scholarly journals Kinneddar

Author(s):  
Gordon Noble ◽  
Gemma Cruikshanks ◽  
Lindsay Dunbar ◽  
Nicholas Evans ◽  
Derek Hall ◽  
...  

The early Christian sculpture from Kinneddar has long been noted as a major assemblage. New survey work by the University of Aberdeen and AOC Archaeology has identified a large vallum enclosure around the site that was renewed on at least one occasion. The vallum enclosures surrounded an area of up to 8.6ha, and the groundplan presents striking resemblances to other major ecclesiastical sites, particularly Iona. Evaluative excavations instigated through research- and development-led projects have provided an outline chronology for the vallum enclosures, identified an additional annexe and has located settlement features inside the enclosures. Radiocarbon dating suggests activity as early as the late 6th century with the vallum likely to date to the 7th or 8th century. This article sets out the evidence from the site and discusses Kinneddar in relation to other likely major ecclesiastical sites in northern Pictland and its wider early medieval Insular context.

Ars Adriatica ◽  
2012 ◽  
pp. 41
Author(s):  
Pavuša Vežić

The discussion emphasizes the peculiarity and individuality of both the shape and style of Dalmatian hexaconchs. Together with the rotunda of Holy Trinity at Zadar, they surely represent the most original architectural creation of early medieval Dalmatia and its specific cultural milieu which grew from a twofold tradition in a true symbiosis of the European East and West in the Adriatic area. Their mutual interdependence in Dalmatia was articulated through the individual shapes of religious architecture. These hexaconchs are a form specific to only the innermost part of Dalmatia, centred on the area between Zadar and Split, and deep into the hinterland of these towns, which corresponded to the Croatian principality.Certainly, buildings as special as this had their own original matrix - an individual spatial composition and a specific structure which formed their body. Without this, the hexaconchs would not have possessed the originality which has been observed by all the scholars who have written about them. Indeed, they have their own shape and style. By analyzing and interpreting the legacy of Dalmatian religious architecture, it seems plausible to assume that the early Christian baptistery of Zadar Cathedral may have served as a model not only for their hexaconchal shape and spatial structure but also for their dimensions and proportions. In the regional architecture prior to the period when the hexaconchs were built, no other building, aside from the Zadar baptistery, had such a shape and such a compositional compatibility with the hexaconchs; the very structure and measurements of their interior space. However, the architectural style of the hexaconchs, which display pilaster strips on their exteriors, and their vocabulary of pre-Romanesque language find their parallels on the monumental rotunda of Holy Trinity - a chapel adjacent to the baptistery itself, located nearby in the same episcopal complex - more than on any other late Antique or early medieval building both in the immediate region and in the whole Adriatic basin. For this reason, the search for the origin of the shape and style of Dalmatian hexaconchs leads us to Zadar and it is no wonder that almost every scholar who has studied this group of buildings has pointed to this fact. Their geographical distribution also witnesses this influence in its own way: two hexaconchs can be found at Zadar, while four or even five more are located in the wider Zadar area, adding up to seven out of the ten Dalmatian hexaconchs in total.This number implies that this group of rotundas, being characteristic for a specific period in Dalmatia, was created in a relatively short period of time. Moreover, it points to the building and carving workshops which, drawing upon the same source model, constructed the hexaconchs and provided them with stone liturgical furnnishings. In particular, further indications can be found in the production of the socalled Benedictine carving workshop, probably located at Zadar, a workshop from the time of Prince Trpimir which produced the furnishings for the hexaconchs at Pridraga and Kašić, and the carving workshop from Trogir which was responsible for the carvings at Trogir and Brnaze. All of these, with regard to the hexaconchs, testify to predominantly early ninth-century production, and represent the main argument for the dating of these interesting Dalmatian rotundas to the same time. Apart from their original pre-Romanesque shape, the majority of the free-standing hexaconchal rotundas were provided with early Romanesque additions during the course of time, and these additions turned these hexaconchs into small complexes of sorts. Vestibules created in this period suggest two possiblities: according to one, the vestibules added in this manner were actually a kind of exterior crypt, spaces where sarcophagi could be housed, and according to the other, some of these vestibules were also provided with bell-towers built on top of them. The latter possibility is implied by the dispositions of the suggested bell-towers and the strength of the supporting substructions (e.g. the Stomorica church at Zadar or the hexaconch at Kašić), but also by the stylistic elements which point to the early Romanesque, and architectural details, the function of which indicates a bell-tower (e.g. impost capitals of the Stomorica church or St Chrysogonus at Zadar, and an octogonal colonette from Kašić).


2021 ◽  
Vol 136 (2) ◽  
Author(s):  
A. Görgen ◽  
M. Guttormsen ◽  
A. C. Larsen ◽  
S. Siem ◽  
E. Adli ◽  
...  

AbstractResearch at the Oslo Cyclotron Laboratory at the University of Oslo is focused on spectroscopy experiments for nuclear structure and nuclear astrophysics using the Oslo Scintillator Array OSCAR. Light-ion beams from the $$K=35$$ K = 35 cyclotron are furthermore used for studies in radiation biology and medical physics, for research and development related to medical isotope production, and for irradiation of materials and electronics components. Here we present an overview of the laboratory and its research infrastructure, give a brief discussion of the respective research programs and methods, and present recent highlights.


2021 ◽  
Vol 50 (2) ◽  
pp. 119-135
Author(s):  
Yu.D. Shmidt ◽  
◽  
L.A. Krokhmal ◽  
N.V. Ivashina ◽  
◽  
...  

The paper presents the issues of higher education institutions research activities efficiency and financing. Empirical data on the Russian higher education institutions research activities efficiency have been investigated. A new model for higher education institutions research activities public financing has been suggested. The model developed a methodology for calculating subsidies for basic, guaranteed funding of scientific activities of universities, designed to compensate for the cost of simple reproduction of their scientific potential. The integral index, which allows accounting the influence of statistically significant factors on the total amount of research and development work performed by the University, is formed and justified by methods of econometric modeling. The proposed approach allows us to calculate the amount of guaranteed funding for the scientific activities of each university in the planning period with a known amount of financial resources allocated for the basic financing of scientific activities of universities in the country.


1975 ◽  
Vol 41 ◽  
pp. 179-182 ◽  
Author(s):  
Andrew B. Smith

In 1940 Professor Thurstan Shaw excavated a trench in the cave known as Bosumpra at Abetifi (6° 41′N:0° 44′W) on the borderline between the moist forest and the northern marginal forest (fig. 1). Bosumpra is one of the four main ‘abosom’ (lesser) gods of the Guan pantheon (Brokenshaw 1966, 156). The report (Shaw, 1944) showed that the cave was formerly inhabited by a people with a pottery-using microlithic culture and provided the first analytical description of the microlithic industries from the forest regions of West Africa. As the site was the first of its kind to be excavated, and the excavation was carried out before the advent of radiocarbon dating, there was no way of knowing what age this industry was, or how long the cave had been occupied, beyond placing it within the rubric of the so-called “Guinea Neolithic”.To attempt to clarify this problem a group of students from the Department of Archaeology at the University of Ghana and myself conducted the excavation of a small witness section (fig. 2) in the cave over New Year 1973/74 with the specific aim of collecting organic material for dating. We were fortunate in finding adequate amounts of charcoal at all levels. Two of these samples were submitted to Rikagaku Kenkyusho, Japan, for dating.


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