‘The Tent’s Big Enough for Everyone’: online slash fiction as a site for activism and change

This article draws on a piece of wide-scale mixed-methods research (n = 429) that examines how women who write and read male/male erotica feel their involvement with the genre has affected their views on gender and sexuality and their political engagement with gay rights issues. Previous work has looked at how online slashfic communities might provide a safe space for exploring gender performance and sexuality, while other researchers have observed a tension between those who identify as queer themselves and those who only ‘play at queerness’ exclusively within the online environment. However, much of this work has examined the theoretical positioning of such forums as transgressive and/or political. Far fewer pieces have attempted to engage with the women who frequent such sites to ask them about whether their involvement in these online spaces has affected their attitudes and behaviours. This study looks not only at the ways in which online m/m fandoms can act as a safe space for women to explore their sexualities and gender identities, but whether and how these insights connect to women’s real-world lives. Data presented here shows a strong consensus among participants that involvement with explicit slash communities has had a positive effect on their lives, as well as contributing to beneficial changes in their knowledge, attitudes, and practices with regards to LGBTQ+ issues. Overall, slash is seen as a medium which can create better allies, encourage cross-identification, and bring about positive personal changes. To this extent, I argue that explicit online slash sites can act as heterotopias.     

Some thoughts on the factors that controlled prehistoric maize production in the American Southwest with application to southwestern Colorado

In this paper, we present a model of prehistoric southwestern Colorado maize productivity. The model is based on a tree-ring reconstruction of water-year precipitation for Mesa Verde for the period A.D. 480 to 2011. Correlation of historic Mesa Verde precipitation with historic precipitation at 11 other weather stations enabled the construction of an elevation-dependent precipitation function. Prehistoric water-year precipitation values for Mesa Verde together with the elevation-dependent precipitation function allowed construction of the elevation of southwest Colorado precipitation contours for each year since A.D. 480, including the 30-cm contour, which represents the minimum amount of precipitation necessary for the production of maize and the 50-cm contour, which represents the optimum amount of precipitation necessary for the production of maize. In this paper, calculations of prehistoric maize productivity and field life for any specific elevation are also demonstrated. These calculations were performed using organic nitrogen measurements made on seven southwestern Colorado soil groups together with values of reconstructed water-year precipitation and estimations of the organic nitrogen mineralization rate.     

On the accuracy of estimating living stature from skeletal length in the grave and by linear regression

This study evaluates a method for obtaining stature estimates for populations represented by skeletal material, with individuals buried in a supine position. During the excavation of a Danish mediaeval cemetery, in situ skeletal length in the grave was measured from a point above the cranial point farthest from the body to the most distal point of the talus. The measurement was made with a folding rule placed on the sagittal midline of the skeleton, allowed to follow any curvature of the skeleton in situ. In the laboratory, stature was reconstructed anatomically, and this stature was regarded as an accurate estimate of living stature. Stature was also reconstructed from femur length by two linear regression procedures: 1) by sample and sex specific formulae, employing a leave‐one‐out approach, and 2) by sex wise formulae for Euro‐Americans from Trotter & Gleser (1952, American Journal of Physical Anthropology 10 : 463–514). Skeletal length in the grave and the two stature estimates based on linear regression were compared to anatomically reconstructed stature. Skeletal length in the grave estimated anatomically reconstructed stature with practically no bias (95% CI: −1.3–1.5 cm). Sample specific regression formulae estimated anatomically reconstructed stature also with no bias (95% CI: −1.2–1.1 cm). In contrast, statures calculated from Trotter & Gleser's regression formulae estimated anatomically reconstructed stature with a bias of about 4 cm (95% CI: 3.3–5.0 cm). Estimates of stature variance were biased for all three estimation procedures. However, for samples of adults, an adjusted variance estimate can be obtained by subtracting 8.7 cm² from the variance obtained from skeletal lengths in the grave. It is recommended to measure skeletal length in the grave whenever possible, and use this measurement for estimating statures for prehistoric and early historic populations. Copyright © 2005 John Wiley & Sons, Ltd.