Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 30 Document Number: D10562
Notes:
3 pages., via blog from Janzen Ag Law - online via AgriMarketing Weekly., Since big data arrived in agriculture a few years ago, I have watched companies struggle with how to address farmers' concerns with ag data privacy, security, and control. Some companies have started with a clean sheet of paper and drafted agreements that reflect what they actually do. Others have taken a short cut by cutting and pasting agreements from other industries. The result is that contracts for ag data collection, use and sharing are inconsistent and often miss the point-to communicate the company's intentions with users.
The article reports findings of a media-use survey conducted among agricultural communicators attending a meeting of the National Association of Farm Broadcasting. A majority of respondents reported using a variety of social media for work, with smartphones being the most common device used. Among other recommendations, authors suggested that respondents should continue to use Facebook and Twitter to engage their stakeholder groups in conversations about agriculture. The survey identified stakeholder groups of the communicator respondents.
4 pages., Online via AgEconSearch, Authors explain the basic concepts of Internet+ and big data, analyze the main problems in the application of big data technology in agricultural informationization, summarize corresponding solutions from the aspects of government guidance, financial input, open sharing of agricultural big data, big data storage and processing, data mining, etc., and describe prospects ahead in the province.
International: Pew Research Center, Washington, D.C.
Location:
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 133 Document Number: D11396
Notes:
10 pages., Via online from website., "Experts say the rise of artifical intelligence will make most people better off over the next decade, but many have concerns about how advances in AI will affect what it means to be human, to be productive and to exercise free will. Includes references to impacts on farmers, farming and climate.
16 pages., Via online journal., This contribution deals with the ethical challenges arising from the IoT landscape with reference to a specific context, i.e. the realm of agri-food. In this sector, innumerable web-connected tools, platforms and sensors are constantly interacting with consumers/users/citizens, by reshaping and redefining the core elements and functions of machine–human being relationships. By sketching out the main pillars which ethics of the Internet of Food (IoF) is founded on, my argument posits that the civic hybridization of knowledge production mediated by IoT technologies may create breeding ground for the move towards an ‘ethical in-design’ approach to the IoF-driven smart systems.
