Fighting for recognition: feminist geography in East-Central Europe

In East-Central Europe (ECE), the evolution of feminist geographies began after the end of state socialism. Aiming to identify individual and shared characteristics, this study outlines the development of gender/feminist geography in East-Central European countries. Providing a brief historical overview, the first part of the article substantiates the arguments that i) the evolution of feminist geography in ECE is linked to the post-socialist transition; although the fall of state socialism has removed the political, social and ideological obstacles that prevented its gaining ground, this approach is still considered to be relatively new; and ii) today, development is hindered mainly by conservative mainstream geography, which seems slower in transforming itself than in some related disciplines which have ‘embraced’ gender studies. The topics, methods and theories of feminist geography that have developed in ECE is significantly influenced by the resistance that advocates of feminist geography have to contend with from representatives of mainstream post-socialist geographies. The second part of the article presents the major characteristics of gender/feminist geography in Europe's post-socialist region, while providing an outline of the various methods used in an attempt to earn positive recognition for gender studies. The concluding section maps some lessons to be learnt on the relationship between the production of feminist geographical knowledge and post-socialism.     

GPR and inductive electromagnetic surveys applied in three coastal sambaqui (shell mounds) archaeological sites in Santa Catarina state, South Brazil

In this article, GPR – Ground Penetrating Radar and inductive electromagnetic (EM38 equipment) results are presented for three archaeological sites of shell mounds located between Laguna and Jaguaruna cities, mid-southern coast of Santa Catarina state, Brazil. The Jabuticabeira II, Santa Marta IV, and Encantada III sites were studied. These sites consist of carbonate shell mounds built by societies that inhabited this region during the pre-colonial period (7.5–1.3 ky BP). Geophysical responses obtained in these archaeological sites had allowed the identification of anomalous regions related to archaeological point targets as well as continuous targets, correlated to the shell mound's structure and buried geologic features. GPR numerical modelling studies were done in order to evaluate the performance of the GPR method in relation to materials found in that environment, besides helping interpretations of real results. The synthetic GPR model was a good match with real data obtained in the field. So, the real and synthetic results serve as a reference guide to direct excavation activities in these archaeological and geological structures. In the Jabuticabeira II shell mound, lithic materials and burials were found amidst archaeological layers characterized by sediment rich in organic material, ferruginous concretions, and loose shells. In the Santa Marta IV archaeological site, a concentration of ceramic materials, burials and fireplaces were found. In the Encantada III site, a strong anomaly characterized by a hyperbolic reflection was related to the presence of a silicified tree root; a great example of ambiguity in shallow geophysics interpretation in archaeological applications. Results functioned as a guide to archaeological excavations, allowing cost and time reduction as well as contributing to improve the knowledge of these archaeological sites situated in southern Brazil.