Centralized Storage in Later Prehistoric Britain

1983 ◽  
Vol 49 (1) ◽  
pp. 243-267 ◽  
Author(s):  
Henry Gent

Archaeological evidence for centralized storage facilities may provide useful information about the organization of prehistoric economies. In the background are a range of explanatory ideas. ‘Redistribution’ is a term which has been applied to the evidence from some British hillforts. Resources might be collected and then re-allocated through a permanent agency of co-ordination. They might be mobilized as tribute to elites as part of political strategy. This has been suggested for early British hillforts, and the evidence is reviewed. Much depends on the interpretation of the ‘four-poster’ structures at these sites as storehouses. A survey of these structures on British and continental sites strengthens this interpretation, and a further survey shows that, in Britain, disproportionate numbers of these structures are found at massively enclosed sites. A modified form of site catchment analysis suggests that some of the hillforts stored produce mobilized from an area which was greater than is likely to have been farmed directly from these sites. One possible inference is that resources were mobilized from subordinate settlements. It is suggested that stored grain was a critical commodity if rising populations and climatic change combined to increase the risk attached to the cereal harvest.

‘Climate' is often used by historians to explain phenomena for which they cannot otherwise account. Accordingly, much of what has been written about climatic effects and climatic change must be read with extreme scepticism. Even though a disturbance may be obvious in the archaeological record, and it may be synchronous with a climatic event, a cause and effect relation should be demonstrated before one can say with any degree of confidence that the evidence is secure. Only when a number of separate lines of investigation agree on the same thing are we safe in positing true climatic ‘effect’ or ‘change’. This paper focuses on several instances in Mediterranean and Aegean archaeology where more or less satisfactory evidence for climatic change may be sought among a number of disciplines.


2016 ◽  
Vol 69 ◽  
pp. 285-289
Author(s):  
R.B. Chapman ◽  
J.W.M. Marris ◽  
J.B. Drummond

Producers and processors of cereal grains in New Zealand were invited in August 2015 to submit grain samples to allow extraction and identification of any insect pest species present Sixty grain samples were received of which 73 were infested with one or more insect species These were predominantly Coleoptera and Psocoptera The most frequently encountered beetle species were Oryzaephilus surinamensis Cryptolestes ferrugineus and Cortinicara hirtalis The Psocoptera were predominantly unidentified species of Liposcelis Sitophilus species and lepidopteran pests were notable by their absence The proportion of storage facilities infested by insects in this survey (73) was higher than two previous surveys (38 5063) and the proportion of storage facilities treated with insecticides (62) was lower than a previous survey (83)


2017 ◽  
Vol 70 ◽  
pp. 319
Author(s):  
J.B. Drummond ◽  
J.W.M. Marris ◽  
T. Brooker

Grain samples were collected from storage facilities of cereal grain producers throughout Canterbury, New Zealand to determine levels of insect pest infestation. Collection followed a preliminary survey in 2015/16 where growers were invited to submit grain samples. It was possible that producers were more likely to send samples if they suspected insect infestation. To eliminate any survey sampling bias in the 2016/17 survey, 42 cereal grain producers were randomly selected. Fifty-eight grain samples were collected from 42 storage facilities, of which 77% were infested with one or more insect species. These were predominantly Coleoptera and Psocoptera. The most frequently encountered beetle species were Orzyaephilis surinamensis and Cryptolestes species. In contrast to the 2015/16 survey, a Sitophilus (weevil) species was recorded for the rst time. The proportion of storage facilities infested by insects (77%) was similar to the 2015/16 survey (73%) but higher than two previous surveys in 1971 (38%) and 1979 (50—63%). The proportion of storage facilities treated with insecticides (79%) was similar to the 1979 survey (83%) but greater than the preliminary 2015/16 survey (62%). Results indicate that insect pests of stored grain remain a signi cant risk for grain producers.


2021 ◽  
pp. 44-101
Author(s):  
Stephen Mileson ◽  
Stuart Brookes

This chapter examines the poorly documented centuries in the middle of the first millennium AD. It recovers economic structures and daily interactions from archaeological evidence, as well as from mainly later documents. The nature and impact of the Roman to Anglo-Saxon transition within the study area is considered, and demographic and agrarian trends are set out. The character of early royal involvement in the area is assessed, looking in particular at the evidence for a possible great hall complex at Benson. It is argued that princes and kings had a visible impact on the land and on landscape memorialization, but that the strongest driver of perceptions were the localized territorial farming units to which inhabitants belonged. In this period of poor crop storage facilities, hunger and the threat of starvation had a particularly acute impact on the way the landscape was experienced.


2020 ◽  
Vol 113 (6) ◽  
pp. 3004-3010
Author(s):  
R W Mankin ◽  
E Jetter ◽  
B Rohde ◽  
M Yasir

Abstract Reduction of postharvest losses is gaining increased priority in warm regions where insect infestation may cause rapid deterioration of staple commodities. Acoustic detection can be used to assess the likelihood of insect infestations in bags of grain, flour, and other commodities that are stored in small holdings in developing countries, enabling rapid targeting of treatments. A portable postharvest insect detection system was developed with the goal to provide low-cost capability to acoustically assess infestations in small-scale storage facilities. Electret microphones input pest insect sounds to a 32-bit microcontroller platform that digitized and stored the signals on a digital memory card transferable to a portable laptop computer. The insect sounds then were analyzed by custom-written software that matched their spectra to those of known pests. Infestations of Sitophilus oryzae (L) in 2.6-kg bags could be detected down to densities of 1.9 adults/kg in grain and Tribolium castaneum (Herbst) down to 3.8 adults/kg in flour in laboratory settings. Also, differences in the rates of sounds per insect in treatments with different numbers ranging from 5 to 50 insects suggested that the sound rates of adults of different species at different population densities may be noticeably affected by aggregation pheromones or other behaviorally active semiochemicals. Further testing is needed but previous experience with acoustic detection systems suggests that the prototype has potential for use in small storage facilities where early detection of infestations is difficult to provide.


Boreas ◽  
2004 ◽  
Vol 33 (2) ◽  
pp. 164-180 ◽  
Author(s):  
Jiri Chlachula ◽  
Rob Kemp ◽  
Catherine Jessen ◽  
Adrian Palmer ◽  
Phillip Toms

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