透過您的圖書館登入
IP:3.141.199.243
  • 期刊
  • OpenAccess

公民科學與創客運動:空氣盒子計畫的案例探討

Maker Movement and Citizen Science: The Case of the AirBox Project

摘要


本文試圖從數位時代中的科學參與出發,介紹並討論一個新興的字詞:創客運動;並以發展於2013年的空氣盒子計畫為例,試圖說明一種參與式文化的形塑過程,這包括了「自造者」們如何集眾人之力,透過開放原始碼進行概念混搭、線上線下虛實集結等。結論指出,基於創客文化開放分享的協作模式,眾人的創意思維能透過不同形式於數位空間中整合,從而成就了一種新的文化生產方式;而藉由創作,廣大群眾也更自由地參與了科學,並以自下而上的世界觀深化了「更民主的科學溝通」。

並列摘要


The study investigated this emerging concept, Maker Movement, from the perspective of public participation of science in the digital age. The study examined the Air Box project developed in 2013 in order to illustrate the formation process of a participatory culture, including how makers coordinate together, how they make open source mashups, and how they merge the online with the offline. The results indicated that the maker culture encourages the open collaboration model of sharing. Creative inputs from different people can be integrated in various forms in digital spaces. This facilitates a new model of cultural production. Through creative practices, the public can participate more freely in scientific activities, thereby facilitating a bottom-up and more democratic scientific communication.

並列關鍵字

citizen science maker AirBox open source maker movement

參考文獻


Jiang, Q., Kresin, F., Bregt, A. K., Kooistra, L., Pareschi, E., van Putten, E., Volten, H., & Wesseling, J. (2016). Citizen sensing for improved urban environmental monitoring. Journal of Sensors, 2016, 5656245. https://doi.org/10.1155/2016/5656245
江淑琳、張瑜倩(2016)。〈更民主的科學溝通:科學類博物館實踐公眾參與科學之角色初探〉,《傳播研究與實踐》,6(1):199-227。https://doi.org/10. 6123/jcrp.2016.008
杜文苓、施佳良(2019)。〈挑戰空汙:初探社區行動科學的在地實踐〉,《傳播研究與實踐》,9(1):1-32。https://doi.org/10.6123/jcrp.2019.01_9(1). 0001
吳木崑(2009)。〈杜威經驗哲學對課程與教學之啟示〉,《臺北市立教育大學學報.教育類》,40(1):35-54。https://doi.org/10.6336/JUTe/2009.40(1)2
邱誌勇(2016)。〈實體與虛擬的並置參與:當代自造者運動的社群集結與想像〉,《考古人類學刊》,85:83-107。https://doi.org/10.6152/jaa.2016.12.0004

延伸閱讀