Building More Inclusive Solidarities for Socio‐Environmental Change: Lessons in Resistance from Southern Appalachia

It is increasingly recognized that socio‐environmental justice will not be achieved through liberal and cosmopolitical forms of activism alone. Instead, more diverse and inclusive solidarities must be achieved across political ideologies for transformative change. By engaging with one constituency often overlooked by mainstream environmentalists—rural, conservative Americans—we argue for a situated solidarity that can be forged among people whose views of nature, community, and politics differ significantly. This framework rejects totalizing expressions of global ambition that erase important place‐based differences. To explore this ethic, we examine a localized anti‐fracking campaign in western North Carolina to determine how place‐based forms of environmental resistance can be brought in closer connection with the cosmopolitical movement for climate and energy justice. This requires that cosmopolitical movements make room for more customary forms of cultural politics, while conservative movements look beyond their own place‐based struggles to resist mutually experienced forms of oppression.     

Reform in Turkey: Liberalization as government and critique (Respond to this article at http://www.therai.org.uk/at/debate)

Turkey is in the midst of a wide‐ranging reform of historic proportions, the most profound reorganization and restructuring of institutions and practices since the foundation of the Republic in 1923. These reforms, inspired and guided by the country's EU integration, are multifaceted but can be summarized as liberalization of economy, politics and society. While capitalist penetration and privatization are obvious features of the reform, its techniques, kinds of knowledge and objects, as well as its reflexive aspects – the ways in which it studies itself unfolding – have not been sufficiently conceptualized.     

The evolution of urbanization in medieval Ireland

In Ireland, relatively little research has been carried out into the influence during the medieval period of the Anglo-Normans upon the evolution of urbanization. This paper presents a model (which primarily operates at a regional scale), the purpose of which is to explain interrelationships between the evolutionary processes operating in the early medieval period. It is argued that a settlement's relationship to a stratified land-holding system determined the operation of locational and temporal constraints, varying combinations of which influenced the functional development of urban settlements. Evidence supporting the validity of the model is presented and discussed.     

Latent trajectory models for space‐time analysis: An application in deciphering spatial panel data

This article introduces latent trajectory models (LTMs), an approach often employed in social sciences to handle longitudinal data, to the arena of GIScience, particularly space‐time analysis. Using the space‐time data collected at county level for the whole United States through webpage search on the keyword “climate change,” we show that LTMs, when combined with eigenvector filtering of spatial dependence in data, are very useful in unveiling temporal trends hidden in such data: the webpage‐data derived popularity measure for climate change has been increasing from December 2011 to March 2013, but the increase rate has been slowing down. In addition, LTMs help reveal potential mechanisms behind observed space‐time trajectories through linking the webpage‐data derived popularity measure about climate change to a set of socio‐demographic covariates. Our analysis shows that controlling for population density, greater drought exposure, higher percent of people who are 16 years old or above, and higher household income are positively predictive of the trajectory slopes. Higher percentages of Republicans and number of hot days in summer are negatively related to the trajectory slopes. Implications of these results are examined, concluding with consideration of the potential utility of LTMs in space‐time analysis and more generally in GIScience.