著者

古瀬 浩史 林 浩二 萩原 裕作 川嶋 直 森 恭一 Koji FURUSE Kozi HAYASI Yusaku HAGIWARA Tadashi KAWASHIMA Kyoichi MORI 株式会社自然教育研究センター 千葉県立中央博物館 岐阜県立森林文化アカデミー 公益財団法人キープ協会 帝京科学大学生命環境学部アニマルサイエンス学科

雑誌

帝京科学大学紀要 = Bulletin of Teikyo University of Science

巻号頁・発行日

vol.10, pp.1-14, 2014-03-31

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Professor Takeshi Kobayashi was a leading and representative figure in interpretation of Japan. He passed awaysuddenly on March 13th in 2013 at the age of 55. This paper describes a brief history of interpretation in Japan, following thesteps that Professor Kobayashi had taken in the field of interpretation and environmental education. Professor Kobayashistarted his interpretation career at the Takao Visitor Center as a ranger of the Nature Conservation Society of Japan in 1983.He established the Center for Environmental Studies in order to focus on nature interpretation in 1988. He had also coordinatedthe Japan-U.S. Interpreter Training Seminar, which was jointly supported by the U.S. National Park Services, since 1995 anddeveloped a number of other interpreter training programs in Japan. He played a central role in those training courses in 1990s and 2000s of Japan, during which the Ministry of the Environment and the Ministry of Education, Culture, Sports,Science and Technology were active in offering training for interpreters and outdoor educators. He became a professor at theGifu Academy of Forest Science and Culture in 2005 and a professor at the Department of Animal Sciences, the Faculty ofLife and Environmental Sciences, Teikyo University of Science in 2010. He developed courses for instructors and trainers ofenvironmental education and interpretation. Professor Kobayashi helped offering opportunities for domestic and internationalinterpreters to meet and to develop network. He had been engaged in developing interpretation through projects and events,human resource development, and networking, and greatly contributed to the enhancement of interpretation in Japan till thelast day.

著者

藤田 恭介 Yasuyuki FUJITA 帝京科学大学

出版者

帝京科学大学

雑誌

帝京科学大学紀要 (ISSN:18800580)

巻号頁・発行日

vol.9, pp.133-137, 2013

著者

諏訪 晴香 木村 悟朗 篠原 正典 Haruka SUWA Goro KIMURA Masanori SHINOHARA 帝京科学大学理工学研究科環境マテリアル専攻 イカリ消毒株式会社技術研究所 帝京科学大学生命環境学部自然環境学科

雑誌

帝京科学大学紀要 = Bulletin of Teikyo University of Science

巻号頁・発行日

vol.9, pp.147-149, 2013-03-31

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Larvaes of varied carpet beetle (Anthrenus verbasci ) are well known as insects injurious to clothes and crops, and theirfood preference have been researched well and known to inclinable toward animal fiber. Here, we widely invested theirpreference to six clothes including wool, silk, cotton, hemp, rayon and polyester from their gathering behavior. As the results,they gathered on wool most and their preferences to plant fiber were intermediate between those to animal and artificial fiber.

著者

阿部 仁美 櫻井 富士朗 Hitomi Abe Fujiro Sakurai 帝京科学大学生命環境学部アニマルサイエンス学科 帝京科学大学生命環境学部アニマルサイエンス学科 Teikyo University of Science Faculty of Life & Environmental Sciences-Department of Animal Science Teikyo University of Science Faculty of Life & Environmental Sciences-Department of Animal Science

出版者

帝京科学大学

雑誌

帝京科学大学紀要 = Bulletin of Teikyo University of Science (ISSN:18800580)

巻号頁・発行日

vol.10, pp.15-23, 2014-03-31

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Budgerigars use contact calls and warble-songs. Previous studies have found that they acquire these songs through vocallearning, but to date, there have been no long term experimental studies of their vocalizations or social interactions. Thepurpose of this study was to establish a basic understanding of budgerigar vocal ethnology. We recorded all sounds made byfour budgerigars (male=4, female=3) kept in separate cages in a same experimental box for fixed periods (12-h light/darkcycle). There was great diurnal variation in vocalizations, but the variation decreased from lights up to off and during thelights-off period. The variation in vocalizations was also positively related to changes in humidity. The frequency of soundsproduced by the group of males was higher than that of the group of males and females mixed together. The response rate forcontact call varied among individuals which suggests that hierarchy existed in vocal communication. However, the hierarchychanged depending on the membership in a group.

著者

鮫島 和行 大北 碧 西山 慶太 瀧本 彩加 神代 真里 村井 千寿子 澤 幸祐 Kazuyuki Samejima Midori Ohkita Keita Nishiyama Ayaka Takimoto Mari Kumashiro Chizuko Murai Kosuke Sawa 玉川大学脳科学研究所:玉川大学大学院脳科学研究科 専修大学人間科学部 帝京科学大学大学院理工学研究科 北海道大学大学院文学研究科行動システム科学講座 玉川大学脳科学研究所 玉川大学脳科学研究所 専修大学人間科学部 Laboratories of Neuroscience Brain Science Institute Tamagawa University:Graduate School of Brain Science Tamagawa University Department of Psychology School of Human Sciences Senshu University Graduate School of Science & Engineering Teikyo University of Science Department of Behavioral Science Graduate Schoold of Letters Hokkaido University Laboratories of Neuroscience Brain Science Institute Tamagawa University Laboratories of Neuroscience Brain Science Institute Tamagawa University Department of Psychology School of Human Sciences Senshu University

雑誌

人工知能 = journal of the Japanese Society for Artificial Intelligence (ISSN:21882266)

巻号頁・発行日

vol.31, no.1, pp.27-34, 2016-01-01

著者

萩原 宏毅 塚田 絵里子 Hiroki HAGIWARA Eriko TSUKADA 帝京科学大学医療科学部作業療法学科 帝京科学大学医療科学部理学療法学科 Department of Occupational Therapy Faculty of Medical Sciences Teikyo University of Science Department of Physical Therapy Faculty of Medical Sciences Teikyo University of Science

雑誌

帝京科学大学紀要 = Bulletin of Teikyo University of Science

巻号頁・発行日

vol.8, pp.1-10, 2012-03-31 (Released:2016-02-15)

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Neurological diseases are one of the most common causes for rehabilitation intervention such as physical therapy, occupational therapy, and speech therapy. Among them, stroke dominates the number of the patients and leading cause of adult disability in Japan. Until recently, there were no established training strategies to recover motor function for such patients. However, the findings from basic neuroscience brought the drastic change of this picture. The most critical and fundamental finding was" neural plasticity". The changes of organization in damaged primary cortex after movement training were demonstrated by using squirrel monkey. In addition, the methods to evaluate brain function such as fMRI, SPECT, PET, fNIRS, EEG, and MEG are developed. Studies in both animal model and patients after brain damage proved the principle that movement training in rehabilitation can modulate cortical plasticity. These results strongly suggest directions in the development of novel strategies to enhance training effects on motor recovery. The rehabilitation aimed to recover movement by inducing cortical plasticity is called as "neurorehabilitation". The most essential problem of neurorehabilitation is how to create to specific learning situations to promote mechanisms of neural plasticity in recovery from brain damage. In this review, we describe the concept of neurorehabilitation, the basic science principles on which they are based, and the current status and future view of clinical applications.