8 results on '"Martin Menz"'
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2. Domestic Architecture at Letchworth (8JE337) and Other Woodland Period Ceremonial Centers in the Gulf Coastal Plain
- Author
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Martin Menz
- Subjects
Archeology ,History ,Arts and Humanities (miscellaneous) ,Museology - Abstract
Architectural remains, especially domestic architecture, are essential for understanding the ways in which households organized themselves socially and economically in the past. Unfortunately, these remains are infrequently identified from Woodland period (1000 BC–AD 1000) archaeological sites along the Gulf Coast, an area home to well-known ceramic and mortuary traditions during this time. As a result, our knowledge of Woodland period households in the region is scant. In this article I present a newly discovered house from Letchworth (8JE337), a large Woodland period ceremonial center in northwest Florida, and compare it to the few published examples of houses from this region. I show that domestic architecture along the Gulf Coast during the Woodland period is diverse, suggesting differences in the organization of households and the historical development of ceremonial centers.
- Published
- 2021
- Full Text
- View/download PDF
3. The Archaeology of Arcuate Communities : Spatial Patterning and Settlement in the Eastern Woodlands
- Author
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Martin Menz, Analise Hollingshead, Haley Messer, Martin Menz, Analise Hollingshead, and Haley Messer
- Subjects
- Human settlements--East (U.S.), Mound-builders--East (U.S.), Excavations (Archaeology)--East (U.S.)
- Abstract
The Archaeology of Arcuate Communities is an edited collection of ten essays that illuminate how Indigenous communities of the Eastern Woodlands, from 10,000 BC to the 1550s, are analyzed and interpreted by archaeologists today. Volume editors Martin Menz, Analise Hollingshead, and Haley Messer define the persistent circular or “arcuate” pattern of Native settlements in this region as a spatial manifestation of community activities that reinforced group identity alongside plazas, mounds, and other architectural features. The varied case studies in this volume focus on specific communities, how they evolved, and the types of archaeological data that have been used to assess them. Part I, “Defining the Domestic Unit in Arcuate Communities,” reveals social distinctions between households and household clusters in arcuate communities, how they differ in terms of stylistic patterns and exchange, and how they combined to form distinct social groups at different scales within a broader community. Part II, “Organizing Principles of Arcuate Communities,” broadens the scope to identify the organizing principles of entire arcuate communities, such as the central role of plazas in structuring their development, how the distribution of households and central features within communities was contested and reorganized, and the importance of mounds in both delineating arcuate communities and marking their position on the landscape. Part III, “Comparison and Change in Arcuate Communities,” comprises case studies that examine changes in the organization of arcuate communities over time. Rounding out the volume is a concluding chapter that assesses how and why communities around the world formed in circular patterns. A valuable resource for archaeologists, this collection will also be of interest to those seeking to learn about Native North American settlement, ceremony, and community organization.
- Published
- 2024
4. Is Protein BLAST a thing of the past?
- Author
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Ali Al-Fatlawi, Martin Menzel, and Michael Schroeder
- Subjects
Science - Abstract
Will protein structure search tools like AlphaFold replace protein sequence search with BLAST? We discuss the promises, using structure search for remote homology detection, and why protein BLAST, as the leading sequence search tool, should strive to incorporate structural information
- Published
- 2023
- Full Text
- View/download PDF
5. Size Matters
- Author
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Shaun E. West, Martin Menz, and Thomas J. Pluckhahn
- Subjects
Power (social and political) ,Geography ,Agricultural economics - Abstract
Kolomoki was one of the largest villages of the Middle and Late Woodland periods in the American Southeast. Located in southwestern Georgia, the site features a circular village plan nearly a kilometer in diameter which is centered on a large open plaza. This chapter introduces the term “hypertrophic village” to describe Kolomoki and, by extension, villages of similarly exaggerated size. New insights from recent excavations covering Kolomoki's transition from Swift Creek to Weeden Island pottery suggest that Kolomoki grew from a relatively compact to hypertrophic village beginning around the sixth century A.D. and culminating a century or two later. The wide spacing between domestic units both enabled and constrained social cohesion, and may have afforded the community at Kolomoki unrivalled symbolic power. The construction of Kolomoki's hypertrophic village may have been a strategy related to settlement shifts that recent work suggests took place throughout the region in the seventh century A.D.
