Please use this identifier to cite or link to this item: https://ah.lib.nccu.edu.tw/handle/140.119/127238
題名: 電視氣象節目資訊娛樂化—以東森新聞【氣象趴趴GO】為例
The Infotainment of Weather Broadcasting: A Case Study of EBC
作者: 李易融
Lee, Yi-Jung
貢獻者: 徐美苓
Hsu, Mei-Ling
李易融
Lee, Yi-Jung
關鍵詞: 科學傳播
敘事分析
資訊娛樂化
電視氣象節目
Infotainment
Narrative analysis
Science communication
Weather broadcasting
日期: 2019
上傳時間: 6-Nov-2019
摘要: 隨著媒體法規開放和媒體技術革新,電視氣象節目需面臨來自外部網路新媒體壓力和內部同性質電視頻道競爭,因而轉向資訊娛樂化發展趨勢。為探究氣象節目的資訊娛樂化建構內容,本研究從社會建構論觀點切入,討論科學內容的媒體建構方式和電視氣象節目資訊娛樂化現象,並以2016-2019年166則之東森新聞【氣象趴趴GO】為研究個案。研究問題為:具資訊娛樂化性質的氣象節目中,其敘事題材內容與分配結構有何特徵?又透過哪些敘事手法呈現其敘事內容?這類的氣象節目在氣象知識科學傳播上有何優勢與問題?\n研究方法採Chatman(1980)敘事分析架構,藉以了解具資訊娛樂化特質的電視氣象節目其敘事手法。本研究透過故事分析和論述分析兩大層次,分別從故事分析事件、存有物(角色、場景)了解氣象節目的敘事體材和分配結構;從論述分析敘事表達結構(敘事觀點、時間)、顯現型態(語言、拍攝鏡頭、氣象解說)了解資訊娛樂化氣象節目之敘事手法,並從兩大分析脈絡探究資訊娛樂化的氣象節目其科學傳播優勢和問題。\n研究發現,電視氣象節目資訊娛樂化的敘事內容,包含農特產品、民俗藝術、休閒活動、科普教育、民生叮嚀與建議等五項。短篇節目氣象預報平均時長1分57秒,所占總長約40.7%;長篇節目氣象預報平均時長3分24秒,所占總長約24.6%。再深入比較氣象預報內容發現,同一主題但長度不同的集數,並不會因節目時間增長,而增加其科學氣象預報內容,反而是增加非氣象相關論述之衛星事件,亦即長篇節目更偏重資訊娛樂內容的呈現。\n節目採訪來賓包括領域專家、廠商代表、官方代表、名人和配角,幫助烘托節目氣氛。除了領域專家外,其他四種與主題非相關背景的來賓,雖未能提供科學資訊,卻能協助推演節目內容進行,投其觀眾興趣,增加節目可看性。從場景分析發現,節目場景依據節目流程,進行外景連線、環境導覽、主題介紹、氣象預報和結語,場景畫面變化多,增加觀眾視覺體驗。\n【氣象趴趴GO】為科學敘事混合式文本,其敘事觀點淡化科學知識,在非氣象相關論述採顯著性和趣味性觀點,以帶領觀眾融入情境;氣象預報論述則採時效性、顯著性和重要性為切入角度。電視節目透過視覺和口語上運用鏡頭(特寫、中景、全景、空拍和資料畫面)、語言和解說道具(人物拍攝、電腦動畫、圖卡、手板、溫度計和其他道具)組合搭配達到資訊娛樂化效果,讓觀眾輕鬆接收科學知識和資訊。然而,氣象節目在上述資訊娛樂化的過程中,過多的附加元素容易產生資訊誤導、模糊焦點等問題。當論述主題為農特產品、休閒活動;幫助者角色為廠商代表、官方代表時,尤其容易涉及產品廣告置入行銷等疑慮,節目中多將廣告宣傳資訊以民生消費新聞形式呈現,避免廣告內容過度明顯。\n本研究最後就分析結果討論其研究意涵、學術與實務貢獻、及研究限制,並據此提出未來研究延伸建議以為結語。
With the media deregulation and the blooming of communication technologies, the competition between homogeneous TV channels has increased, “infotainment” has also become a thriving genre in TV broadcast. Taking a social constructionist approach, this study aims to investigate the phenomenon of infotainment in weather broadcast, specifically how construction of scientific knowledge contributes to such a phenomenon. The research questions include: (1) What are the characteristics of the narrative contents and structures of the infotainment-featured weather broadcast? (2) What are the narrative strategies to present the contents of the infotainment-featured weather broadcast? And (3) What are the strengths and potential problems when transferring scientific meteorological knowledge via such infotainment-featured weather broadcast?\nThe study adopted Chatman’s (1980) framework to conduct a narrative analysis of 166 episodes of the EBC (Eastern Broadcasting Company) weather program from 2016 to 2019. Two dimensions were analyzed: the story, with the aim to interpret the narrative contents and structures by describing the events, characters and scene-setting; the narrative, with the aim to observe the strategies of the presentation structures (point of view, time) and presentation styles (language, shooting lens, weather introduction). The characteristics of infotainment in the weather broadcast was also investigated.