• Title/Summary/Keyword: Atmosphere Environment

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Effects of An Integrated Atmosphere Environmental Education Program on Pro-Environmental Attitudes of Elementary Students (대기 환경교육이 초등학생의 환경친화적 태도에 미치는 영향)

  • Shim, Sang-Mi;Lee, Sang-Won
    • Hwankyungkyoyuk
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    • v.23 no.2
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    • pp.16-31
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    • 2010
  • The purpose of this study was to investigate the influence of the integrated atmosphere environmental education program on environmental attitudes for 5th graders in elementary school. The major results of this study were as follows. First, the developed atmosphere environmental education program had a positive effect on environmental attitudes of elementary students. Second, it also had a positive effect on their interest and desire of atmosphere environment issues. Third, it had a positive correlation among the 3 subdomains of cognitive, affective and behavioral. In conclusion, the atmosphere environmental education program is more directly effective than lectures on environment following the curriculum to improve students' attitudes toward environment. Therefore, it is required that more systematic research should be done linking with teaching and learning methods, as a follow-up activity.

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A Study on the Creating the Atmosphere of Foodservice Facility (외식산업의 서비스 환경 조성을 위한 시설관리에 관한 연구)

  • 나영선;강종헌
    • Culinary science and hospitality research
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    • v.4
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    • pp.369-387
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    • 1998
  • The atmosphere of foodservice facility is considered to be the total environment to which customers are exposed. Atmosphere is sometimes described as everything that makes an impression on people. On the other hand, mood is best described as the response of an individual to the various components that make up the atmosphere. Most people experience some type of reaction to the atmosphere that may be desirable or undesirable. If the individual response to the foofservice facility is favorable, the atmosphere has served to put that person into a good mood. In the highly competitive commercial restaurant field, the planning of the atmosphere for new facilities is going to be more important. The coming generation of potential customers is growing up in an environment that associates dining out with more than just good food. This study is characterized by the right atmosphere offerings. Thus, this study discusses the physical components affecting perception of atmosphere. Many of these components will be discussed in detail to show their relationship to the design of dining areas. This study identified the many physical components of atmosphere that can be manipulated and arrive at a combination that will give the desired sensations. With these backgrounds as a guide, this study presented alternatives which should not only provide atmosphere but should reach a satisfactory level of creating atmosphere from a practical standpoint. these is to maximise the perceptual effect, train the employees, and be reflected and be reflected the advertising and public relations.

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Relationship of Restaurant Physical Environment and Payment Price (레스토랑 물리적 환경과 지불가격의 관계)

  • 임붕영;김형준
    • Culinary science and hospitality research
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    • v.10 no.2
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    • pp.135-148
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    • 2004
  • Research there is a place objective which searches the importance of physical environment. Namely, there is a place objective which defines the effect relationship of physical environment and payment price. The analysis result physical environment appeared in 6 items. (interia, hygiene, illumination, the color body and atmosphere, space, movement and the command installation). The item which causes a big effect in price appeared with the interia and atmosphere. The upgrade of the interia and atmosphere of the restaurant increases the price it will be able to pay letting with the customer is judged with the fact that role. Currently the restaurant service or importance of specialty knowledge of the work unit field is embossed. But, the customer pays an expense and the item which is important it will be able to create a value is showing is physical environment.

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The Effect of Physical Environment of Family Restaurants on Customers' Satisfaction (패밀리 레스토랑의 물리적 환경이 고객만족에 미치는 영향)

  • Kim, Ki-Young;Kim, Sung-Su;Cheon, Hee-Sook
    • Culinary science and hospitality research
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    • v.13 no.2
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    • pp.22-34
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    • 2007
  • We researched the previous study about the restaurant's physical environment and had made up questionnaires. The purpose of this study is to analyze the effect of physical facilities of family restaurants on customers' satisfaction. The result was as follows: First, customers visited with friends or family irrespective of days $2{\sim}3$ times a month. Second, the physical environment factors of family restaurants were interior design, interior, making atmosphere and exterior. Third, it was the interior factor(0.268), making atmosphere factor(0.353) and exterior factor(0.244) that affected customers' satisfaction in family restaurants(p<0.001). $R^2$ change was 0.659 and the regression model was suited to our study(F=56.475). To increase customers' satisfaction, the physical environment of family restaurants needs remodeling in proper time.

