1,157 research outputs found

    Certification Systems as Tools for Natural Asset Building: Potential, Experiences to Date, and Critical Challenges

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    Certification systems are becoming important tools to encourage and reward social and environmental responsibility. This paper explores whether these systems, which generally have not been designed for the explicit aim of poverty reduction, can assist poor people, either individually or in community-based and small-to-medium production units, to build their natural assets as a basis for sustainable livelihoods. The paper examines two leading certification systems -- the Forest Stewardship Council(TM); and the Fair Trade Certified(TM); system -- and emerging systems in tourism and mining. The results to date have been mixed. In the forestry sector, poverty reduction benefits of certification have been modest relative to its environmental benefits. In the agricultural commodity trade, where certification systems have been designed with a stronger focus on reducing poverty, the benefits have been greater. The long-term challenge is to ensure that the rapid global uptake and 'mainstreaming' of certification systems does not create new hurdles for low-income individuals and communities

    Can Advocacy-Led Certification Systems Transform Global Corporate Practices? Evidence, and Some Theory

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    There is emerging evidence that globalization is beginning to provide new opportunities for global coalitions of advocacy groups to bring market-based pressures to bear upon major transnational firms in a way that promotes higher standards of social and environmental responsibility in production processes and trade relations. This can be seen as successful citizen-led attention to the “production and process methods” which the Uruguay Round of trade negotiations explicitly chose to omit. More broadly it may reflect the increased importance of global branding, improved awareness in both consumer and financial markets of the social and environmental practices of firms, and collaboration on the part of producers to reduce their risk of brand-damaging attacks on the social and environmental responsibility of their practices. The emergence and growth of the Forest Stewardship Council as the “gold standard” for sustainable forest management, and the expensive attempts by the forest products industry to create industry-driven substitute standards, may be the pivotal example of this phenomenon. The further growth of certified Fair Trade practices under Transfair USA is another example. Both cases provide important lessons as to the elements of present and future success for this movement. They may also represent creative new solutions for problems of persistent poverty by using the leverage of markets in the global North to improve the ability of workers, farmers, and other producers in the global South to build natural assets in ways that generate socially and environmentally sustainable livelihoods.

    Certification Systems as Tools for Natural Asset Building: Potential, Experiences to Date, and Critical Challenges

    Get PDF
    Certification systems are becoming important tools to encourage and reward social and environmental responsibility. This paper explores whether these systems, which generally have not been designed for the explicit aim of poverty reduction, can assist poor people, either individually or in community-based and small-to-medium production units, to build their natural assets as a basis for sustainable livelihoods. The paper examines two leading certification systems – the Forest Stewardship Council™ and the Fair Trade Certified™ system – and emerging systems in tourism and mining. The results to date have been mixed. In the forestry sector, poverty reduction benefits of certification have been modest relative to its environmental benefits. In the agricultural commodity trade, where certification systems have been designed with a stronger focus on reducing poverty, the benefits have been greater. The long-term challenge is to ensure that the rapid global uptake and ‘mainstreaming’ of certification systems does not create new hurdles for low-income individuals and communities.certification, social responsibility, environmental responsibility, povery reduction, natural assets, sustainable livelihoods, Forest Stewardship Council™, Fair Trade Certified™, tourism, mining, forestry, agriculture, globalization

    Professional Concerns: Reading and the Vocational/Industrial Arts Teacher

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    Professional Concerns is a regular column devoted to the interchange of ideas among those interested in reading instruction. Send your comments and contributions to the editor. If you have questions about reading that you wish to have answered) the editor will find respondents to answer them. Address correspondence to R. Baird Shuman) Department of English) University of Illinois at Urbana-Champaign) Urbana) Illinois) 61801

    Range imager performance comparison in homodyne and heterodyne operating modes

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    Range imaging cameras measure depth simultaneously for every pixel in a given field of view. In most implementations the basic operating principles are the same. A scene is illuminated with an intensity modulated light source and the reflected signal is sampled using a gain-modulated imager. Previously we presented a unique heterodyne range imaging system that employed a bulky and power hungry image intensifier as the high speed gain-modulation mechanism. In this paper we present a new range imager using an internally modulated image sensor that is designed to operate in heterodyne mode, but can also operate in homodyne mode. We discuss homodyne and heterodyne range imaging, and the merits of the various types of hardware used to implement these systems. Following this we describe in detail the hardware and firmware components of our new ranger. We experimentally compare the two operating modes and demonstrate that heterodyne operation is less sensitive to some of the limitations suffered in homodyne mode, resulting in better linearity and ranging precision characteristics. We conclude by showing various qualitative examples that demonstrate the system’s three-dimensional measurement performance

    Collaboration: It Is Much More Than the Technology

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    A joint study conducted with the University of Central Florida and the National Aeronautics and Space Agency's (NASA) Kennedy Space Center (KSC) resulted in a new approach to the collaboration issues that had troubled the Agency. We believe in teams. We believe in the concept of collaboration. We never doubted Douglas Engelbart's thesis-- "Our very survival depends on our ability to work together, more effectively, to get collectively smarter. Computers -- when used properly -- can help us do that". It was not lack of trying. Predictably, NASA engineers had worked as if better and better technology would resolve the matter. It had not. The study itself provided an insight, an "aha! moment that pointed us toward the problems of collaboration we had to solve. People quickly saw that we had to remove barriers and make it easier to share data, coordinate efficiently, work together to add value and create corporate memory. This paper describes what happened

    The relationship between various live animal scores/measurements and carcass classification for conformation and fatness with meat yield and distribution, and ultimate carcass value

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    End of project reportAccordingly, the primary objectives of the following study were to: (1) determine the relationship of live animal muscular and skeletal scores, ultrasonically scanned muscle and fat depth measurements of the m. longissimus dorsi, and carcass conformation and fat scores with kill-out proportion, carcass composition and value. (2) Specifically develop and test the accuracy of prediction equations for carcass meat, fat and bone proportions, derived from carcass conformation and fat scores, and develop prediction equations for total carcass composition from hind-quarter composition
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