ISI atlas of science. By Dr. Eugene Garfield. Institute of Scientific Information, 3501 Market Street, University City Science Center, Philadelphia, Pa 19104. 1982. 540pp. 23 × 29cm. price $45.00 to individuals, $90.00 to institutions

1982 ◽  
Vol 71 (11) ◽  
pp. 1310
Author(s):  
Peter G. Welling
2017 ◽  
Vol 25 (1) ◽  
pp. 9-12
Author(s):  
Andres Escobar Espinoza ◽  
Nicolas Lopez Verhelst

El impacto en las comunidades académicas de las publicaciones científicas es un elemento importante para determinar la calidad de las mismas. Para su medición se emplean distintas métricas y estándares que se han desarrollado desde hace más de 50 años. A pesar de contar con distintos tipos de indicadores, el factor de impacto se ha constituido como el indicador por excelencia para determinar la influencia y relevancia de las publicaciones científicas. En efecto, el tradicional Factor de Impacto (o Impact Factor) fue desarrollado por Eugene Garfield mediante la propuesta de índices de citaciones con la finalidad de identificar la asociación de ideas y evaluar la influencia de las publicaciones en el ámbito científico (Garfield, 1955). La métrica de impacto científico tiene en consideración las citaciones recibidas y la cantidad de documentos publicados por una revista científica a partir de información recolectada en el índice citacional del Web of Science, y desarrollado por el Institute for Scientific Information (Garfield, 2006).


Author(s):  
Ethan Schrum

Chapter 3 portrays Gaylord P. Harnwell’s effort to make the University of Pennsylvania (Penn) a “community service institution,” in part by stimulating Philadelphia’s economic development. Penn’s unfolding understanding of its identity as an “urban university” and its almost overnight creation of the intellectual center of American city planning suggest the impact that both the legacy of the New Deal state and the increasingly urban setting of higher education in the postwar years had on American universities’ instrumental turn. This chapter also illustrates how both Kerr’s ideas about universities and the nascent concept of a knowledge economy began to play out in places around the country, such as in Harnwell’s work with the University City Science Center and the Governor’s Council of Science and Technology.


2021 ◽  
Vol 6 ◽  
Author(s):  
Marianne Lykke ◽  
Mette Skov ◽  
Christian Jantzen

This research work explored how collaborative, whole-body exhibits affect science learning in informal out-of-school settings. Specifically, the study investigated how exhibit features guided visitors to engage actively in experiential exploration of the exhibition topics, and how these exhibit features guided visitors to make sense of the interaction and transform experiences into knowledge. The study took place at a science center in Denmark. The context was the PULSE exhibition consisting of eight individual exhibits that aimed at facilitating discussions on the importance of bodily activities for physical and social well-being. Together the exhibits formed the traditional parts of a family home and core family activities, for example, a kitchen for cooking. Each exhibit was built on experiencing through physical activity and revolved around one or several biological phenomena, for example, balance, coordination, and suppleness. All exhibits were designed for group interactions. The study explored the visitors’ experiences with the exhibition using data from walking interviews with 34 visitor groups comprising a total of 108 visitors. Each exhibit was composed of a set of exhibit features, and the study analyzed how these features supported the experiential learning. The findings showed that the whole-body activities and group collaborations formed the greatest motivation to participate in the exhibition and, thereby, explore the themes of the exhibition. As regard the visitors’ learning, most groups expressed the joy of physical movement, group work, and need of strategy planning to carry out the activities in their conversations, whereas only a few groups seemed to perceive and reflect on the biological phenomena presented. Due to the physically demanding activities and the required social collaboration, the visitors were not able to engage in in-depth explorations of the exhibition’s scientific themes. In some exhibits where scientific information was incorporated naturally in the activity through interactive videos, the visitors talked about the themes as a natural part of the activity. Altogether, the findings have been used to outline a set of design principles for collaborative whole-body exhibits.


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