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캠퍼의 환경지향성이 캠핑장에 대한 태도, 감정, 그리고 친환경 캠핑의도에 미치는 영향
문보영 ( Bo Young Moon ),양재장 ( Jae Jang Yang ) 한국호텔리조트학회(구 한국호텔리조트카지노산학학회) 2015 호텔리조트연구 Vol.14 No.4
In this study, the environmental impact of the campers, social impact, and separated into three subdimensions orientation of environmental health effects were studied on the impact on the attitudes and emotions. These attitudes and emotions suggested a model for analyzing how the behavior affects the environment-friendly camping and empirical analysis. These campers through a study of the environmental orientation, attitudes, emotions, and validate the impact of eco-friendly camping and also between the theoretical results of the verification was to present the practical implications. The data wos collected 272 respondents campers visited the camping site visit Seoul and Gyeonggi area and analyzed with SPSS 21.0 and AMOS 21.0. The findings can be summarized as follow: First, Health effects has significant affects on the attitude of the camping site, but environmental impact and social impact has not significantly affects the attitude. Second, social effects and health effects has significant affects on emotions of camping site, but environmental effects has not significantly affect the emotions. Third, attitudes and emotions has significant effects on the environment-friendly camping behavior. At the end of this paper, limitations, further research directions, and implications regarding the findings are suggested.
POLICY & ISSUES 기획특집_1 - 환경교육진흥법 추진현황 및 향후계획
양재문,Yang, Jae-Mun 환경보전협회 2012 환경정보 Vol.402 No.-
환경교육 활성화를 목적으로 제정된 환경교육진흥법의 추진배경과 현황을 알아보고 저탄소 녹색생활을 위한 글로벌 녹색 환경교육을 추진하기 위한 앞으로의 방향을 제시한다.
AFM 캔틸레버를 이용한 i-motif DNA의 구조 변화에 미치는 화학적 환경에 대한 연구
정휘헌 ( Hui Hun Jung ),박진성 ( Jin Sung Park ),양재문 ( Jae Moon Yang ),이상우 ( Sang Woo Lee ),엄길호 ( Ki Ho Eom ),권태윤 ( Tae Yun Kwon ),윤대성 ( Dae Sung Yoon ) 한국센서학회 2010 센서학회지 Vol.19 No.3
Three-dimensional(3D) structure of specific DNA can be changed between two conformations under an external environmental transition such as pH and salt concentration variations. We have experimentally observed the conformational transitions of i-motif DNA using AFM cantilever bioassay. It is shown that pH change of a solvent induces the bending defleciton change of a cantilever functionalized by i-motif DNA. This indicates that cantilever bioassay enables the label-free detection of DNA structural changes upon pH change. It is implied that cantilever bioassay can be a de novo route to quantitatively understand the conformational transitions of biological molecules under environmental changes.