Two balls is too many: stadium performance and queerness among Portland’s Rose City Riveters supporters club

Abstract

Portland, Oregon’s Rose City Riveters is the largest independent organized supporters group for a women’s soccer team in the world. They support Portland Thorns with an organized, expressive and organic performance of songs, musical instruments and displays that envelopes the entire stadium. Utilizing ethnographic subject-centred methods, this empirical study argues that the group’s performance reflects two different performance lineages, organically organized transnational soccer fandom on one hand and disidentifying queer public performance on the other. This paper explores how different elements of these lineages overlap in the Riveters’ performance to disrupt, negotiate and resist the dominant ideologies of hyper-masculinity and heteronormative femininity that shape professional soccer in the United States.     

Using life/work planning techniques for internship placements

This paper discusses the use of life/work planning techniques in internship placements. Specifically, it offers a way to help students mesh their individual interests, values, and skills with the proposed internship, work/study, or volunteer experience through the application process itself. The application, which is brief and eliminates the need for submitting a resume, has been found to be a valuable asset in clarifying needs and goals for the experiential project. Student feedback has been overwhelmingly positive for the application, which centers on a broader, more holistic internship placement procedure than the traditional career and academic goals approach.     

Towards an integrated model of strategic environmental communication: advancing theories of reactance and planned behavior in a water conservation context

This study demonstrates how communication research can be strategically applied to address environmental problems in modern societies. To accomplish this goal, this research advances an integrated communication model based on psychological reactance theory and the theory of planned behavior to explain negative attitude change that can occur when people are exposed to water conservation campaigns [Liang, Y. J., Henderson, L.K., & Kee, K. F. (2017). Running out of water! Developing a message typology and evaluating message effects on attitude toward water conservation. Environmental Communication. doi:10.1080/17524032.2017.1288648]. The data fit the hypothesized model, synthesizing message-, social-, and individual-based processes to predict their effects on behavioral intention towards water conservation. Interestingly, data show that (1) combinations of message strategies affect reactance differently, and (2) subjective norm and perceived behavioral control negatively correlated with threat to freedom. These results point to the practical implication that environmental communication to promote voluntary water conservation are effective when campaign messages are designed to reduce threat to freedom, induce social norms, and increase self-efficacy. We call the documented research process strategic environmental communication, which focuses on the joint application of evidence and theory towards addressing environmentally motivated problems.     

A study of the light sensitivity of birch bark

Birch bark is commonly found in indigenous collections in Canadian museums. It is empirically known that light can cause the cambium side of birch bark to change colour. The purpose of this research is to better assess the light sensitivities of various colours of birch barks, and the manner, degree, and rate of colour change during light exposure. Six barks with different colours were used: beige, yellow, orange, orange-brown, red, and brown. Samples were exposed to daylight through a north-facing window (window), LED light from an enclosed chamber (LED), and the Newport-Oriel microfade tester (MFT). Window and MFT samples received a total light dose of approximately 25 Mlux-hours, and LED samples, 182 Mlux-hours. Colour monitoring of the samples showed that almost all barks initially darkened and then faded. Daylight through window caused the most rapid and extensive darkening and fading. Bluewool (BW) ratings for window samples were the lowest (most light sensitive). The MFT and LED samples showed a similar degree of colour change, with the same dose, despite the difference in intensity. Ratings of MFT samples are within one BW step difference compared to LED samples. The rate and extent of initial darkening depended on the colour of the bark; the middle range orange-toned barks showed the most rapid and extensive darkening followed by fading.