‘Four pots good, two pots bad’: exploring the limits of quantification in the study of archaeological ceramics

‘Four pots good, two pots bad’: exploring the limits of quantification in the study of archaeological ceramic

Indicators of craft specialisation in medieval ceramics from north-west Russia

Book description: Novgorod is one of the most intensively and continuously studied urban sites in northern Europe. The excellent preservation of organic and inorganic material in its anaerobic soils, including the structural remains of streets, properties and buildings, has made it possible to study entire quarters of the town as well as the activities of its inhabitants. With deposits up to 8 m deep in places and with well-dated sequences from the early to mid-10th century, its importance to the study of both medieval Russia and the development of Europe cannot be over-emphasised. This publication series presents some of the recent results obtained from international, multidisciplinary projects into the origins and development of the medieval town and its hinterland. Previous volumes have concerned the pottery (2006) and wood use (2007); a forthcoming volume will publish research into animals. The Archaeology of Medieval Novgorod in Context includes papers on aspects of the environmental and technological context of the relationship between urban centre and rural hinterland. It begins by examining the environmental context for the settlement pattern that developed from the 9th to 15th centuries and examining the role that various natural resources had in contributing to that pattern. After a general paper on the natural environment based on a recent palynological study, it presents data from three study areas (the first in the Byeloozero area to the northeast of Novgorod; the second in the immediate hinterland of Novgorod and the third within Novgorod itself). It considers what, where and how certain natural resources were exploited during the medieval period in these areas. Where possible, it also attempts to explain the processes by which these resources were produced as commodities (via craft production, centralised workshops, household production, specialised settlements, etc.) and place the evidence from the three other volumes on ceramics, wood use and zooarchaeology into a wider context, concentrating on the exploitation, manufacture and consumption of these and other materials. Whilst not definitive, the collection aims to be a starting point for attempting to put Novgorod into a wider context of the medieval world

Student Nurse Perceptions of Effective Medication Administration Education

Nursing faculty strive to educate students in a manner that prevents errors, promoting quality, patient-centered care. This endeavor is dependent upon meaningful and effective education that incorporates educational experiences reflective of the service sector. Anecdotal reports from clinical faculty and student nurses suggest that academic medication administration education may not optimally prepare students for safe entry into clinical practice. The aim of this phenomenologic qualitative research is to understand student nurse perceptions regarding teaching strategies and learning activities that prepared them for safe medication administration in acute care clinical settings. Focus group interviews resulted in two broad themes that are identified as Effective Education and Gaps in Education. Within these broad themes, findings revealed that students value faculty demonstrations, peer-learning opportunities, and repetitive practice with timely feedback. Study findings also pointed to educational gaps. Students reported needing to learn communication and conflict resolution strategies that would help them manage real-world interruptions, distractions, and computer generated alerts. Study findings recommend implementing relevant decision-support technology within academic lab learning activities

Eiríksjökull plateau icefield landsystem, Iceland

A 1:9500 scale map of the Eiríksjökull plateau icefield and its post-Little Ice Age (LIA) foreland geomorphology and surficial geology is presented as a modern exemplar of an asymmetrically developed mountain glacier typical of the style of glacierization that dominated during mid-latitude Quaternary cold stages. Features regarded as diagnostic for this setting include (a) ice-cored hummocky terrain, indicative of controlled moraine construction in polythermal snouts, and localized breach lobe development, incremental stagnation and rock glacierization, all indicative of a debris-charged glacier snout; (b) fluted till and moraines, indicative of temperate basal ice conditions up-ice from polythermal glacier margins and (c) glacifluvial and debris flow deposits, occurring as steep fans emanating from glacier snouts at the plateau edge and in ice-contact fans or ramps fed directly by debris-covered glacier margins at the LIA. Although this plateau icefield landsystem is similar to those previously reported from Iceland, a remarkable debris-covered snout/ice-cored moraine complex on the foreland of Klofajökull is a more extreme example of the depositional zone that characterizes the valleys surrounding the more sediment-starved plateau ice dispersal centres

Increasing dependence on industry-funded research creates higher risk of biased reporting in medical physics

No abstract availabl

Surficial geology and geomorphology of the Kumtor Gold Mine, Kyrgyzstan: human impacts on mountain glacier landsystems

A 1:50,000 scale map of the surficial geology and geomorphology of the mountain glacier landsystem and the human impacts of the Kumtor Gold Mine operations in the Akshiirak massif was compiled from a 0.5 m resolution pan-sharpened image from Digital Globe's WorldView-2 platform dated 5 September 2014. The map depicts 11 surficial geology units, 6 of which are classified according to natural genetic origins and 5 relating to recent human interference with glaciological and land surface processes. When compared to historical imagery the map records a number of important, not unrelated, cryospheric responses to mining activity, including: (a) the triggering of human-induced glacier speed-up events or surges due to dumping of mine spoil on receding and thinning glacier snouts; (b) the reactivation by internal creep of buried glacier ice due to the expansion of spoil dumping onto down valley areas of ice-cored moraine; and (c) accelerated ice drawdown and significant incursions of ice into the mine pit walls due to the artificial removal of substantial areas of glacier ablation zones