\nBased on the analyses, five narrative contents of the infotainment-featured EBC weather program were identified: agricultural products, cultural arts, leisure activities, general science education and livelihood tips and suggestions. By a comparison of the shorter and longer version of the episodes, the study found that the average length of the former weather broadcast is one minute and fifty-seven seconds, which comprises 40.7% of the total length; the latter version of the broadcast takes the average length of three minute and twenty-four seconds, which conprises 24.6% of the total length. Moreover, the study explored the episodes with varying lengths under the same topic and found that the proportion of science-related contents do not increase by program time. Instead, it is the event of the non-weather-related “satellite” narratives that increase with longer episodes. That is, the contents of the longer weather broadcast episodes tend to emphasize the presentation of infotainment.\nIn addition, the study found that the invited guests of the EBC weather broadcast include domain experts, industry representatives, government officials, celebrities, and supporting roles. Except for the domain experts, the invited guests may not deliver scientific weather-related knowledge, but they could help cast the interests of the audience. Through a scene analysis, the study found that the dynamic changing scenes, including external scene connection and guided tour, theme introduction, weather broadcasting followed by conclusion announcement were meant to enrich the visual experience of the audience.\nThe EBC weather program in EBC is characterized by a mixed text of science and non-science related discourses. For the latter, the narrative characteristics dilute scientific knowledge by adopting prominence and human-interest views, leading the audience to the program context. As for the meteorological forecasting, the narrative characteristics include timeliness, prominence and importance.\nThe EBC weather program achieves infotainment by organizing visual and oral stimuli on the audience, such as lens setting (close-up, mid-range, full-view, aerial and data source scenes) and combining props with descriptions (personal portrait, computer animation, graphics cards, clapper, thermometer and others). They allow the audience to capture weather-related knowledge and information efficiently. However, excessive additional elements of infotainment in the weather program could be misleading and blurring the focus, particularly in the narratives of agricultural products and leisure activities. It deserves our attention that when the industrial representatives or government officials were invited as guests, embedded advertising or product placement marketing became an issue, which may involve violation of the regulations. Thus, the advertising information is often represented in the form of consumer news.\nThe study ends with a discussion of the implications of the findings, including academic and practical contribution. Limitations of the study are also raised, together with suggestions for future extended research.
