misinformation;
climate science;
vaccine safety;
communication ecologies;
INFRASTRUCTURE THEORY;
PUBLIC ATTENTION;
NEWS EXPOSURE;
SOCIAL MEDIA;
CLIMATE;
HEALTH;
MISINFORMATION;
AUDIENCE;
SCIENCE;
EDUCATION;
D O I:
10.1177/1075547018793427
中图分类号:
G2 [信息与知识传播];
学科分类号:
05 ;
0503 ;
摘要:
The continued fragmentation of information and the proliferation of communication resources necessitate a shift toward perspectives that situate communication practices in a multilevel ecosystem. The current article offers a method to map and analyze communication ecologiesdefined as the networks of communication connections that individuals depend on in order to construct knowledge and achieve goalsas social networks. To demonstrate the potential of communication ecologies as an analytical tool in science communication, we report on the results of a feasibility study (N = 654) in the context of climate science and vaccine safety. The article discusses the theoretical and practical implications of the communication ecology approach.