855 research outputs found

    Self identified research needs of New York organic farmers

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    A survey of organic farmers in New York State identified problems in need of university research. Weed management was the most frequently mentioned problem by far, identified as significant by two-thirds of the organic farmers. Only a few other problems were listed as significant, including insufficient time for farm work, lack of markets, low prices, and lack of appropriate tools. These were cited by more than a third of the farmers. Drought, insect management, and a lack of a dependable supply of labor were cited by about one-third of the respondents. The survey also examined organic farmers' information sources. They do not use conventional sources of agricultural information, such as the extension service and conventional agricultural media, as much as books, magazines, and newsletters on organic f arming, other organic f armers, and on-farm experiments. Many respondents noted that local extension agents did not know very much about non-chemical solutions to organic production problems. They considered University Extension to be accessible, but not very useful in solving problems specific to organic farming, and had many suggestions to improve Land Grant research in organic agriculture

    Coping With Rapid Growth in Rural Communities, Bruce A. Weber and Robert E. Howell, Eds.

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    The Myth of the Family Farm: Agribusiness Dominance of U.S. Agriculture, Ingolf Vogeler

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    Bt Corn Farmer Compliance with Insect Resistance Management Requirements: Results from the 2002 Minnesota and Wisconsin Farm Polls

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    The U.S. Environmental Protection Agency (EPA) reregistered Bt corn in 2001 with mandatory Insect Resistance Management (IRM) requirements in order to promote sustainable use by farmers. Since then studies report IRM compliance rates ranging from 80 to 90 percent. Using survey data from Minnesota and Wisconsin, we show that previous compliance rate estimates are likely too high because they do not use a comprehensive measure for compliance. With a more comprehensive measure, we find compliance rates ranging between 60 to 75 percent.Bt corn, compliance, Insect Resistance Management, refuge, Crop Production/Industries,

    A Fortran Computer Program for Calculating the Gini Ratio for Ungrouped Date

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    Explaining the Uneven Penetration ofIndustrialization in the U.S. Dairy Sector

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    One of the most dramatic trends in American farm-structural change over the past several decades has been the industrialization of livestock production. Many now expect that dairying in the United States will be the next major livestock sector to succumb to the industrialization trend. This paper utilizes a multidimensional definition of industrialization to critically examine evidence for and against the dairy industrialization hypothesis. The authors find that while there is a persistent trend toward larger units of production, and a geographical shift towards states with more industriallike farm operations, the penetration of industrial relations of production has occurred more slowly and incompletely than many have assumed. The paper concludes by noting how unique characteristics of the dairy sector help explain the uneven character of the industrialization process in the United States

    Creative Cooperation through Competition

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    The competition includes a division for fourth through sixth grades and a division for seventh and eighth grades. Our district contains nine elementary schools and one junior high. With such a large district, we have over 400 contestants. The competition takes place in the afternoons of two school days, which releases teachers to help in supervision and allows students to be dismissed at the regular time. This helps ensure large attendance and avoids after-school transportation problems

    A Profile of Wisconsin\u27s DairyIndustry, 1999

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    In the late winter and early spring of 1999, the Program on Agricultural Technology Studies (PATS)2 surveyed over 1,600 of Wisconsin’s dairy farmers. Because the sample was large, was drawn randomly from the Wisconsin Dairy Producers List, and yielded a relatively high response rate (50 percent), the results provide a scientifically reliable snapshot of the Wisconsin dairy farming sector as of the spring of 1999. This report provides an overview of the initial findings of the overall study. The emphasis of this report is on the characteristics of the Wisconsin dairy farming sector, and on the characteristics of the operators and their families. We pay particular attention to Wisconsin dairy farmers’ use of a wide range of dairy and crop production technologies or practices. In this survey, we also included questions about several emerging technologies, like genetically engineered crops and “information technologies” (such as use of computers and the internet, and precision farming). This report summarizes the results for all dairy farms in the sample (usually on the far right hand side of each table). Because dairy farms in Wisconsin are quite diverse, we also disaggregate the results for dairy herds of different size. The tables below report the characteristics of farms in five herd size categories: 1-24 cows, 25 to 49 cows, 50 to 99 cows, 100 to 199 cows, and 200 or more cows. In each case, herd size measures include both milking cows and dry cows. More detailed reports and indepth analyses of specific issues based on the survey will become available over the coming months

    Why Worry about the Agriculture of the Middle?

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    This report outlines the agriculture of the middle sector and specific actions and policies that need to be addressed. It was prepared as a white paper of the Leopold Center with input from a number of authors
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