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A field processing model that accounts for central place labor

机译:解释中央劳动力的现场处理模型

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I extend Metcalfe and Barlow's field processing model to account for the opportunity cost of home labor and test the model using ethnographic observations of clove harvesting, cacao harvesting, and sago processing on the island of Seram in eastern Indonesia. The ethnographic observations are consistent with the opportunity cost of home labor time being between 0.58 and 0.96 that of field labor time. Since the Metcalfe-Barlow model assumes that the opportunity cost of home labor is zero, this refinement of the Metcalfe-Barlow model is warranted in the social and ecological context in which the data was collected and in archaeological contexts where the opportunity cost of home labor cannot clearly be ignored. The extended model predicts a lower threshold than the Metcalfe-Barlow model for the critical transport time beyond which field processing should occur, which has broad implications for recognizing and explaining archaeological and paleoecological signatures of subsistence transitions. I illustrate this by showing that for sago processing the extended model predicts a threshold that is less than half that predicted by the Metcalfe-Barlow model. This low threshold suggests that sago is unlikely to be processed at home. Given this and the perishable nature of both sago starch and traditional containers used to transport it, the limited evidence for sago in archaeological assemblages should not be taken as evidence that it was an unimportant resource in prehistory. (C) 2016 Elsevier Ltd. All rights reserved.
机译:我扩展了Metcalfe和Barlow的现场处理模型,以考虑家庭劳动力的机会成本,并使用人种学观察对印尼东部塞拉姆岛的丁香收获,可可收获和西米加工进行了模型测试。人种学的观察结果与家庭劳动时间的机会成本在田间劳动时间的机会成本的0.58至0.96之间是一致的。由于Metcalfe-Barlow模型假设家庭劳动的机会成本为零,因此Metcalfe-Barlow模型的这种改进在收集数据的社会和生态环境中以及在家庭劳动机会成本的考古环境中是有必要的显然不能忽略。对于临界运输时间而言,扩展模型预测的阈值要比梅特卡夫-巴洛模型更低,超过该阈值应进行现场处理,这对于识别和解释生存过渡的考古学和古生态学特征具有广泛的意义。通过说明,对于西米加工,扩展模型预测的阈值小于Metcalfe-Barlow模型预测的阈值的一半,对此进行了说明。此低阈值表明西米不太可能在家中加工。考虑到西米淀粉和用于运输西米淀粉的传统容器的易腐性,在考古学组合中西米淀粉的有限证据不应被视为西米淀粉是史前重要资源的证据。 (C)2016 Elsevier Ltd.保留所有权利。

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