參考文獻: 〈台灣科普傳播事業發展計畫–104年度補助計畫〉(2019年3月30日)。取自科普產學合作支援計畫辦公室網頁http://www.scicommtw.com/prod.asp?lv=0&id=314\n〈民間業者優質氣象播報評選辦法〉(2018年7月10日)。取自財團法人氣象應用推廣基金會網頁http://www.scicommtw.com/prod.asp?lv=0&id=314\n三立新聞(2019年6月20日)。〈「夏至」熱到最高點!主播宥蓉帶您吃下午茶躲豔陽!〉,《三立新聞》。取自https://www.youtube.com/watch?v=HcmE6OEoOIM。\n中央氣象局(2012年10月30日)。〈雲寶有服務商標了〉(十月三十日新聞稿)【公告】。台北市:交通部中央氣象局。取自https://www.motc.gov.tw/ch/home.jsp?id=14&parentpath=0,2&mcustomize=news_view.jsp&dataserno=201210300002\n中央氣象局(2014年1月21日)。〈氣象預報?媒體播報?〉【公告】。台北市:交通部中央氣象局。取自https://www.cwb.gov.tw/V7/HotNews/Upload/14174881420.pdf\n中央氣象局(2019年1月15日)。〈交通部中央氣象局108年度提升服務品質執行計畫〉【公告】。台北市:交通部中央氣象局。取自https://www.cwb.gov.tw/V8/C/A/performance/area1_02.pdf\n文化部影視及流行音樂產業局(2017年3月24日)。〈「中華民國106年度電視金鐘獎獎勵辦法」草案〉。台北市:文化部影視及流行音樂產業局。取自https://www.bamid.gov.tw/information_338_65249.html\n文化部影視及流行音樂產業局(2018年10月16日)。〈「107年度電視金鐘獎得獎名單及評審委員名單〉。台北市:文化部影視及流行音樂產業局。取自https://grants.moc.gov.tw/Web/AwardPublish.jsp?__viewstate=3GWGUD0yMzUyJCFCPTMxMTkkIVN0YXR1c1BhcmFtZXRlcj1QLEIsJCE=\n牛隆光(2005)。《電視新聞「小報化」及其守門行為研究》。國立政治大學新聞研究所博士論文。\n牛隆光(2010)。《如何從事社會科學研究:新聞傳播面向的探討》。台北市:唐山。\n牛隆光、林靖芬(2006)。《透視電視新聞:實務與研究工作談》。台北市:學富文化。\n王泰俐(2004)。〈電視新聞節目「感官主義」之初探研究〉。《新聞學研究》,81: 1- 41。\n王泰俐(2015)。《電視新聞感官主義》。台北市:台灣五南圖書出版股份有限公司。\n王泰俐、蘇蘅(2009)。〈電視新聞商業置入廠商身分揭露、產品類型以及置入策略對新聞可信度的影響〉。《廣告學研究》,32: 27-53。\n王惟正、李松濤(2015)。〈科普節目敘事元素之初探〉。《國際科傳年會論文集》,7: 145-156。\n王淑麗(2013)。《淑麗氣象趴趴go:全台60個私坊景點任你玩》。新北市:人類智庫數位科技。\n任立渝(2000)。《看電視學氣象》。台北市:如田傳播。\n江淑琳(2015)。〈探索氣象預報「失準」之爭議報導:非專家與專家對氣象科學與科學家角色的認知差距〉,《新聞學研究》,123: 145-192。\n吳芝儀(2005)。〈敘事研究的方法論探討〉,齊力、林本炫(編),《質性研究方法與資料分析》,頁145-188。高雄市 : 高雄復文圖書總經銷。\n呂芝霖(2018)。《初探電視氣象新聞報導口語化 —以2015年8月蘇迪勒颱風報導為例》。中國文化大學新聞研究所碩士論文。\n宋英杰(2009)。〈論電視氣象節目語言特徵〉,《氣象》,35(7): 12-118。\n李長潔(2015)。〈跨科際溝通:科學敘事的共同書寫〉,《國際科傳年會論文集》,7: 385-396。\n杜麗芳(1984)。《台灣地區民眾收看電視新聞與氣象報告的動機與行為之研究》。國立政治大學新聞研究所碩士論文。\n阮明淑(2018年12月)。〈蘭花育種專業社群之科學敘事結構研究〉,「2018科學傳播研討會」,新北市新店區。\n周慧儀(2008)。《電視新聞中的地球村-台灣電視國際新聞的資訊娛樂化》。國立政治大學新聞研究所學位論文。\n孟旭舒(2010)。〈氣象節目新浪潮—推進地方電視臺天氣預報節目改革的思考〉,《新聞知識》,11: 64-66。\n東森新聞(2019年2月22日)。〈實至名歸!王淑麗主播蟬聯四年獲選「最佳氣象主播」〉,《東森新聞》。取自https://news.ebc.net.tw/News/Article/153534。\n林文龍(2016年9月)。〈一般民眾對天氣預報態度之探究〉,「106 年天氣分析與預報研討會」,台北市中正區。\n林志冠(2001)。《氣象為什麼總是播不準? 》。台北市:麥田。\n林宗弘(2019)。〈數位貧窮與天災風險資訊來源:來自臺灣傳播調查的證據〉,《新聞學研究》,138: 131-162。\n林東泰(2008)。《大眾傳播理論》[修訂三版]。台北市:師大書苑。\n林東泰(2011)。〈電視新聞敘事結構初探〉,《新聞學研究》,108: 225-264。\n林莉琳、蘇蘅(2014)。〈從公共到娛樂:新聞性談話節目的移界與歧路〉,《廣播與電視》,37: 63-99。\n林照真(2005)。〈「置入性行銷」:新聞與廣告倫理的雙重崩壞〉。《中華傳播學刊》,8: 27-40。\n林嘉琪、謝文華、陳慧貞、劉力仁(2010年9月2日)。〈鄭明典臉書再搶報與氣象局不同調〉,《自由時報》。取自http://news.ltn.com.tw/news/focus/paper/424404\n邱永滸(2017)。《氣象主播的工作知識與形象經營之研究-以東森氣象為例》。世新大學資訊傳播學研究所碩士論文。\n柯舜智(2009)。〈颱風訊息傳播的科學與非科學論述〉。《國際科傳年會論文集》,1: 43-60。\n柯舜智(2018年12月)。