustainable productivity performance of the EU’s agricultural sector and to identify the main challenges ahead.
The Netherlands has built an agricultural sector that is a world leader in productivity and competitiveness. Policies for the Future of Farming and Food in the Netherlands takes stock of the current situation in the agriculture sector.
Norway is performing unevenly across its four agricultural policy objectives. While Norway enjoys a high level of food security and is meeting its aim of maintaining agricultural production across the country, both environmental performance and the efficient creation of value added along the food chain are compromised by support policies linked to production levels.
This open access book provides a panoramic view of the evolution of Spanish agriculture from 1900 to the present, offering a more diverse picture to the complex and multidimensional reality of agrarian production. With a clear transdisciplinary ambition, the book applies an original and innovative theoretical and methodological tool, termed Agrarian Social Metabolism, combining Social Metabolism with an agroecological perspective. This integrative analysis is especially interesting for environmental scientists and policy makers being the best way to design sustainable agroecosystems and public policies capable of moving us towards a more sustainable food system. Spanish agricultural production has experienced impressive growth during the 20th century which has allowed it to ensure the supply of food to the population and even to transform some crops into important chapters in foreign trade. However, this growth has had its negative side since it was based on the injection of large amounts of external energy, on the destruction of employment and the loss of profitability of agricultural activity. But perhaps the most serious part is the strong impact of the current industrialised agriculture model on Spanish agroecosystems, exposed to the overexploitation of hydric resources, pollution of the water by nitrates and pesticides, high erosion rates and an alarming loss of biodiversity; damage which in the immediate future will end up reducing production capacity.
Although the first Agro-Food products based on modem biotechnology (e. g. recombinant chymosin for cheese production; tomato puree based on genetically engineered tomatoes; herbicide-resistant, genetically modified soybean; insect resistant maize) have been introduced in the EU markets in recent years, the application of this technology is still being intensively discussed in the European Union. Recent opinion polls indicate as well that consumers' acceptance of genetically engineered food and agro-products still is relatively low (e. g. European Commission 1997, Hampel et al. 1997), at least in some member states of the EU. In contrast, representatives from politics and industry underline the necessity to apply modem biotechnology in the Agro-Food sector as well, mainly to ensure the competitiveness of EU agriculture and food industry and for employment reasons. Against this background there seems to be a need for a scientific analysis of the future impacts of modem biotechnology in the Agro-Food sector of the EU. Recent studies trying to analyse this issue (e. g. OECD 1992, Teuber 1992) usually comprise extrapolations of status-quo analyses. What has not been exploited so far in this context are systematic technology forecasting approaches which do not include only one single country, but get information on an international level. Therefore, the impacts of modem biotechnology on the Agro-Food sector in five member countries of the EU (Germany, Greece, Italy, the Netherlands, and Spain) have been analysed with the help of the Delphi methodology which represents one of the most reliable tools for technology forecasting.
"[A] renowned chef ... Barber explores the evolution of American food from the "first plate," or industrially-produced, meat-heavy dishes, to the "second plate" of grass-fed meat and organic greens, and says that both of these approaches are ultimately neither sustainable nor healthy. Instead, Barber proposes Americans should move to the "third plate," a cuisine rooted in seasonal productivity, natural livestock rhythms, whole-grains, and small portions of free-range meat"--Provided by publisher.
This book examines the puzzle of why genetically modified organisms continue to be controversial despite scientific evidence declaring them safe for humans and the environment. What explains the sustained levels of resistance? Clancy analyzes the trans-Atlantic controversy by comparing opposition to GMOs in the United Kingdom, Germany, Poland, Spain, and the United States, examining the way in which science is politicized on both sides of the debate. Ultimately, the author argues that the lack of labeling GMO products in the United States allows opponents to create far-fetched images of GMOs that work their ways in to the minds of the public. The way forward out of this seemingly intractable debate is to allow GMOs, once tested, to enter the market without penalty—and then to label them.