Assessing the intentionality of spatial organization. Cemetery of Župna Cerkev (Kranj, Slovenia) case study

Authors

  • Katia Francesca Achino
  • Benjamin Štular
  • Jernej Rihter
  • Janja Rihter

Keywords:

Slovenia, archaeology, spatial analysis, mediaeval cemeteries

Abstract

This article is focused on highlighting the importance of assessing spatial patterns in archaeological analyses of cemeteries through a statistically driven approach. It is based on the combination of Ripley’s K-Function and selected geostatistical tools that take into consideration the values of global and local autocorrelation. Their feasibility in funerary contexts is demonstrated on the mediaeval cemetery of Župna Cerkev in Kranj (Slovenia). The case study was used to test whether the spatial distribution of graves is non-random and, if so, whether it is intentional. The methods used made it possible to recognize an intentional, chronologically driven choice in grave placement.

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References

ACHINO, K. F. 2016, From Micro to Macro Spatial Dynamics in the Villaggio delle Macine between XIX–XVI Century BC. – Unpublished PhD thesis / Neobjavljena doktorska disertacija, Universitat Autónoma de Barcelona.

ALAJBEG, A. 2015, O topografskoj kronologiji ranosrednjovjekovnih grobalja s poganskim osobinama pokapanja u sjevernoj Dalmaciji. – Archaeologia Adriatica 8/1, 141–162.

ALDENDERFER, M. S. 1987, Quantitative research in archaeology: progress and prospects. –London.

ANSELIN, L. 1995, Local indicators of spatial association — LISA. – Geographical analysis 27/2, 93–115.

ARIES, P. 1989, Eseji o istoriji smrti na zapadu. Od srednjeg veka do današnjih dana. – Beograd.

BANNING, E. B. 2000, The Archaeologist’s Laboratory. The Analysis of Archaeological Data. –New York.

BEVAN, A., J. CONOLLY 2004, GIS, archaeological survey, and landscape archaeology on the island of Kythera, Greece. – Journal of Field Archaeology 29/1–2, 123–138.

BEVAN, A., J. CONOLLY 2006, Multiscalar approaches to settlement pattern analysis. – In / V: G. Lock, B. L. Molyneaux (eds. / ur.), Confronting scale in archaeology, 217–234.

BEVAN et al. 2013 = BEVAN, A., J. CONOLLY, C. HENNIG, A. JOHNSTON, A. QUERCIA, L. SPENCER, J. VROOM 2013, Measuring Chronological Uncertainty in Intensive Survey Finds: A case study from Antikythera, Greece. – Archaeometry 55, 312–328.

BLANKHOLM, H. P. 1991, Intra-site Spatial Analysis in Theory and Practice. – Aarhus.

CABLE, C. M., 2012, A Multitude of Monuments: Finding and Defending Access to Resources in Third Millennium BC Oman. – Unpublished PhD thesis / Neobjavljena doktorska disertacija, Michigan State University.

CARR, C. 1984, The nature of organization of intrasite archaeological records and spatial analytic approaches to their investigation. – Advances in archaeological method and theory 7, 103–222.

CARRER, F. 2015, Interpreting intra-site spatial patterns in seasonal contexts: an ethnographical case study from the Western Alps. – Journal of Archaeological Method and Theory 24/2, 1–25.

CLIFF, A. D., J. K. ORD 1973, Spatial autocorrelation. – Pion, London.

CONOLLY, J., M. LAKE 2006, Geographical information systems in archaeology. – Cambridge.

CREMA, E. R., A. BEVAN, M. W. LAKE 2010, A probabilistic framework for assessing spatio-temporal point patterns in the archaeological record. – Journal of Archaeological Science 37/5, 1118–1130.

D’ANDREA, A., R. GALLOTTI 2004, GIS and intra-site spatial analysis. – In / V: J. Chavaillon, M. Piperno (eds. / ur.), Studies on the Early Paleolithic Site of Melka Kunture, Ethiopia, 589–597, Roma.

DANIELL, C. 1997, Death and burial in medieval England, 1066–1550. – London.

DUNCAN, W. N., K. R. SCHWARZ 2014, Partible, permeable, and relational bodies in a Maya mass grave. – In / V: A. J. Osterholtz, D. L. Martin, K. M. Baustian (ur. / eds.), Commingled and Disarticulated Human Remains: Working Toward Improved Theory, Method, and Data, New York.