〈科學影音短片的敘事分析〉,「2018科學傳播研討會」,新北市新店區。\n徐美苓(2005)。〈新聞乎? 廣告乎? 醫療風險資訊的媒體再現與反思〉。《新聞學研究》,83: 83-125。\n馬海良譯(2002)。〈過去之事、現在之事、將來之事:時態、體式、情態和文學敘事的性質〉,戴衛‧赫爾曼(編),《新敘事學》,頁89-113。北京:北京大學。(原書:Margolin, U. [1999]. What is past, is passing, or to come: Temporality, aspectuality, modality, and the nature of literary narrative. In D. Herman. (Ed.), Narratologies: New perspectives on narrative analysis. (pp. 142-166). Columbus, OH: Ohio State University Press.)\n國家通訊傳播委員會(2019年9月4日)。〈108年9月4日第872次委員會議審議違規節目一覽表〉【公告】。台北市:國家通訊傳播委員會。取自https://www.ncc.gov.tw/chinese/show_file.aspx?table_name=news&file_sn=53034\n張兆利(2010)。〈中國電視氣象節目的形態演變〉,《浙江氣象》,31(1): 33-38。\n張晶、趙敏(2012)。〈電視天氣預報節目中的服務性和社會性〉,《科技創新導報》,1: 226-226。\n張閩紅(2009)。〈電視氣象預報節目特點分析〉,《東南傳播》,10: 163-164。\n張耀仁(2002)。〈市場導向新聞學之研究-以台灣三家無線電視台晚間娛樂新聞為例〉。《廣播與電視》,18: 59-90。\n郭紅豔、董寧(2013)。〈電視氣象節目製作綜合性探討〉,《科技傳播》,15: 4。\n陳一香(2002)。〈多頻道環境下的電視節目多樣性分析:以台灣無線電視台與有線電視綜合頻道為例之比較分析〉。《廣播與電視》,18: 7-58。\n陳秀鳳(2017)。《台灣電視氣象播報傳播研究--以一個颱風的生與死為例》。國立政治大學傳播學院碩士在職專班碩士論文。\n陳炳宏(2005)。〈探討廣告商介入電視新聞產製之新聞廣告化現象:兼論置入性行銷與新聞專業自主〉。《中華傳播學刊》,8: 209-246。\n傅秋香、楊帆(2013)。〈分眾時代電視氣象節目的發展策略〉,《傳媒》,4: 35。\n黃之棟、 黃瑞祺、李正風(主編 )(2012)。《科技與社會:社會建構論、科學社會學和知識社會學的視角》。台北市:群學。\n黃俊儒、簡妙如(2008)。〈「科學家發明了什麼?」── 解析學生對於科學新聞 中的科技產物意象〉,《科學教育學刊》,16(4): 415-438。\n黃俊儒、簡妙如(2010)。〈在科學與媒體的接壤中所開展之科學傳播研究:從科技社會公民的角色及需求出發〉,《新聞學研究》,105: 127-166。\n楊雪、陳瑾(2013)。〈美國氣象頻道專業資訊傳遞策略探究〉,《現代電視技術》,10: 82-85。\n電視節目廣告區隔與置入性行銷及贊助管理辦法(2019修正)。取自https://law.moj.gov.tw/LawClass/LawAll.aspx?pcode=P0050055\n臧國仁、蔡琰(2017)。《敘事傳播:故事/人文觀點》,頁93-97。台北市:五南。\n趙萬里(2002)。《科學的社會建構:科學知識社會學的理論與實踐》。宜蘭縣:佛光人文社會學院出版,頁284-326。\n劉學聖(2017年12月1日)。〈國內電視圈創舉!王淑麗登玉山氣象站LIVE播氣象〉,《聯合報》。取自https://stars.udn.com/star/story/10091/2850120\n廣播電視法(2018修正)。\n樊春良(1992)。〈科學知識的製造:謝廷娜的建構主義科學知識社會學〉,黃之棟、黃瑞祺、李正風(編),《科技與社會:社會建構論、科學社會學和知識社會學的視角》,頁18-23。台北市:群學。\n蔡琰(2000)。《電視劇:戲劇傳播的敘事理論》。台北市:三民。\n蔡琰、臧國仁(1999)。〈新聞敘事結構:再現故事的理論分析〉,《新聞學研究》,58: 1-28。\n鄭宇君(2003)。〈 從社會脈絡解析科學新聞的產製一以基因新聞為例〉,《新聞學研究》,74: 121-147。\n鄭君、王蕊、郭偉(2012)。〈讓我們的天氣預報節目「炫」起來——中國氣象頻道《非常連線》節目的創新與思考〉,《廣播電視資訊》,11: 25-27。\n盧曉露、袁琳(2014)。〈天氣資料與電視氣象節目收視率關聯關係實證研究〉,《西部廣播電視》,22: 53-56。\n賴干堅譯(1991)。《敘事虛構作品:當代詩學》。廈門市:廈門大學出版社。(原書:Rimmon-Kenan, S. [1989]. Narrative fiction: Contemporary poetics. New York, NY: Routledge.)\n戴東源(2014)。〈為何科學知識需要社會學的分析?科學知識社會學初探〉,黃之棟、黃瑞祺、李正風(編),《科技與社會:社會建構論、科學社會學和知識社會學的視角》,頁3-31。台北市:群學。\n謝章富(1994)。《電視節目設計研究》。新北市板橋區:國立藝專廣播電視學會。\n魏文秀(2008)。〈滿足公眾需求 豐富氣象節目〉,《社會科學論壇》,9B: 196-198。\nAltheide, D. L., & Snow, R. P. (1985). Media logic. Beverly Hills, CA: SAGE.\nArmon, R., & Baram-Tsabari, A. (2017). Our findings, my method: Framing science in televised interviews. Public Understanding of Science, 26(8), 986-1002.