- Published
- 2018
- Full Text
- View/download PDF
6. Fluvial sediments of the Algeti River in southeastern Georgia — An archive of Late Quaternary landscape activity and stability in the Transcaucasian region
- Author
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Peter Kühn, Lasha Sukhishvili, Hans von Suchodoletz, Martin Menz, and Dominik Faust
- Subjects
Pleistocene ,Aggradation ,Holocene climatic optimum ,Overbank ,Fluvial ,Physical geography ,Quaternary ,Geomorphology ,Holocene ,Geology ,Sea level ,Earth-Surface Processes - Abstract
In order to obtain information about landscape activity and stability during the Late Quaternary in the Transcaucasian region, fluvial sediments of the lower Algeti River in SE-Georgia were studied by means of geomorphologic, sedimentologic and geochronologic methods. These investigations show that sediments aggraded by the Late Pleistocene braided Algeti River were strongly incised around the Pleistocene/Holocene transition, and subsequently a small-scale pattern of diachronous fluvial terraces deposited by the now meandering river developed in the new valley during the Holocene. Prior to ca. 3 cal. ka BP, active phases of river channel aggradation and overbank sedimentation about 6 cal. ka BP and 3.4–3.2 cal. ka BP can be linked with climate-driven vegetation changes, i.e. stronger fluvial dynamics with sedimentation occurred during more arid and colder periods whereas the Caucasian Holocene climate optimum between 6 and 3.4 cal. ka BP was characterized by stable geomorphologic conditions. After 3 cal. ka BP, strongly increased human impact documented by former pollen studies is reflected by the fluvial dynamics as well, i.e. an activity phase of strong overbank sedimentation 2.7–2.1 cal. ka BP occurred during a period when forests in the Lesser Caucasus were burnt down. Two subsequent activity phases with fluvial sedimentation can be linked with historic events that probably both influenced vegetation distribution of the region, i.e. a period of flourishing of Georgia during the Middle Age and a time of large-scale destruction of the country due to a Persian invasion at the end of the 18th century AD, respectively. Thus, whereas no influence of tectonic events or fluctuations of the Caspian Sea level on the fluvial dynamics could be detected, SE-Georgia shows its fragile character with respect to climate- and human driven vegetation-changes similar to other semi-arid landscapes of the Mediterranean region.
- Published
- 2015
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7. Crafting Everyday Matters in the Middle and Late Woodland Periods
- Author
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Martin Menz, Lori O’Neal, and Thomas J. Pluckhahn
- Subjects
Geography ,Woodland ,Archaeology - Abstract
A defining characteristic of the Middle Woodland period is the prevalence of craft goods of stone, bone, shell, and metal, which originated frequently from exotic sources and were often fashioned into non-utilitarian, symbolically-charged products. In the processual heyday, archaeologists devoted considerable attention on the perceived control of the production and exchange of these exotic goods and what it may say about the political and economic power of elites, and, by extension, their societies. In this chapter, the authors suggest that this emphasis on the political- and ritual-economic contexts for craft production may obscure an important point: specifically, that crafting was rooted in the everyday rhythms of domestic life, by which the authors mean the networks of relationships with other people and other objects. Reviewing the archaeological record for two large Middle Woodland populations and ceremonial centers – Kolomoki in southwestern Georgia and Crystal River in west-central Florida (Figure 9.1) – the authors argue that a low level of craft production was common to domestic contexts.
- Published
- 2018
- Full Text
- View/download PDF
8. Testing of Diamond Electrodes as Biosensor for Antibody-Based Detection of Immunoglobulin Protein with Electrochemical Impedance Spectroscopy
- Author
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Martin Menzler, Charity S. G. Ganskow, Maximilian Ruschig, Essam Moustafa, Volker Sittinger, Kristina Lachmann, Esther Veronika Wenzel, Giulio Russo, Philipp Klahn, and Jan Gäbler
- Subjects
biosensing ,boron-doped diamond ,electrochemical impedance spectroscopy ,Fc-Cys engineered antibody ,surface immobilisation ,atmospheric pressure plasma ,Organic chemistry ,QD241-441 - Abstract
To control the increasing virus pandemics, virus detection methods are essential. Today’s standard virus detections methods are fast (immune assays) or precise (PCR). A method that is both fast and precise would enable more efficient mitigation measures and better life comfort. According to recent papers, electrochemical impedance spectroscopy (EIS) has proven to detect viruses fast and precise. Boron-doped diamond (BDD) was used as a high-performance electrode material in these works. The aim of this work was to perform an initial test of BDD-based EIS for biosensing. As an easily available standard biomaterial, human immunoglobulin G (IgG) was used as analyte. Niobium plates were coated via hot-filament activated chemical vapor deposition with polycrystalline diamond, and doped with boron for electrical conductivity. An anti-human IgG antibody was immobilised on the BDD electrodes as a biosensing component. Four different analyte concentrations up to 1.1 µg per litre were tested. During EIS measurements, both impedance over frequency curves and Nyquist plot demonstrated no clear sign of a change of the charge transfer resistance. Thus, no positive statement about a successful biosensing could be made so far. It is assumed that these issues need to be investigated and improved, including the relation of BDD electrode size to electrolyte volume, termination of the BDD electrodes (H, O) for a successful functionalisation and EIS frequency range. The work will be continued concerning these improvement issues in order to finally use virus materials as analyte.
- Published
- 2022
- Full Text
- View/download PDF
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