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A Study on Clothing Shopping Motivations and store - Preferred Stores and Store Atmosphere - (소비자의 의류쇼핑동기유형과 점포에 관한 연구 -선호점포와 점포분위기-)

  • 박수경;임숙자
    • Journal of the Korean Society of Clothing and Textiles
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    • v.20 no.3
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    • pp.414-428
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    • 1996
  • This study intends to ascertain the importance of store atmosphere when construcing store marketing strategies for store differentiation. And it is studied by classifying consumer groups according to clothing shopping motivations, comparing store atmosphere assessment and emotion response of preferred stores, and analyzing the influence store atmosphere has on store preference or impulsive purchase. The subject of this study are women in their twenties living in Seoul, 255 career women and 233 college students totaling 458, and model sampling is done by convenient sampling taking into account the type of their occupation and major. Modified survey based on references and former studies is used, and using SAS packages, methods. The results of data analysis are as follows. 1. Consumer groups are classified into the following four subdivisions: shopping involvement, leisure pursuit, financial, and shopping unconcern group. The stores women in twenties use most frequently for shopping are department stores, speciality stores, common market, discount stores, and wholesale markets, and significant difference are shown between consumer groups. 2. Consumer responses for store atmosphere preferences are shown significantly among groups when concerned with store preferences. 3. Images of store atmosphere as factor analyzed into environment factor, kindness factor, and decoration factor, Environment factor is most highly estimated in speciality stores, kindness factor in department stores, and decoration factor in common markets. 4. Leisure pursuit group is assessed to be most influenced by store atmosphere in store seleciton, impulsive purchase, and after-purchase shopping behavior, and impulsive purchase is shown highly in department stores and speciality stores.

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The Relationship between Amount of Chloride in Atmosphere and Attached Amount of Chloride of Architectural Material (대기 중 염분량과 건축 재료별 부착 염분량과의 관계)

  • Cho, Gyu-Hwan;Lee, Young-Jun;Lee, Hae-Seung;Hwang, Jong-Uk;Park, Dong-Cheon
    • Proceedings of the Korean Institute of Building Construction Conference
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    • 2013.05a
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    • pp.98-99
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    • 2013
  • The amount of surface chlorides of architectural structure in incoming salt environment depends on the characteristics of distribution of incoming salt in atmosphere. Therefore, many researches are being conducted on deducting the correlation between incoming salt amount attached to the surface of real structure and that of atmosphere after quantitative measurement. However, in real environment, these studies are somewhat far fetched. That is because incoming salt in atmosphere are changed by various climatic conditions and in the case of the structures surface, attached incoming salt may be carried away due to the rainfall. Therefore, this study aims to draw an improved proportional relation between the amount of sodium chloride in atmosphere and that attached to the surface of architectural structures by measuring the amount attached to each architectural material using artificial incoming salt generator that can control various climatic variables that can be caused in real environment.