EICHERT, S. 2010, Kirchen des 8. bis 10. Jahrhunderts in Kärnten und ihre Bedeutung für die Archäologie der Karantanen. – In / V: L. Poláček, J. Maříková-Koubková (ur. /eds.), Internationale Tagungen in Mikulčice 8, 219–232, Brno.

EICHERT, S. 2013, Archäologische und historische Evidenzen für soziale Strukturen im frühmittelalterlichen Ostalpenraum. – Beiträge zur Ur- und Frühgeschichte Mitteleuropas 70, 385–404.

FILIPEC, K. 2012, Srednjovjekovno groblje i naselje Đakovo. – Zagreb.

FOTHERINGHAM, A. S., C. BRUNSDON, M. CHARLTON 2002, Geographically Weighted Regression. The Analysis Of Spatially Varying Relationships. – Chichester.

GALLOTTI et al. 2011 = GALLOTTI, R., A. MOHIB, M. EL GRAOUI, F. ZOHRA SBIHI-ALAOU, J. P. RAYNAL 2011, GIS and Intra-Site Spatial Analyses: An Integrated Approach for Recording and Analyzing the Fossil Deposits at Casablanca Prehistoric Sites (Morocco). – Journal of Geographical Information System 3, 373–381.

GALLOTTI et al. 2012 = GALLOTTI, R., G. LEMBO, C. PERETTO 2012, Mapping Three-dimensional Density Patterns for Analyzing Artefact (Re)distribution Trends in Palaeolithic Sites. – Advances in Anthropology 2, 39–48.

GILLINGS, M., K. SBONIAS 1999, Regional survey and GIS: the Boeotia Project. – In / V: M. Gillings, D. J. Mattingly, J. Van Dalen (ur. /eds.), Geographical Information Systems and Landscape Archaeology, The Archaeology of Mediterranean Landscapes 3, 35–54, Oxford.

GOLDSTEIN, L. 1981, One-dimensional archaeology and multi-dimensional people: spatial organization and mortuary analysis. – In / V: R. Chapman, I. Kinnes, K. Randsborg (eds. / ur.), The archaeology of death, 53–69, Cambridge.

HIETALA, H. 1984, Intrasite spatial analysis in archaeology. – Cambridge.

HODDER I., S. HUTSON 20033, Reading the Past: Current Approaches to Interpretation in Archaeology. – Cambridge.

HUGGETT, J. 2000, Computers and archaeological culture change. – In / V: G. Lock, K. Brown (eds. / ur.), On the Theory and Practice of Archaeological Computing, Oxford University Committee for Archaeology Monograph 51, 5–22.

KNIFIC, T. 1974, Horizontalna stratigrafija grobišča Bled–Pristava II (Die horizontale Stratigraphie des Gräberfeldes Bled-Pristava II). – Situla 14/15, 315–326.

KOROBOV, D. S. 2016, Socialnaja stratifikacija naselenija Kislovodskoj kotloviny V–VIII vv. po materialam mogilnika Klin-Jar 3. – Kratkie soobščenija Instituta arheologii 244, 48–64.

KROLL, E. M., T. D. PRICE 1991, The interpretation of Archaeological Spatial Patterning. – New York.

KVAMME, K. L. 1990, The fundamental principles and practice of predictive archaeological modelling. – In / V: A. Voorrips (ed. / ur.), Mathematics and information science in archaeology: A flexible framework, 257–295, Bonn.

LAVACHERY, P., E. CORNELISSEN 2000, Natural and cultural spatial patterning in the Late Holocene deposits of Shum Laka Rock Shelter, Cameroon. – Journal of Field Archaeology 27/2, 153–168.

LEVINE, N. 2013, CrimeStat IV: A Spatial Statistics Program for the Analysis of Crime Incident Locations. – Washington.

LILLEY, K. D. 2004, Cities of God? Medieval urban forms and their Christian symbolism. – Transactions of the Institute of British Geographers 29/3, 296–313.

LOSERT, H., A. PLETERSKI 2003, Altenerding in Oberbayern. Struktur des frühmittelalterlichen Gräberfeldes und „Ethnogenese“ der Bajuwaren. – Berlin, Bamberg, Ljubljana.

MACHÁČEK, J. 2001, Studie k velkomoravské keramice: metody, analýzy a syntézy, modely. –Brno.

