| Technological Forecasting & Social Change 2000 |
| Title | Subject | Authors |
|---|
| A brief methodological guide to scenario building. | Social sciences | De Jouvenel, Hugues |
| A model of product cost modification with reduced development periods. | Social sciences | Storojouk, Oleg A. |
| Analyzing social interaction in electronic communities using an artificial world approach. | Social sciences | Terano, Takao |
| A pacemaker for the long wave.(long waves in the US economy) | Social sciences | Berry, Brian J.L. |
| A tool for assessing organizational vitality in an era of complexity. | Social sciences | Vicenzi, Richard, Adkins, Gary |
| Climate implications of greenhouse gas emissions scenarios. | Social sciences | Nakicenovic, Nebojsa, Smith, Steven J., Wigley, T.M.L., Raper, S.C.B. |
| Complexity in technology management: theoretical analysis and case study of automobile sector in Japan. | Social sciences | Miyazaki, Kumiko, Kijima, Kyoichi |
| Components of science-based innovation measurements and their links to public policies. | Social sciences | Kumar, S. Suresh |
| Computational models of innovative and creative design processes. | Social sciences | Gero, John S. |
| Creating incentives for environmentally enhancing technological change: lessons from 30 years of US energy technology policy. | Social sciences | Norberg-Bohm, Vicki |
| Creativity in design: general model and its verification. | Social sciences | Strzalecki, Andrzej |
| Crisis preparation in organizations: prescription versus reality. | Social sciences | Kovoor-Misra, Sarah, Zammuto, Raymond F., Mitroff, Ian I. |
| Five economic activities likely to dominate the new millenium: III Life Sciences era. | Social sciences | Molitor, Graham T.T. |
| Five economic activities likely to dominate the new millenium: II The Leisure Era. | Social sciences | Molitor, Graham T.T. |
| Five economic activities likely to dominate the new millenium.(part 1) | Social sciences | Molitor, Graham T.T. |
| From scenario thinking to strategic action. | Social sciences | Wilson, Ian William |
| Geographical distribution of temperature change for scenarios of greenhouse gas and sulohur dioxide emissions. | Social sciences | Grubler, Arnulf, Schlesinger, Michael E., Malyshev, Sergey, Rozanov, Eugene V, Yang, Fanglin, Andronova, Natalia G., Vries, Bert de, Jiang, Kejun, Masui, Toshihiko, Morita, Tsuneyuki |
| Global and regional greenhouse gas emissions scenarios. | Social sciences | de Vries, B, Riahi, K, Roehrl, R, Morita, T, Kram T, Van Rooiekn S, Sankovski, Al |
| Global greenhouse gas emissions scenarios: integrated modeling approaches. | Social sciences | Nakicenovic, Nebojsa |
| 'Globalization': modeling technology adoption timing across countries. | Social sciences | Dekimpe, Marnik G., Parker, Philip M., Sarvary, Miklos |
| Greenhouse gas emissions in a dynamics-as-usual scenario of economic and energy development. | Social sciences | Riahi, K, Roehrl, R |
| Greenhouse gas emissions in an equity-environment- and service-oriented world: an IMAGE-based scenario for the 21st century. | Social sciences | de Vries, B, Bollen, J, Bouwman, L, den Elzen, M, Janssen, M, Kreileman, E |
| Greenhouse gas emissions scenarios. | Social sciences | Nakicenovic, Nebojsa |
| Industrial non-energy, non-CO2 greenhouse gas emissions. | Social sciences | Fenhann, J |
| Innovation in the future of engineering design. | Social sciences | Coates, Joseph F. |
| Innovations in auto safety design, a key to quality improvement. | Social sciences | Uduma, Kalu |
| Learning from variety and competition between technological options for generating photovoltaic electricity. | Social sciences | Menanteau, Philippe |
| Linking learning, knowledge creation, and business creativity: a preliminary assessment of the East Asian quest for creativity. | Social sciences | Koh, Al-Tee |
| Long-term greenhouse gas emission scenarios for Asia-Pacific and the world. | Social sciences | Jiang, K, Masui, T, Morita, T, Matsuoka, Y |
| Measuring organizational flexibility: an exploration and general model. | Social sciences | Phillips, Fred, Tuladhar, Sugandha D. |
| On forecasting discontinuities. | Social sciences | Ayres, Robert U. |
| Overcoming the constraints to the adoption of sustainable land management practices in Australia. | Social sciences | Guerin, Turlough F. |
| Perils of long-range energy forecasting: reflections on looking far ahead. | Social sciences | Smil, Vaclav |
| Postmodernism and the web: meta themes and discourse. | Social sciences | Berthon, Pierre, Pitt, Leyland, Watson, Richard T. |
| Principles and practices of design innovation. | Social sciences | Ardayfio, David D. |
| Quantification of the IS99 emission scenario storylines using the atmospheric stabilization framework. | Social sciences | Sankovski, A, Barbour, W, Pepper, W |
| Quantifying expert opinion: the future of interactive television and retailing. | Social sciences | Dransfield, Henning, Pemberton, John, Jacobs, Gabriel |
| Relationships between environmental impacts and added value along the supply chain. | Social sciences | Clift, Roland, Wright, Lucy |
| Scenario planning as a networking process. | Social sciences | Roubelat, Fabrice |
| Scenario planning.(From My Perspective) | Social sciences | Coates, Joseph F. |
| Scenarios and actors' strategies: the case of the agri-foodstuff sector. | Social sciences | Lafourcade, Bernard, Chapuy, Pierre |
| Scenarios and forecasting: two perspectives. | Social sciences | van der Heijden, Kees |
| Scenarios as seen from a human and social perspective. | Social sciences | Masini, Eleonara Barbieri, Vasquez, Javier Medina |
| Strategically evolving the future: directed evolution and technological systems development. | Social sciences | Clarke, Dana |
| Structural changes in developing countries and their implications for energy-related CO2 emissions.(climate study) | Social sciences | Jung, T, la Rovere, Emilio, Gaj, Henryk, Shukla, P, Zhou, D |
| Teaching about discovery and invention in engineering. | Social sciences | Schum, David A. |
| Teaching innovative conceptual design of systems in the service sector. | Social sciences | Karni, Reuven, Kaner, Maya |
| Technology dynamics and greenhouse gas emissions mitigation: a cost assessment. | Social sciences | Riahi, K, Roehrl, R |
| The art of scenarios and strategic planning: tools and pitfalls. | Social sciences | Godet, Michael |
| The design of innovation: lessons from genetic algorithms, lessons for the real world. | Social sciences | Goldberg, David E. |
| The development of greenhouse gas emissions scenarios using an extension of the MARIA model for the assessment of resource and energy technologies. | Social sciences | Mori, S |
| The role of standards in innovation. | Social sciences | Allen, Robert H., Sriram, Ram D. |
| The World Wide Web as neural net: implications for market-driven web enabling. | Social sciences | Laxton, Rita |
| Towards modeling of communities of practice (CoPs): a Hebbian learning approach to organizational learning. | Social sciences | Kulkarni, Rajendra G., Stough, Roger R., Haynes, Kingsley E. |
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