文學院
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院成立於民國44年，歷經50餘年的銳意發展，目前設有國文、英文、歷史、地理、臺文等5個學系、翻譯和臺灣史2個獨立所，以及全球華人寫作中心和國際臺灣學研究中心。除臺史所僅設碩士班，其餘6個系所均設有碩、博士班；目前專兼任教師近250人，學生約2500餘人。
本院早期以培養優秀中學國文、英文、歷史和地理教師為鵠的，臺灣中學語文和史地教育的實踐與成功，本院提供不可磨滅的貢獻。近年來，本院隨師範體系轉型而調整發展方向，除維持中學師資培育的優勢外，也積極朝理論研究和實務操作等面向前進。目前，本院各系所師培生的教師檢定通過率平均在95%以上；非師培生在文化、傳播、文學、應用史學及環境災害、地理資訊系統等領域發展，也已卓然有成。
本院各系所教師的研究能量極為豐富，參與國內外學術活動相當活躍。根據論文數量、引用次數等指標所作的學術力評比，本院居人文領域全國第2名。各系所之間，無論是教師的教學與研究，或學生的生活與學習，都能相輔相成、榮辱與共，彼此渾然一體，足堪「為師、為範」而無愧。
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Item 臺灣北部番子澳漁撈活動的時空間配置(地理學系, 1987-03-??) 陳憲明Based on the viewpoint of man-environmental relationship, this study attempt to use the time-space approach to design an analytical framework for dealing with the fishing activities at Fan-tsu-au, a coastal village in the northern Taiwan. Data were collected by direct observation of fishing activities on the sea, as well as by interviewing the fishermen. In the 1950s, the fishermen at Fan-tsu-au were engaged mainly in torch light net fishery. They organized three non-powered fishing crafts as a team and used weak fishing lamps to catch round herring, squids and other phototaxis fishes that migrate on the surface-water. The fishing season for torch light net fishery is from May to the beginning of October in each lunar year. In this period, because of moonlight which interferes fishing efficiency, the fishing activities formed a monthly cycle in compliance with the moon's transit, duration and intensity of moonlight. But, such fishery is restrided by such factors as the physical capacity of non-powered fishing crafts, illumination capacity of fishing lamps, prey-food habits of fish schools and sleeping requirements of fishermen. Therefore, the fishing activities are restricted to a space of three nautical miles from the shore and 2-3 hours after dark and before dawn. In 1950 to 1960, with the advance of fishing technology, and the powered fishing boats were popularly adopted, the fishermen at Fan-tsu-au has replaced traditional torch light net fishery with modernized stick-held dip net fishery, long-line fishery and spear fishing. Though the stick-held dip net fishery and torch light net fishery use the lamps to allure the fish schools on the surface-water, because of powered fishing boats, and increased illumination capacity of fishing lamps, the time-space scope for stick-held dip net fishery is expanded. At the moment, the fishing season for catching squids, from February end to the beginning of October in each lunar calendar, the fishermen woulItem 臺灣東部漁撈活動的時間地理學研究(地理學系, 1989-03-??) 陳憲明Recent time-geographic studies have focused upon an examination of the conceptual framework of Hagerstrand’s original model, while there has been little applied research except for its introduction to the techniques of urban planning. However, there remain some other fields where it can be applied, since time-geography is fundamentally designed as a common language for the expression of interactions not only between individuals and man-made objects but also between individuals and natural environmental elements. The present article aims to apply certain time-geography notions to observed human behavior under certain natural conditions, and thus to obtain a rational interpretation of individual behavior choices from a time-geographic point of view. As a case study, this article describes some fishermen's daily behavior in Hsingkang (新港), a fishing port in eastern Taiwan. Spatial-temporal paths of spear fishermen aiming to catch giant black marlin (Makaira malina) are described in Fig. 2-4. The paths of long-line fishermen aiming to catch dolphinfin (Coryphaena hippurus Linnaeus) are described in Fig. 7-8, and yellowfin tuna (Thunnus albacares) in Fig. 9-11. From a time-geographic view, these paths are interpreted as follows: Individual behavior is limited by a fisherman's physiology and by the physical capability of his tools. These two factors form a “prism”, which may be transformed by day-to-day weather conditions. Within this “prism” a fisherman's behavior, which aims at coupling with fish in space-time, is influenced by certain natural environmental conditions. There is a spatial condition characterized by the distribution of fishing spots, which is determined by submarine topography. The temporal conditions consist of seasonal and daily fluctuations of prey-food.