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Begin New Search Topic International Cooperation Publishing Institution New York Academy of Sciences

1. Science and Technology for African Development: Partnerships in a Global Economy

Author:
Soodursun Jugessur, Susan U. Raymond, Stephen Chandiwana, Clive Shiff, Pieter J.D. Drenth, D. N. Tarpeh, Iba Kone, Jacques Gaillard, and Roland Waast
Publication Date:
03-1998
Content Type:
Working Paper
Institution:
New York Academy of Sciences
Abstract:
This paper examines the eureka factor in science based development and underscores the increasing concern that Africa lags behind in S due to political and social instability coupled by low investments in technologies. The paper emphasises that African science should come up with a decisive policy for investment in new style education and capacity building for S that is relevant to the African experience and addresses problems of real concern to the community. Science led development in Africa should reduce replication of foreign technologies and invest in social capital of its scientists and its R institutions for sustainable economic development. The aim of the paper is not to offer prescriptive solutions but to highlight areas which should stimulate debate in small working groups examining how Africa can learn from its own experience as well as that of other nations in developing an appropriate system of innovation for science led development.
Topic:
Economics, Education, Emerging Markets, Government, Industrial Policy, International Cooperation, and Science and Technology
Political Geography:
Africa and United States

2. Global Cooperation in Science, Engineering, and Medicine

Author:
Susan Raymond and Rodney Nichols
Publication Date:
02-1996
Content Type:
Working Paper
Institution:
New York Academy of Sciences
Abstract:
Many experienced observers have noted a persistent fatigue in current systems of international cooperation on research in science, engineering, and medicine. The institutions designed to serve global science since the end of World War II are not keeping pace with the changes sweeping science and technology. In the mid–1990s, the unease and uncertainty has become acute. Yet, simultaneously, research and education in science, engineering, and medicine are themselves becoming increasingly international in scope. This trend is not created by formal collaborative institutions. Instead, the factors setting the global pace include the rise of high–capacity, rapid modes of electronic communications; the end of the Cold War and the defense–based motivations that drove much innovation; the expanding scientific capacity throughout the world; and the emergence of new scientific problems that are increasingly global in nature and widely acknowledged as common priorities among scientists and nations. The uncertain “fit” between traditional institutional arrangements and tomorrow's generation of scientific activities has engendered widespread concern. A central question is how best to re–tool existing mechanisms to serve most effectively international collaboration in addressing the societal goals and research frontiers of the 21st century. The prescription for possible therapies, however, must be accompanied by a clear understanding of the nature of the symptoms and a careful analysis of the current state of existing, collaborative mechanisms.
Topic:
Government, International Cooperation, International Political Economy, and Science and Technology
Political Geography:
New York

3. Global Cooperation in Science, Engineering, and Medicine

Author:
Kenneth Prewitt, Susan Raymond, Young Gul Kim, Rodney Nichols, Jorge Allende, Arima Akito, Jesse Ausubel, Edward Ayensu, D. Allan Bromley, Praveen Chaudhari, Umberto Colombo, Yuri Gleba, Mark Horn, Coe Ishimoto, Geraldine Kenney-Wallace, Jan Nilsson, Geoffrey Oldham, R. K. Pachauri, Heinz Riesenhuber, Zehev Tadmor, Greg Tegart, Raimundo Villegas, Guillermo Cardoza, Diana Wolff-Albers, and William Padolina
Publication Date:
11-1995
Content Type:
Working Paper
Institution:
New York Academy of Sciences
Abstract:
In the fall of 1995, with assistance from the John D. and Catherine T. MacArthur Foundation and the Carnegie Corporation of New York, the New York Academy of Sciences organized a meeting on international collaboration in science, engineering, and medicine. The meeting was held at the Rockefeller Foundation's conference center in Bellagio, Italy from October 30 through November 2, 1995. The Academy gathered together a group of experienced international leaders to examine changes in the context and con– tent of global research cooperation and the efficacy of existing institutional mechanisms to facilitate future scientific activities. The meeting resulted in a summary report presenting the consensual views of the participants, and the New York Academy of Sciences is currently exploring a range of follow–up options with its institutional partners. Copies of the report can be obtained by contacting the Academy at the address listed below. The critical question under review at Bellagio was to assess current disparities among research opportunities, needs, and institutions and to determine the need for a more extensive international review. Discussions were based in part on extensive preparation. Prior to the meeting, all participants prepared personal statements summarizing their views of future directions for scientific collaboration, key lessons from past experience, and fundamental characteristics of successful collaborative mechanisms. These statements together with a summary issues paper produced by the New York Academy of Sciences, the meeting agenda, and biographical information on participants are collected here. The statements appear as originally distributed; none have been revised in light of the meeting's discussion. With 25 different perspectives it is to be expected that a diversity of views are represented here. However, the commentaries fall broadly along four lines of inquiry.
Topic:
Government, International Cooperation, International Political Economy, and Science and Technology
Political Geography:
New York