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Plant remains from the early modern garden of the manor of Kumpula, Helsinki, Finland: an alternative sampling method for macrofossil analysis

机译:芬兰赫尔辛基Kumpula庄园早期现代花园中的植物残骸:一种用于大化石分析的替代采样方法

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Garden history can be investigated through archaeobotanical research. This paper discusses the plant remains which were obtained from the soil of the historical garden of the manor of Kumpula in Helsinki, Finland. This study was an experiment to enable macrofossil analysis without archaeological excavations. The aim was to develop an alternative method for sampling for macrofossils also including radiocarbon dates, and to evaluate the usability, cost and functionality of this method. The character of the garden was also considered. The soil samples for macrofossil analysis were collected from the garden from three to eight different levels using an end-filling open-ended sampler. A total of 38 one litre soil samples from eight different pits yielded 2,036 identified macrofossils, mostly seeds. These comprised 63 different taxa, of which 26 were identified to species level with certainty. Taxa with more than 25 seeds found were Chelidonium majus, Chenopodium spp., Juncus spp., Rubus idaeus, Sambucus racemosa and Urtica dioica. Important species were Secale cereale and Hordeum vulgare. Nine AMS radiocarbon dates were obtained from macrofossil material from four different pits, giving results ranging from 1120-920 cal bc to cal ad 1680-1930 for charred wood, and from cal ad 1450-1640 to 1640-1930 for charred grains of Secale cereale and seeds of Chenopodium album. The sampling method proved to work reasonably well, considering the limitations of the sample size.
机译:园林历史可以通过考古植物学研究来调查。本文讨论了从芬兰赫尔辛基Kumpula庄园历史花园的土壤中获得的植物残骸。这项研究是一项无需考古发掘就能进行大型化石分析的实验。目的是开发一种替代方法,用于对大化石进行采样,还包括放射性碳数据,并评估该方法的可用性,成本和功能。还考虑了花园的特征。使用端部填充式开放式采样器从花园中收集了三到八个不同级别的用于化石分析的土壤样品。来自八个不同矿坑的总共38个一升土壤样品产生了2,036个已识别的大型化石,主要是种子。其中包括63种不同的分类单元,其中26种在物种水平上被确定地确定。发现的种子超过25种的分类单元是白屈菜,藜属,Jun属,大叶悬钩子,赛必胜种和荨麻。重要的物种有麦麸和大麦。从四个不同矿床的大型化石材料中获得了9个AMS放射性碳数据,炭化木材的结果范围从1120-920 cal bc到1680-1930 cal年代,Secale谷物的炭化谷物的结果从1450-1640到1640-1930年代。和藜种子的种子。考虑到样本量的局限性,抽样方法被证明可以很好地工作。

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