scholarly journals Understanding Community: Microwear Analysis of Blades at the Mound House Site

Author(s):  
Silas Levi Chapman
2020 ◽  
Vol 75 (1) ◽  
pp. 323-378
Author(s):  
David Allen ◽  
Briony A. Lalor ◽  
Ginny Pringle

This report describes excavations at Basing Grange, Basing House, Hampshire, between 1999 and 2006. It embraces the 'Time Team' investigations in Grange Field, adjacent to the Great Barn, which were superseded and amplified by the work of the Basingstoke Archaeological & Historical Society, supervised by David Allen. This revealed the foundations of a 'hunting lodge' or mansion built in the 1670s and demolished, and effectively 'lost', in the mid-18th century. Beneath this residence were the remains of agricultural buildings, earlier than and contemporary with the nearby Great Barn, which were destroyed during the English Civil War. The report contains a detailed appraisal of the pottery, glass and clay tobacco pipes from the site and draws attention to the remarkable window leads that provide a clue to the mansion's date of construction. It also explores a probable link with what was taking place on the Basing House site in the late 17th and early 18th century.


1993 ◽  
Vol 28 (10) ◽  
pp. 309-316
Author(s):  
Bilsen Beler Baykal

Small activated sludge systems operate in transient states under intermittent and variable flows. Simulations for such a treatment plant in a summer house site operating on a seasonal basis is investigated for system performance and viability using the five component inert soluble substrate generation model. The results have revealed that the viability drops to zero within the first month after the cessation of the feed for intermittently loaded systems that are fed during the summer months, while it never reaches that value for systems operating all year round with reduced flows off season. Restartup is compulsory for the intermittent loadings while the system adapts itself in a stepwise manner for the year round operation. Other factors being comparable, conventional operation with shorter sludge ages may be preferable since viability of the sludge is higher and the effluent COD is comparable.


1986 ◽  
Vol 64 (11) ◽  
pp. 2467-2479 ◽  
Author(s):  
William G. Young ◽  
Therese M. Marty

A group of wild moose from Manitoba, Canada, were documented as having excessive tooth wear. Replicas of one incisor tooth were collected from 16 individuals and from 19 controls for comparison by volumetric and scanning electron microscopic analysis. All animals were aged from tooth cementum lines. Tooth replicas were cast from silicone rubber impressions in epoxy resin and sputter coated with gold. Tooth wear with age was compared statistically by measuring crown height, percent tooth loss, interfacet distance, and facet area on the incisors. The unique pattern of wear on the anterior teeth of affected moose was described. In affected animals, crown heights were significantly reduced and percent tooth loss was excessive. Microwear analysis found that an abrasive agent, acting predominantly in a lingual to labial direction, had been responsible for loss of enamel and dentine incisally and interproximally, and on the facial and lingual surfaces to a lesser extent. Interdental facets became involved by vertical abrasion. Control teeth showed fewer but coarser scratches and only approached the pattern of wear found in affected moose in a few individuals in old age. The loss of tooth structure would lead to diminished cropping efficiency and damage to the periodontium.


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