18,486 research outputs found

    What can be done to restore Pacific turtle populations?: The Bellagio blueprint for action on Pacific sea turtles

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    The Bellagio Blueprint for Action on Pacific Sea Turtles is an outcome of the Bellagio Conference on the Conversation and Sustainable Management of Sea Turtles organized jointly by the WorldFish Center and U.S. NOAA Fisheries. During 17-21 November, 2003, a multi-disciplinary group of 25 experts met in Bellagio, Italy to draft an Action Plan on Pacific Sea Turtles. The group recognized the serious state of sea turtle populations in the Pacific and the escalating nature of human threats to the turtles. However, after examining cases of successful sea turtle conservation programs from around the world and reviewing a broad suite of promising policy and management actions in the Pacific, they concluded that actions to save the threatened and endangered species were possible. The Blueprint urges protecting all nesting beaches, reducing turtle take in at-sea and coastal fisheries, stimulating Pan-Pacific policy actions and encouraging the sustainability of the traditional use of sea turtles. In addition to this description of the Blueprint, the experts are developing a full policy brief and other products for wide dissemination.Turtle fisheries, Nature conservation, Resource management, Nesting, Staff Contrib. No. 1726, Pacific Ocean,

    Design and use of a hackable digital instrument

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    This paper introduces the D-Box, a new digital musical instrument specifically designed to elicit unexpected creative uses and to support modification by the performer. Rather than taking a modular approach, the D-Box is a hackable instrument which allows for the discovery of novel working configurations through circuit bending techniques. Starting from the concept of appropriation, this paper describes the design, development and evaluation process lasting more than one year and made in collaboration with musicians and hackers.This work was funded by the UK Engineering and Physical Sciences Research Council under grant EP/K032046/1 (2013-14)
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