MAKAROVIČ, G. 1995, Slovenci in čas: odnos do časa kot okvir in sestavina vsakdanjega življenja. – Ljubljana.

MARKOFSKY, S. 2014, When survey goes east: field survey methodologies and analytical frameworks in a Central Asian context. – Journal of Archaeological Method and Theory 21/4, 697–723.

MEIER, T., M. GRAHAM-CAMPBELL 2007, Life, Death and Memory. – In / V: J. Graham-Campbell, M. Valor (ur. /eds.), The archaeology of Medieval Europe. Eight to Twelft centuries AD, Acta Jutlandica 83/1, Humanities Series 79, 420–449.

MOYES, H. 2002, The use of GIS in the spatial analysis of an archaeological cave site. – Journal of Cave and Karst Studies 64/1, 9–16.

MORAN, P. 1950, A Test for the Serial Independence of Residuals. – Biometrika 37, 178–181.

NAKOINZ, O., D. KNITTER 2016, Modelling Human Behaviour in Landscapes: Basic Concepts and Modelling Elements. – Berlin.

PARKER PEARSON, M. 1999, The Archaeology of Death and Burial. – Stroud, Sutton.

PEETS, D. 2007, De Situ Brecheniauc and Englynion y Beddau: writing about burial in early medieval Wales. – Anglo-Saxon studies in archaeology & history 14, 163–172.

PETERMAN, G. L. 1992, Geographic information systems: Archaeology’s latest tool. – The Biblical Archaeologist 55/3, 162–167.

PETTITT, P. B. 1997, High resolution Neanderthals? Interpreting middle palaeolithic intrasite spatial data. – World archaeology 29/2, 208–224.

PLETERSKI, A. 2010, Prostor, običaji in spremembe na mirilih Krušice in Korit (Space, customs and changes. Certain archaeological findings as regards mirila from Krušica and Korita). – In / V: A. Pleterski, G. P. Šantek (eds. / ur.), Mirila. Kulturni fenomen (Mirila. A cultural phenomenon), Studia mythologica Slavica – Supplementa, Supp. 3, 127–151.

PLETERSKI, A., B. ŠTULAR, M. BELAK 2016, Grobišče Župna cerkev v Kranju 1. Izkopavanja srednjeveškega in zgodnjenovoveškega grobišča pri Župni cerkvi v Kranju v letih 1964–1970. – Opera Instituti Archaeologici Sloveniae 35 [https://iza2.zrc-sazu.si/sites/default/files/ ISBN9789612549732.pdf].

PODPEČAN, B. 2006, Nagrobnik, podoba živih. – Archaeologia historica Slovenica 5.

PREMO, L. S. 2004, Local spatial autocorrelation statistics quantify multi-scale patterns in distributional data: an example from the Maya Lowlands. – Journal of Archaeological Science 31/ 7, 855–866.

QUESADA, F., J. BAENA, C. BLASCO 1995, An Application of GIS to Intra-Site Spatial Analysis: the Iberian Iron Age Cemetery of El Cigarralejo (Murcia, Spain). – In / V: J. Huggett, N. Ryan (eds. / ur.), CAA94. Computer Applications and Quantitative Methods in Archaeology 1994, BAR. International Series 600, 137–146.

REVELLES et al. 2017 = REVELLES, J., F. BURJACHS, N. MORERA, J. A. BARCELÓ, A. BERROCAL, O. LÓPEZ- -BULTÓ, C. MAICHER, M. LE BAILLY, R. PIQUE, A.

PALOMO, X. TERRADAS 2017, Use of space and site formation processes in a Neolithic lakeside settlement. Pollen and non-pollen palynomorphs spatial analysis in La Draga (Banyoles, NE Iberia). – Journal of Archaeological Science 81, 101–115.

RIHTER, J. 2016, Digitalna arheologija? Primer uporabe digitalnih orodij za analizo arheološkega najdišča. – In / V: T. Erjavec, D. Fišer (eds. / ur.), Zbornik konference Jezikovne tehnologije in digitalna humanistika, 29. september – 1. oktober 2016. Filozofska fakulteta, Univerza v Ljubljani, 258–260, Ljubljana.

SALISBURY, R. B., KEELER, D. 2007, Space-Archaeology’s Final Frontier? An Intercontinental Approach. – Newcastle.

