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La Playa is a significant archaeological site in Northwest Mexico that contains deposits from over 10,000 years of continuous occupation. Significantly, it contains the earliest definable Trincheras Tradition deposits as well as one of the best-preserved deposits from the Early Agricultural Period. The Proyecto La Playa, a long-term collaborative research project between archaeologists from the U.S. and Mexico, has worked at the site since 1995. One of the project priorities has been to document features in danger of the severe erosion currently affecting the site. To better document site components and support spatial analysis of the features, I used Unmanned Aerial System photogrammetry to create several geospatial datasets for La Playa. With this data I identified a part of the site that appears to have mound features in an area that has not yet been surveyed. This article documents the process of using new technologies to develop these spatial datasets. [ABSTRACT FROM AUTHOR]

Within a landscape, boundaries are the physically or socially defined lines that mark the limits of spaces. They can appear static and binary, and therefore analytically restricted. Yet it is argued here that while space is often analyzed in archaeology to inform social, economic, or institutional interpretations of a landscape, the analysis of boundaries is a complimentary method that captures movement, control, and prohibition mechanisms. Analyzing boundaries is shown to reveal aspects of change – sometimes diachronic and sometimes ephemeral – and a malleability that is often linked to materiality. The examination of the early nineteenth-century historical boundaries of Point Puer, a juvenile convict prison (1834–49) located in lutruwita/Tasmania, Australia, is used as a case study to illustrate their common archaeological forms. It is reasoned that the analysis of boundaries contributes dynamic interpretations of historical landscapes by theorizing boundaries as spatial frameworks to examine social and experiential elements of space. [ABSTRACT FROM AUTHOR]

This study aims to analyze the spatial configuration of nine Muslim noble cemeteries in Lombok, which are divided into separate areas called jirats and cemeteries, where individuals and communities are buried. Spatial archaeology approaches are employed to collect, process, analyze, and interpret data. The study revealed that the Lombok cemetery consisted of headstones, jirat, a pavilion, a fence, a gate, and trees, all of which formed a cohesive cultural area and followed Islamic customs. In Lombok, the jirat is a boundary that separates personal and communal areas designated for the deceased. These areas are determined based on lineage and the level of nobility. Most Muslim noble cemeteries in Lombok exhibit the influence of pre-Islamic and Hindu customs. The northern, north-eastern, and eastern sections of the cemetery hold the highest level of sanctity, reserved for the interment of the most distinguished individuals. The highlands were selected as the primary site for the burial of Muslim nobles in Lombok due to their association with sanctity and the elevation of the deceased's status.

The archaeology of inland waters is a relatively recent scientific branch in the Czech Republic. The insufficient state of research affected the first attempts at extensive documentation and evaluation of river finds and has caused many challenges. Results of a pilot study aimed at processing and evaluating river finds dated from the Palaeolithic to the Early Middle Ages discovered in the two largest Moravian rivers, the Morava and the Thaya, endeavoured to identify and describe these issues and improve the protection of underwater cultural heritage in the respective rivers. [ABSTRACT FROM AUTHOR]

The period from c. AD 900 to AD 1300 in southern Africa is characterized by transitions from small-scale Iron Age mixed economy communities to the beginnings of more intensive food production and eventually the emergence of complex polities. In Zambia, this coincides with the appearance of larger and more permanent agro-pastoralist villages that began participating in Indian Ocean trade networks. Unlike other parts of southern Africa where stone architecture became common, the predominance of wattle-and-daub type construction methods across Zambia have often impeded preservation of Iron Age activity areas. It has therefore been difficult to reconstruct how economic and land-use changes between the Early and Later Iron Ages impacted family and community relationships reflected in intra-site and intra-household spatial organization. Fibobe II, in the Mulungushi River Basin of Central Zambia, is a rare example of an Early-to-Mid Iron Age village site where these spatial patterns may be discernable due to preservation of activity spaces and vitrified remains of wattle-and-daub structures. This paper reports on new investigations following original testing of the site in 1979, confirming preservation of an Iron Age hut with distinct patterning of features, artifacts, and charcoal. These results reaffirm the unique nature of Fibobe II and indicate the potential for programs of household archaeology aimed at studying this important and understudied period in Zambian prehistory. [ABSTRACT FROM AUTHOR]

Estimating past population dynamics has become a major research topic for archaeology, which uses several proxies for studying past demography. The Czech Republic represents a unique region with abundant digital archaeological and palynological datasets comprising tens of thousands of records covering the whole Holocene. We used these datasets to quantify long-term demographic trends and to delimit past human activity in space and time. Our results, based on large data from both disciplines, are one of the first quantitative results covering the whole Czech Republic. Through summed probability distributions of radiocarbon dates and spatio-temporal modelling of human activity based on archaeological sites, we identified four major demographic events and processes between 10,000 BCE and 1000 CE – the beginning of the Neolithic at 5400 BCE, the Eneolithic/Bronze Age transition in the 3rd millennium BCE, Bronze Age expansion after 1500 BCE, and mediaeval expansion after 500 CE. We identified two settlement cores in the lowlands, with additional inner and outer peripheries with different demographic histories. Our study clearly shows that prehistoric and early historic population dynamics were not a homogenised process and were regionalized according to local environmental and social conditions. The comparison of archaeological results with pollen-based vegetation proxies also showed regional aspects in human-vegetation interactions. Agro-pastoral communities dwelling in the lowlands mostly influenced the openness of the landscape, used for fields and pastures, whereas contemporary communities with a similar economic mode residing in a different region are more visible in pollen records through species and structural changes in woodlands. The agro-pastoral subsistence strategy did not start everywhere with the onset of the Neolithic: in some regions it failed after several centuries, in others, the foraging lifestyle persisted significantly longer, and farming became a major economic strategy much later. Our study shows that archaeological site-based and 14C-based demographic proxies cannot be utilized for all periods and regions due to several limitations. Only the combination of different quantitative and qualitative archaeological proxies for population does reveal important details. • Four major demographic events were identified between 10,000 BCE and 1000 CE. • Past population dynamics were not a homogenised process and were regionally specific. • Prehistoric farmers influenced the openness of the landscape and woodland structure. • Interdisciplinary large data are crucial for understanding past vegetation dynamics. [ABSTRACT FROM AUTHOR]