\nAvraamidou, L., & Osborne, J. (2009). The role of narrative in communicating science. International Journal of Science Education, 31(12), 1683-1707.\nBal, M. (1985). Narratology: Introduction to the theory of narrative. London, UK: University of Toronto Press.\nBatten, F., & Cruikshank, J. L. (2002). The Weather Channel: The improbable rise of a media phenomenon. Boston, MA: Harvard Business School Press.\nBennett, W. L. (2005). News as reality TV: Election coverage and the democratization of truth. Critical Studies in Media Communication, 22(2), 171-177.\nBrooks, H. E., Witt, A., & Eilts, M. D. (1997). Verification of public weather forecasts available via the media. Bulletin of the American Meteorological Society, 78(10), 2167-2178.\nBrossard, D. & Lewnstein, B. V. (2011). A critical appraisal of models of public undertanding of science. In: L. Kahlor & P. A. Stout. (Eds.), Communicating science: New agendas in communication, pp. 25-53. New York, NY: Routledge.\nBurns, T. W., O`Connor, D. J., & Stocklmayer, S. M. (2003). Science communication: a contemporary definition. Public Understanding of Science, 12(2), 183-202.\nChatman, S. B. (1980). Story and discourse: Narrative structure in fiction and film. Ithaca, NY: Cornell University Press.\nCrossley, M. L. (2000). Narrative psychology, trauma and the study of self/identity. Theory & Psychology, 10(4), 527-546.\nDahlstrom, M. F. (2014). Using narratives and storytelling to communicate science with nonexpert audiences. Proceedings of the National Academy of Sciences, 111(Supplement 4), 13614-13620.\nDeuze, M. (2005). Popular journalism and professional ideology: Tabloid reporters and editors speak out. Media, Culture & Society, 27(6), 861-882.\nEdwards, D. (1997). Discourse and cognition. London, UK: SAGE.\nEvans, S. (2015). Shark week and the rise of infotainment in science documentaries. Communication Research Reports, 32(3), 265-271.\nFleming, G., Gill, J., Muchemi, S., Al-Harthy, A. H., Cordoneanu, E., Diop, A. A.,… Decollogny, F. (2005). Guidelines on weather broadcasting and the use of radio for the delivery of weather information (WMO/TD No.1278). Geneva, Switzerland: World Meteorological Organization. Retrieved from https://www.wmo.int/pages/prog/amp/pwsp/pdf/TD-1278.pdf\nFranklin, B. (1997). Newszak and news media. New York, NY: Arnold.\nGiddens, A. (1984). The constitution of society: Outline of the theory of structuration. Oakland, CA: University of California Press\nGooday, G., Lynch, J. M., Wilson, K. G., & Barsky, C. K. (2008). Does science education need the history of science? Isis, 99(2), 322-330.