• Journal of Digital Convergence
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• v.10 no.6
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• pp.99-109
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• 2012

The purpose of this study was to scrutinize and compare the perceptions of Global and Korean HRD Professionals in Workplace Learning and Performance(WLP) competencies in Korea. To answer these questions, the following research methods were employed. A questionnaire, which was modified and translates from the 2004 ASTD model for WLP, was distributed to 319 HRD consultants working in Seoul and Kyounggi-Do. It was sent out directly and by email. Among returned questionnaires, 205 were valid to be examined. The important findings of the study were as follows. First, the role of business partner ranked highest in the level of importance of WLP roles in Korean and the role of special professional ranked highest in global. For the competencies of WLP, effective communication ranked highest both Korean and global. Based on the findings of this study, the conclusion was as follows. First, the perceptions of WLP roles were different between Korean and global HRD professionals. The reason why it's differences is because the size of market are different. Second, the perceptions of WLP competencies were similar between Korean and global HRD professionals. HRD professionals should need to professionalize the communication skills continuously.

• Journal of Korean Society on Water Environment
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• v.20 no.5
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• pp.397-408
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• 2004

Due to the growing impact of non-point source pollution and limitation of water treatment technology, a new policy of water quality management, called a source protection, is now becoming more important in drinking water supply. The source protection means that the public agency purchases the pollution sensitive area, such as riparian zone, and prohibit locations of point and non-point sources. Many studies have reported that this new policy is more economical in drinking water supply than the conventional one. However, it is very difficult to determine location and size of the pollution sensitive zone in the watershed. In this paper, we presented the scientific criteria for the priority of the pollution sensitive zone, along with a case study of the upstream watershed of the Paldang Reservoir, Han River. This study includes applications of the analytical hierarchy process(AHP) and a watershed-based land prioritization(WLP) model. After major criteria affecting water quality were selected, the AHP and geographic analysis were performed. The WLP model allowed us to include both quantity and quality criteria, using AHP as the multi-criteria method in making decision and reflecting local characteristics and various needs. By adding a travel-time function, which represents the prototype effectively, the results secured adaptability and scientific objectivity as well. As such, the WLP model appeared to provide reasonable criteria in determining the prioritization of land acquisition. If the tested data are used with a validated travel-time and AHP method is applied after further discussion among experts in such field, highly reliable results can be obtained.