Spatial trends of past occupation sites in southwestern part of Kanto region in Jomon Period, Japan: -Multivariate analyses of natural environmental factors-

Kato Susumu, Otsuki Hisashi, Kondo Yasuhisa, Nasu Hiroo, Hongo Hitomi
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Abstract

It is inferred that spatial trend of Jomon occupation sites was largely affected by various and mixed environmental factors such as elevation, slope, land aspect, solar radiation and subsurface geology. In order to identify the most influential factors in selecting occupation sites, we conducted a GIS and univariate analyses of the location of archaeological sites in the Southwestern Kanto region. Then, we used a general linear model and a standardized partial regression coefficient analysis to investigate the relative importance of each environmental factor. As a result, we confirmed that the Jomon sites were distributed on uplands or gradual hills 7 to 21% more than expected by chance. Previously, solar radiation, slope and aspect of lands, that were thought to be main factors for site selection, but we revealed that the Loam layer in subsurface geology (distributed on upland and gradual hill) was the most important factor.
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日本绳文时期关东地区西南部过去占领遗址的空间变化趋势——自然环境因素的多元分析
推测绳纹职业遗址的空间变化趋势在很大程度上受高程、坡度、坡向、太阳辐射和地下地质等多种环境因素的综合影响。为了找出影响职业地点选择的最重要因素,我们对关东西南地区的考古遗址进行了GIS和单变量分析。然后,我们使用一般线性模型和标准化偏回归系数分析来研究各个环境因素的相对重要性。结果表明,绳纹遗址分布在高地或缓坡上的概率比预期高出7% ~ 21%。以前,太阳辐射、坡度和土地向向被认为是选址的主要因素,但我们发现地下地质中的壤土层(分布在高地和平缓的山丘上)是最重要的因素。
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