\nGrabe, M. E., Zhou, S., Lang, A., & Bolls, P. D. (2000). Packaging television news: The effects of tabloid on information processing and evaluative responses. Journal of broadcasting & Electronic Media, 44(4), 581-598.\nGraber, D. A. (1994). The infotainment quotient in routine television news: A director`s perspective. Discourse & Society, 5(4), 483-508.\nGreen, M. C. (2006). Narratives and cancer communication. Journal of communication, 56(suppl_1), S163-S183.\nGreene, M., & Greene, M. (2000). A shared world: Christians and Muslims in the early modern Mediterranean (Vol. 17). Princeton, NJ: Princeton University Press.\nHartley, J. (1996). Popular reality: Journalism, modernity, popular culture. London, UK: Arnold.\nHenderson, L. (2007). Social issues in television fiction. Edinburgh, UK: Edinburgh University Press.\nHenson, R. (2013). Weather on the air: A history of broadcast meteorology. Boston, MA: American Meteorological Society.\nHilgartner, S. (1990). The dominant view of popularization: Conceptual problems, political uses. Social Studies of Science, 20, 519-539.\nInoue, Y., & Kawakami, Y. (2004). Factors influencing tabloid news diffusion: Comparison with hard news. Keio Communication Review, 26, 37–52.\nKatz, Y. (2013). Against storytelling of scientific results. Nature Methods, 10(11), 1045. Retrieved from https://umaincertaantropologia.org/2013/11/05/against-storytelling-of-scientific-results-nature-methods/\nKlein, B. (2013). Entertainment-education for the media-saturated: Audience perspectives on social issues in entertainment programming. European Journal of Cultural Studies, 16, 43-57.\nKnorr-Cetina, K. D. (2013). The manufacture of knowledge: An essay on the constructivist and contextual nature of science [Adobe Reader 9]. Retrieved from http://kops.uni-konstanz.de/bitstream/handle/123456789/11493/The_Manufacture_of_Knowledge_1981_.pdf?sequence=1\nKnorr-Cetina, K. D., & Mulkay, M. (1983). Science observed: Perspectives on the social study of science. Beverly Hills, CA: SAGE.\nLehmkuhl, M., Karamanidou, C., Mörä, T., Petkova, K., Trench, B., & AVSA-Team. (2012). Scheduling science on television: A comparative analysis of the representations of science in 11 European countries. Public Understanding of Science, 21(8), 1002-1018.\nLievrouw, L. A. (1990). Communication and the social representation of scientific knowledge. Critical Studies in Media Communication, 7(1), 1-10.\nLloyd, J. (2005). What the media are doing to our politics. Journal of Communication Management, 9(3), 209-214.