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Robert J. Sternberg,Elena L. Grigorenko,Linda Jarvin 한국교육개발원 2006 KEDI Journal of Educational Policy Vol.3 No.2
This article describes two projects based on Robert J. Sternberg’s triarchic theory of successful intelligence and designed to provide theory‐based testing for abilities and for identification of the gifted. The first, Rainbow Project, provided a supplementary test of analytical, practical, and creative skills to augment the SAT in predicting college performance. The Rainbow measures enhanced predictive validity for college GPA relative to high school GPA and the SAT and decreased ethnic‐group disparities in test scores. The second, Aurora Project, identifies gifted students in the upper elementary grades (for children roughly ages 9‐12). This project is now in progress. The two projects demonstrate the potential value of including a broader range of abilities in assessments to identify gifted children.
Return Migration in Regional Innovation Systems
Sternberg, Rolf,Muller, Claudia The Korean Society for Technology Manageme and Eco 2005 Journal of Technology Innovation Vol.13 No.2
This study aims to explore and understand the role of return migrants in the regional innovation system of a transition economy (China) by analyzing the activities of returning entrepreneurs in two emerging high-tech industries in Shanghai. The empirical analysis is based on in-depth interviews with founders of high-tech companies and experts in Shanghai. The results of the analysis reveal that return migrants are a significant factor for the Shanghai innovation system, which is presently in a transition from a former manufacturing site to a metropolitan region comprising a range of industries (including high-tech) and services. First of all, return migrants are important for the Shanghai RIS in terms of numbers. Second, they engage in activities in the medium range of high-tech which reflects prevailing weaknesses of the framework conditions for innovation in Shanghai. However, due to their international background, returning entrepreneurs are able to overcome these weaknesses, and thus contribute to the development of high-tech industries in Shanghai and to a reduction of the technological lock-in.
Return Migration in Regional Innovation Systems
( Rolf Sternberg ),( Claudia Mullerb ) 기술경영경제학회 2005 Journal of Technology Innovation Vol.13 No.2
This study aims to explore and understand the role of return migrants in the regional innovation system of a transition economy (China) by analyzing the activities of returning entrepreneurs in two emerging high-tech industries in Shanghai. The empirical analysis is based on in-depth interviews with founders of high-tech companies and experts in Shanghai. The results of the analysis reveal that return migrants are a significant factor for the Shanghai innovation system, which is presently in a transition from a former manufacturing site to a metropolitan region comprising a range of industries (including high-tech) and services. First of all, return migrants are important for the Shanghai RIS in terms of numbers. Second, they engage in activities in the medium range of high-tech which reflects prevailing weaknesses of the framework conditions for innovation in Shanghai. However, due to their international background, returning entrepreneurs are able to overcome these weaknesses, and thus contribute to the development of high-tech industries in Shanghai and to a reduction of the technological lock-in.
Developing the Leaders of Tomorrow:The Wrong Direction is the Wrong Way to the Right Direction
Robert J. Sternberg,Li-fang Zhang 대한사고개발학회 2005 The International Journal of Creativity & Problem Vol.15 No.2
Schooling increasingly is developing styles of thinking associated with unsuccess-ful rather than successful forms of leadership, in organizations and other institu-tions. If societies do not change the values of their schools, they will promote weak rather than strong leadership in school as well as in the world of work. First, we discuss the attributes of good leaders. Next, we discuss the attributes that schools normally develop and the mismatch of these attributes to good leadership. Finally, we draw some conclusions as to how schooling needs to change.
Preserving the Gobi: Identifying potential UNESCO world heritage in Mongolia’s Gobi Desert
Christopher McCarthy,Troy Sternberg,Buho Hoshino,James Banfill,Erdenebuyan Enkhjargal,코나가야 유끼,Simon Phillips 국립중앙과학관 2022 Journal of Asia-Pacific Biodiversity Vol.15 No.4
The Gobi Desert, Asia’s largest desert, covers roughly 1,300,000 square kilometers across southernMongolia and northern China. One of the world’s most iconic deserts, the Gobi is a functioning, healthyecosystem home to spectacular landscapes that support an impressive variety of biological diversity,including many rare and endangered species. Human activity in the Gobi has existed for at least5,000 years and several culturally and historically significant archeological sites have been documentedin the region; the Gobi continues to support an ancient and enduring nomadic lifestyle. Prehistoric tracesof ancient life are also widespread, making the Gobi a hotspot for fossil discoveries. Despite a wealth ofnatural and cultural heritage the Gobi Desert in Mongolia lacks any recognition as UNESCO WorldHeritage. This article explores the natural and cultural heritage of the Gobi Desert in Mongolia and usingUNESCO’s framework for “Outstanding Universal Value,” identifies several sites with exceptionalgeological, ecological, and ethnological features that we believe meet the criteria for World Heritagestatus. In the face of looming threats from human interference and climate change, increased recognitionand appreciation of Gobi Desert landscapes is crucial to ensure the long-term protection of these irre placeable sources of life and inspiration.
Negative Regulators of EGF - Signaling in C . Elegans
Lee, Jun Ho,Yoon, Charles,Jongeward, Gregg,Sternberg, Paul 한국유전학회 1995 Genes & Genomics Vol.17 No.4
Vulval differentiation in C. elegans is mediated by an Epidermal growth factor (EGF) -EGF receptor (EGFR) signaling pathway. We have cloned unc-101 and sli-1, negative regulators of vulval differentiation in C. elegans. unc-101 encodes a homolog of AP47, the medium chain of the trans-Golgi clathrin-associated protein complex. Most of the unc-101 alleles are deletions or nonsense mutations, suggesting that these alleles severely reduce the unc-101 activity. We showed that the functions of AP47 are conserved between nematodes and mammals. sli-1 encodes a protein similar to the mammalian proto-oncogene c-cbl. unc-101 mutations can cause a greater than wild type vulval differentiation in combination with certain mutations in sli-1. A mutation in a new gene, rok-1, causes no defect by itself, but causes a greater than wild-type vulval differentiation in the presence of a sli-1 mutation. The unc-101; rok-1; sli-1 triple mutants display a greater extent of vulval differentiation than any double mutant combinations of unc-101, rok-1 and sli-1. Therefore, rok-1 locus defines another negative regulator of the vulval induction pathway.