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Economists, psychologists, and marketers are interested in determining the monetary value people place on non-market goods for a variety of reasons: to carry out cost-benefit analysis, to determine the welfare effects of technological innovation or public policy, to forecast new product success, and to understand individual and consumer behavior. Unfortunately, many currently available techniques for eliciting individuals' values suffer from a serious problem in that they involve asking individuals hypothetical questions about intended behavior. Experimental auctions circumvent this problem because they involve individuals exchanging real money for real goods in an active market. This represents a promising means for eliciting non-market values. Lusk and Shogren provide a comprehensive guide to the theory and practice of experimental auctions. It will be a valuable resource to graduate students, practitioners and researchers concerned with the design and utilization of experimental auctions in applied economic and marketing research.
Auctions. --- Consumers' preferences --- Mathematical models. --- Auctions --- consumentengedrag --- kwantitatieve methoden --- marketing research --- mathematische modellen, toegepast op bedrijfsleven --- mathematische modellen, toegepast op economie --- Dutch auctions --- Vendues --- Bailments --- Commercial law --- Mathematical models --- Business, Economy and Management --- Economics
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This study journeys from the earliest days of animal domestication to modern industrial farms. Delving into questions of ethics and animal sentience, the book use data from ingenious consumers' experiments conducted with real food, real money, and real animals to compare the costs and benefits of improving animal care. It shows how the economic approach to animal welfare raises new questions and ethical conundrums, as well as providing unique and counter-intuitive results.
Livestock systems --- Animal welfare --- Livestock --- Animals, Domestic --- Social Sciences --- Morals --- Social Control, Formal --- Animal Population Groups --- Psychology, Social --- Sociology --- Behavior and Behavior Mechanisms --- Animals --- Eukaryota --- Psychiatry. --- Organisms, Genetically Modified. --- Animal Welfare --- Economics --- Livestock --- Ethics --- Poultry --- Social Welfare & Social Work --- Social Sciences --- Social Welfare & Social Work - General --- Moral and ethical aspects --- Costs --- Economic aspects
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Food consumption --- Food supply --- Food security --- Food --- Food industry and trade --- Government policy --- Safety measures --- 664 --- Production and preservation of solid foodstuffs --- Food consumption. --- Food industry and trade. --- Social Sciences and Humanities. Development Studies --- Government policy. --- Safety measures. --- Economic aspects. --- Food Policy --- Food Policy. --- 664 Production and preservation of solid foodstuffs --- Food control --- Produce trade --- Agriculture --- Single cell proteins --- Food deserts --- Food insecurity --- Insecurity, Food --- Security, Food --- Human security --- Food preparation industry --- Food processing industry --- Food trade --- Agricultural processing industries --- Processed foods --- Consumption of food --- Cost and standard of living --- Food processing --- Food technology --- Processing --- Food supply - Government policy --- Food security - Government policy --- Food - Safety measures
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Concern about declining growth in crop yields has renewed debates about the ability of biotechnology to promote food security. While numerous experimental and farm-level studies have found that adoption of genetically engineered crops has been associated with yield gains, aggregate and cross-country comparisons often seem to show little effect, raising questions about the size and generalizability of the effect. This paper attempts to resolve this conundrum using a panel of United States county-level corn yields from 1980 to 2015 in conjunction with data on adoption of genetically engineered crops, weather, and soil characteristics. Our panel data contain just over 28,000 observations spanning roughly 800 counties. We show that changing weather patterns confound simple analyses of trend yield, and only after controlling for weather do we find that genetically engineered crops have increased yields above trend. There is marked heterogeneity in the effect of adoption of genetically engineered crops across location partially explained by differential soil characteristics which may be related to insect pressure. While adoption of genetically engineered crops has the potential to mitigate downside risks from weeds and insects, we find no effects of adoption on yield variability nor do we find that adoption of presently available genetically engineered crops has led to increased resilience to heat or water stress. On average, across all counties, we find adoption of GE corn was associated with a 17 percent increase in corn yield.
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Supply chains for many agricultural products have an hour-glass shape; in between a sizable number of farmers and consumers is a smaller number of processors. The concentrated nature of the meat processing sectors in the United States implies that disruption of the processing capacity of any one plant, from accident, weather, or as recently witnessed - worker illnesses from a pandemic - has the potential to lead to system-wide disruptions. We explore the extent to which a less concentrated meat processing sector would be less vulnerable to the risks of temporary plant shutdowns. We calibrate an economic model to match the actual horizontal structure of the U.S. beef packing sector and conduct counter-factual simulations. With Cournot competition among heterogeneous packing plants, the model determines how industry output and producer and consumer welfare vary with the odds of exogenous plant shutdowns under different horizontal structures. We find that increasing odds of shutdown results in a widening of the farm-to-retail price spread even as packer profits fall, regardless of the structure. Results indicate that the extent to which a more diffuse packing sector performs better in ensuring a given level of output, and thus food security, depends on the exogenous risk of shutdown and the level of output desired; no horizontal structure dominates. These results illustrate the consequences of policies and industry efforts aimed at increasing the resilience of the food supply chain and highlight that there are no easy solutions to improving the short-run resilience by changing the horizontal concentration of meat packing.
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Concern about declining growth in crop yields has renewed debates about the ability of biotechnology to promote food security. While numerous experimental and farm-level studies have found that adoption of genetically engineered crops has been associated with yield gains, aggregate and cross-country comparisons often seem to show little effect, raising questions about the size and generalizability of the effect. This paper attempts to resolve this conundrum using a panel of United States county-level corn yields from 1980 to 2015 in conjunction with data on adoption of genetically engineered crops, weather, and soil characteristics. Our panel data contain just over 28,000 observations spanning roughly 800 counties. We show that changing weather patterns confound simple analyses of trend yield, and only after controlling for weather do we find that genetically engineered crops have increased yields above trend. There is marked heterogeneity in the effect of adoption of genetically engineered crops across location partially explained by differential soil characteristics which may be related to insect pressure. While adoption of genetically engineered crops has the potential to mitigate downside risks from weeds and insects, we find no effects of adoption on yield variability nor do we find that adoption of presently available genetically engineered crops has led to increased resilience to heat or water stress. On average, across all counties, we find adoption of GE corn was associated with a 17 percent increase in corn yield.
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