\nMatthews, B., & Davies, D. (1999). Changing children’s images of scientists: Can teachers make a difference?School Science Review, 80(293), 79-85\nMcNair, B. (2006). Cultural chaos: Journalism and power in a globalised world. New York, NY: Routledge. Retrieved from https://eclass.uoa.gr/modules/document/file.php/MEDIA279/Journalism%20in%20the%20digital%20age/%5BBrian_McNair%5D_Cultural_Chaos_journalism,_news,_a(BookZa.org).pdf\nMcQuail, D. (2010). Mcquail`s mass communication theory (6th eds.). Thousand Oaks, CA: SAGE.\nMedved, M. (2000). Television news: Information or infotainment?USA Today Magazine, 128(2660), 58-59.\nMetz, A. M. (2008). A fantasy made real: The evolution of the subjunctive documentary on US cable science channels. Television & New Media, 9(4), 333-348.\nMorss, R. E., Demuth, J. L., & Lazo, J. K. (2008). Communicating uncertainty in weather forecasts: A survey of the US public. Weather and Forecasting, 23(5), 974-991.\nMulkay, M. J. (1991). Sociology of science: A sociological pilgrimage. Bloomington, IN: Indiana University Press.\nMurphy, A. H. (1993). What is a good forecast? An essay on the nature of goodness in weather forecasting. Weather and forecasting, 8(2), 281-293.\nMurray, M. (2000). Levels of narrative analysis in health psychology. Journal of Health Psychology, 5(3), 337-347.\nMusa, B. A. (2006). News as infotainment: Industry and audience trends. In B. A. Musa, & C. J. Price (Eds.), Emerging issues in contemporary journalism (pp. 31-155). Lewiston, NY: Edwin Mellen Press.\nNelkin, D. (1995). Selling science: How the press covers science and technology. New York, NY: W. H. Freeman and Company.\nNorris, S. P., Guilbert, S. M., Smith, M. L., Hakimelahi, S., & Phillips, L. M. (2005). A theoretical framework for narrative explanation in science. Science Education, 89(4), 535-563.\nOlson, R. (2015). Houston, we have a narrative: Why science needs story. Chicago, IL: The University of Chicago Press.\nPack, J. (2000). Literacy, seriousness, and the Oprah Winfrey Book Club. In C. Sparks & J. Tulloch (Eds.), Tabloid tales: Global debates over media standards (pp. 285–300). Lanham, MD: Rowman & Littlefield.\nPadian, K. (2018). Narrative and “anti-narrative” in science: How scientists tell stories, and don’t. Integrative and Comparative biology,58(6),1224-1234.\nPaige, S. (1998). That’s infotainment. Insight on the News, 21, 8-12.\nPaterson, M., & Stripple, J. (2007). Singing climate change into existence on the territorialization of climate policymaking. In Mary E. Pettenger (Ed.), The social construction of climate change: Power, knowledge, norms, discourses (pp. 149-172). London, UK: Routledge.\nPearson, M., Brand, J., Archbold, D., & Rane, H. (2001). Sources of news and current affairs. Sydney, Australia: Australian Broadcasting Authority.