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자연환경 변화와 광물의 역할

  • 김수진
    • Proceedings of the Petrological Society of Korea Conference
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    • 2000.05a
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    • pp.3-11
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    • 2000
  • The earth environment consists of four spheres : geosphere, hydrosphere, atmosphere and biosphere. The geosphere consists mostly of minerals. It, however, contains some water and air in its shallow depth. Although hydrosphere and atmosphere consist predominantly of water and air, respectively, both contain some minerals. The biosphere consisting of various organisms is present in the interfaces of geosphere, hydrosphere and atmosphere. The natural environment of the earth is continuously changing by the interaction of four spheres. It suggests that out relevant environmental problems can not be revolved without understanding the natural relationship of these four spheres. Minerals in our environment are very important because they are the main constituent materials of the earth and they control our environment. The roles of minerals in our environment have not been understood even in the scientific society. Thus their roles have been neglected. Review of studies on the environmental mineralogy so far made at our laboratory and others show that minerals control the environment in various ways. Minerals neutralize the acid water as well as acid rain. Minerals in soils and rocks are major neutralizer of the acid rain. Salinization of sea water is attributed to the ionic substitution between minerals and sea water. Some minerals control the humidity of the air. Corals, the products of biomineralization, are the main carbon controller of the air. Minerals also adsorb heavy metals, organic pollutants and radioactive nuclides. Such remarkable functions for controlling the environment come from the mineral-water reaction and biomineralization. All these phenomena are subjects of the environmental mineralogy, a new field of earth science.

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A Study on the Application of a Drone-Based 3D Model for Wind Environment Prediction

  • Jang, Yeong Jae;Jo, Hyeon Jeong;Oh, Jae Hong;Lee, Chang No
    • Journal of the Korean Society of Surveying, Geodesy, Photogrammetry and Cartography
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    • v.39 no.2
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    • pp.93-101
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    • 2021
  • Recently, with the urban redevelopment and the spread of the planned cities, there is increasing interest in the wind environment, which is related not only to design of buildings and landscaping but also to the comfortability of pedestrians. Numerical analysis for wind environment prediction is underway in many fields, such as dense areas of high-rise building or composition of the apartment complexes, a precisive 3D building model is essentially required in this process. Many studies conducted for wind environment analysis have typically used the method of creating a 3D model by utilizing the building layer included in the GIS (Geographic Information System) data. These data can easily and quickly observe the flow of atmosphere in a wide urban environment, but cannot be suitable for observing precisive flow of atmosphere, and in particular, the effect of a complicated structure of a single building on the flow of atmosphere cannot be calculated. Recently, drone photogrammetry has shown the advantage of being able to automatically perform building modeling based on a large number of images. In this study, we applied photogrammetry technology using a drone to evaluate the flow of atmosphere around two buildings located close to each other. Two 3D models were made into an automatic modeling technique and manual modeling technique. Auto-modeling technique is using an automatically generates a point cloud through photogrammetry and generating models through interpolation, and manual-modeling technique is a manually operated technique that individually generates 3D models based on point clouds. And then the flow of atmosphere for the two models was compared and analyzed. As a result, the wind environment of the two models showed a clear difference, and the model created by auto-modeling showed faster flow of atmosphere than the model created by manual modeling. Also in the case of the 3D mesh generated by auto-modeling showed the limitation of not proceeding an accurate analysis because the precise 3D shape was not reproduced in the closed area such as the porch of the building or the bridge between buildings.

The Function of Physical Surroundings for Displaying Dining Atmosphere: A Theoretical Review and Testable Propositions (식공간 연출을 위한 물리적 환경의 기능: 이론적 고찰 및 제안)

  • Chun, Byung-Gil
    • Journal of the Korean Society of Food Culture
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    • v.20 no.6
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    • pp.644-651
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    • 2005
  • Physical Surroundings have been identified by a number of researchers as a powerful tool that can manipulate people's mood and cognition. A number of marketing practitioners have accepted this notion, given that physical surroundings are increasingly used as atmospheric stimuli in various retail environment as well as in restaurant. Yet there have not been practical reviews on consumer responses in restaurant setting/environment. By means of a literature review, this study examines how physical surroundings in restaurant settings function on displaying dinning atmosphere. It includes the conceptual definition and classifications of physical surroundings, effect of physical surroundings on customers' internal responses and behaviors, and testable research propositions and directions for future researches. This study is expected to make a substantial contribution to the understanding of restaurant manager and dinning atmosphere displayer about function of physical surroundings in dinning context.