SATTLER, J. B. 1983, Ikonographische und psychologische Aspekte der „Seitigkeit“ in der Kunst: dargestellt an ausgewählten Beispielen der romanischen Plastik in Burgund. – Unpublished PhD thesis / Neobjavljena doktorska disertacija, Ludwig-Maximilians-Universität München. SAYER, D., M. WIENHOLD 2013, A GIS-Investigation of Four Early Anglo-Saxon Cemeteries: Ripley’s K-function Analysis of Spatial Groupings Amongst Graves. – Social Science Computer Review 31/1, 71–89.

SILVERMAN, H., D. B. SMALL 2002, The Space and Place of Death. – Archeological Papers of the American Anthropological Association, Special Issue, New York.

ŠMEJDA, L., J. TUREK 2004a, Spatial Analysis of Funerary Areas. – Plzeň.

ŠMEJDA, L. TUREK, J. 2004b, Potential of GIS for analysis of funerary areas: prehistoric cemetery at Holešov, distr. Kroměříž, Czech Republic. – In / V: L. Šmejda, J. Turek (eds. / ur.), Spatial Analysis of Funerary Areas, 57–68, Plzeň.

SOKOL, D. 2016, Medieval Jewelry and Burial Assemblages in Croatia. A Study of Graves and Grave Goods, ca. 800 to ca. 1450. – East Central and Eastern Europe in the Middle Ages 450–1450, Vol. 36.

STADLER, P., U. VON FREEDEN, A. WIECZOREK 1997, Auswertung der Perlen aus dem Reihengräberfeld von Altenerding in Bayern. – In / V: U. von Freeden, A. Wieczorek (eds. / ur.), Perlen. Archäologie, Techniken, Analysen, Kolloquien zur Vor- und Frühgeschichte 1, 161–168, Bonn.

STEUER, H. 1982, Frühgeschichtliche Sozialstrukturen in Mitteleuropa. – Abhandlungen der Akademie der Wissenschaften in Göttingen, Philologisch-Historische Klasse III 128.

ŠTULAR, B., S. ŠTUHEC 2015, 3D archaeology. Early Medieval Earrings from Kranj. – Ljubljana (Inštitut za arheologijo,

ZRC SAZU [http://iza.zrc-sazu.si/pdf/3D_Archaeology. pdf] last access / zadnji dostop 6. 12. 2018).

THATCHER, D., S. B. MILNE, R. PARK 2017, Applying GIS and statistical analysis to assess the correlation of human behaviour and ephemeral architectural features among Palaeo-Eskimo sites on Southern Baffin Island, Nunavut. – Journal of Archaeological Science: Reports 14, 21–30.

VANZETTI et al. 2010 = VANZETTI, A., M. VIDALE, M. GALLINARO, D. W. FRAYER, L. BONDIOLI 2010, The iceman as a burial. – Antiquity 84/325, 681–692.

VOORRIPS, A., J. M. O’SHEA 1987, Conditional spatial patterning: beyond the nearest neighbor. – American Antiquity 52/3, 500–521.

WHALLON, R. 1973, Spatial analysis of occupation floors I: application of dimensional analysis of variance. – American Antiquity 38/3, 266–278.

WHALLON, R. 1974, Spatial analysis of occupation floors II: the application of nearest neighbor analysis. – American Antiquity 39/1, 16–34.

WHEATLEY, D., M. GILLINGS 2002, Spatial technology and archaeology. The archaeological applications of GIS. – New York.

WINTER-LIVNEH, R., T. SVORAY, I. GILEAD 2010, Settlement patterns, social complexity and agricultural strategies during the Chalcolithic period in the Northern Negev, Israel. – Journal of Archaeological Science 37, 284–294.

ZUBROW, E. B. 1990, Modelling and prediction with geographic information systems: a demographic example from prehistoric and historic New York. – In / V: I. Space (ed. / ur.), GIS and archaeology, 307–317, New York.

ŽONTAR, J. 1982, Zgodovina mesta Kranj. – Kranj.

Published

2019-10-12

How to Cite

Achino, K. F., Štular, B., Rihter, J., & Rihter, J. (2019). Assessing the intentionality of spatial organization. Cemetery of Župna Cerkev (Kranj, Slovenia) case study. Arheološki Vestnik, 70. Retrieved from https://ojs.zrc-sazu.si/av/article/view/7826

Issue

Section

Middle Ages