\nPeters, H. P. (2008). Scientists as public experts. Handbook of public communication of science and technology (pp.131-146). London, UK: Routledge.\nPrince, G. (2014). Narratology and translation. Language and Literature, 23(1), 23-31.\nRaimondi, A. (2009). The communicative process of weather forecasts issued in the probabilistic form. Journal of Science Communication, 8(1), 1-12.\nRodriguez, H., Diaz, W., Santos, J. M., & Aguirre, B. E. (2006). Communicating risk and uncertainty: Science, technology, and disasters at the crossroads. In H. Rodríguez, E. L. Quarantelli, & R. R. Dynes (Eds.), Handbook of disaster research (pp. 476-488). New York, NY: Springer.\nSheehan, R. J., & Rode, S. (1999). On scientific narrative: Stories of light by Newton and Einstein. Journal of Business and Technical Communication, 13(3), 336-358.\nShen, B. S. (1975). Science literacy and the public understanding of science. In Day, S.B.(Eds.), Communication of scientific information (pp. 44-52). Basel, Switzerland: Karger.\nSinghal, A., & Rogers, E. (2012). Entertainment-education: A communication strategy for social change. London, UK: Routledge.\nSmith, H. A. (2007). Disrupting the global discourse of climate change: The case of indigenous voices. In M. E. Pettenger (Ed.), The social construction of climate change: Power, knowledge, norms, discourses (pp.197-215). London, UK: Routledge.\nSparks, C. (2000). Introduction: The panic over tabloid news. In V C. Sparks & J. Tulloch (Eds.), Tabloid tales: Global debates over media standards (pp.1–40). Lanham, MD: Rowman & Littlefield.\nSteinberg, C. (1980). TV facts. New York, NY: Facts on File.\nStockwell, S. (2004, September). Reconsidering the fourth estate: The functions of infotainment. Paper presented at the conference of the Proceedings, Australian Political Studies Association, Adelaide, Australia.\nThussu, D. K. (2008). News as entertainment: The rise of global infotainment. London, UK: SAGE.\nTrapassc, L., Bowman, R., & Daniel, L. (1985). TV weather forecasters. RTNDA Communicator, 17, 16-18.\nWilson, K. (2008). Television weathercasters as potentially prominent science communicators. Public Understanding of Science, 17(1), 73-87.
描述: 碩士
國立政治大學
傳播學院傳播碩士學位學程
104464012
資料來源: http://thesis.lib.nccu.edu.tw/record/#G1044640121
資料類型: thesis
Appears in Collections:學位論文

Files in This Item:
File SizeFormat
012101.pdf4.45 MBAdobe PDF2View/Open
Show full item record

Google ScholarTM

Check

Altmetric

Altmetric


Items in DSpace are protected by copyright, with all rights reserved, unless otherwise indicated.