精心保护--史前生活的取样。重新审视瑞典南部阿格罗德泥炭地 15000 年的沉积过程

Anton Hansson , Mathilda Kjällquist , Adam Boethius
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摘要

位于斯堪尼亚中部的 Rönneholm-Ageröd 泥炭地综合体包含自 19 世纪以来发现的众多考古遗址。我们在阿格罗德泥炭地获得了两个沉积物序列,以便将沉积物地层与 1960 年获得的前一个序列进行比较,从而发现该地区现代的变化并确定全新世的环境发展。为了明确停止泥炭切割活动的时间,对泥炭地上生长的树木进行了树木年代学分析。结果表明,该湖泊先是过渡到沼泽阶段,后来又过渡到隆起的沼泽阶段,时间分别约为公元前 7300 年和公元前 6500 年。此外,树木年代学分析表明,取样地区至少在 1960 年之前停止了泥炭切割。根据水文条件和人为影响等因素的不同,在隆内霍尔姆-阿格罗德泥炭地群中保存有机遗迹的可能性也大不相同。在阿格罗德泥炭地停止泥炭切割活动后,该地区被遗弃,没有恢复到原来的状态,排水系统保持开放,但没有进行维护。我们的研究结果表明,这些排水沟在阿格罗德泥炭地仍然有效,这导致了地层序列顶部泥炭的主动流失。这导致最年轻形成的泥炭层退化,反过来又暴露出较老的泥炭层,并随着泥炭层的破坏而缩小了湿地湖泊阶段保存的有机文化遗产上方的缓冲区。为了加深对影响泥炭地有机遗存保存的现代过程的了解,需要对有考古沉积的地区的泥炭地保存状况进行持续监测和测量。我们预测,如果我们不采取行动,建立发现和缓解湿地持续退化的常规方法,那么在不远的将来,湿地中的有机文化和环境遗产将崩溃并不可逆转地恶化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Caring for preservation - coring for prehistoric life. Revisiting 15 000 years of sedimentation at the Ageröd peatland, Southern Sweden
The Rönneholm-Ageröd peatland complex, situated in central Scania, contains numerous archaeological sites discovered since the 19th century. Two sediment sequences were obtained at the Ageröd peatland to compare the sediment stratigraphy with a previous sequence obtained in 1960 to detect any modern-day changes and to establish the Holocene environmental development in the area. To clarify the timing of ceased peat-cutting activities, dendrochronological analysis was performed on trees growing on the peatland. The results indicate that the lake transitioned into first a fen stage and later a raised bog stage, at about 7300 cal BP and 6500 cal BP, respectively. Furthermore, the dendrochronological analysis indicates that peat cutting ceased at least before 1960 in the sampled areas. Depending on e.g. hydrological conditions and human impact, the potential for preservation of organic remains varies greatly within the Rönneholm-Ageröd peatland complex. After peat-cutting activities ceased at the Ageröd peatland, the area was abandoned, without being restored to its original state and the drainage systems were left open but without maintenance. Our results show that these drainage ditches are still effective at the Ageröd peatland, which contributes to an active loss of peat at the top of the stratigraphic sequence. This causes the youngest formed peat layers to degrade, in turn, exposing older layers and reducing the buffer zone above the preserved organic cultural heritage from the lake-phase of the wetland with their destruction. To increase the understanding of modern-day processes affecting the preservation of organic remains in peatlands, continued monitoring and measuring of the peatland preservation status is needed in areas with archaeological deposits. We predict that if we fail to take action and establish a routine for finding and mitigating ongoing wetland degradation, the organic cultural and environmental heritage in them will, in the not-too-distant future, collapse and irrevocably deteriorate.
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