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This study aims to design learning media that can increase enthusiasm, motivation, and understanding of students, and can facilitate teachers in learning Javanese subjects with material listening to the Werkudara puppet story. The method used in research is R&D (Research and Development) while the method used in the development of instructional media is the waterfall method. The story developed is a story with the title (1) Butcher Bilawa, (2) Bima Bungkus, and (3) Bima Suci. To produce a learning media researchers use a design processing program including; Adobe Photoshop CC, Adobe After Effects CS6, Adobe Audition CS6, Pinnacle Studio 16, Adobe Flash CS6 with the final product in the form of an interactive CD. The results of the assessment by media experts and material experts, get the criteria value "quite good" - "very good" and tend to approach the criteria of "very good", while the results of the final product trial evaluation by students shows that all students totaling 23 children "agree" - "strongly agree" and approach the "strongly agree" category with the use of developed learning media. Thus the learning media for puppet story animation was declared feasible to facilitate learning activities in Javanese subjects to listen to the Werkudara puppet story in fifth grade students of Kutosari 02 State Elementary School.

The objective of this research is to examine the effect of Corporate Social Responsibility (CSR) disclosure toward market reaction. CSR disclosure is measured by comparing the corporation CSR disclosure with the GRI standart. Market reaction is measured by abnormal return and unexpected trading volume. The sample of this research consist of 118 manufacture companies listed on the Indonesia Stock Exchange (BEI) in 2013. Multiple regressions were used to analyze the data. Based on the research, the result showed that the CSR Dislosures have no effect toward abnormal return and unexpected trading volume. Keywords : corporate social responsibility (CSR) disclosure, abnormal return, unexpected trading volume

This study examines the effect of environmental performance measured from PROPER ( Performance Rating Program in Environmental Management ) towards sustainability report disclosure practices and economic performance . Sustainability Report ( SR ) was measured by 79 items of disclosure by the GRI G3 (2006) , while the economic performance using scale industries calculated return of Al - Tuwaijiri , et al . (2004) . Samples in this study were taken by purposive sampling technique that companies listed on the Stock Exchange and publish an annual report in 2011-2012 . The statistical methods used in this study is a simple regression analysis to examine the effect of environmental performance on sustainability report and multiple regression analysis to examine the effect of environmental performance and sustainability report on economic performance . Data analysis and hypotheses tests in this study using SPSS version 16. Results showed that the company's environmental performance have a significant positive effect on Sustainability Report Diclosure. Meanwhile, the results of the second hypothesis shows that environmental performance has a significant impact on economic performance. And the results showed that the third hypothesis Sustainability Report Diclosure have a significant positive effect on economic performance .Keywords : Global Reporting Initiative , Sustainability Reporting , Economic Performance , Environmental Performance

When creating databases for GIS-applications often existing maps are scanned and vectorised for used. However, vectorisation becomes obsolete when GIS-objects can be referred to both in theme and geometry in a raster environment. This article shows to use model spatial data raster and vector for GIS - applications in both the graphical and image structure. Geographical data must first be converted into a computer- readable format before it can be used in a GIS. Spatial data are "elements that can be stored in map form." These elements correspond to a uniquely defined location on the Earth's surface. Spatial data have also been describe as “any data concerning phenomenon a really distributed” in two or more dimensions. (Peuquet and Marble, I990.) Data model is the rules to convert real geographical variation into discrete objects. There are two main GIS data models - vector and raster. Each of the two data models has specific types of data, analysis and displays that can handle better than the other system. The vector model represents geographical reality as a series of discrete objects or features, classified as points, line's or areas (polygons). The geographical co-ordinates describing the locations of these features are stored in the computer database which lies at the heart of the GIS. In the raster model a regular grid of cells, or pixels, is used to encode the features found on the earth's surface. Each pixel has a number associated with it representing; the value of a geographical phenomenon, such as terrain elevation, soil type or biomass. Layers of raster grids covering the same region can be built up to represent further variables.