雷伊古巨型湖伊朗中部第四纪湖泊的识别与重建

Q1 Social Sciences
Open Quaternary Pub Date : 2021-09-30 DOI:10.5334/oq.94
H. Jarahi
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引用次数: 2

摘要

这项研究为一个巨大而古老的湖泊的存在提供了证据,该湖泊在全新世占据了伊朗中部的大片地区。位于德黑兰东南部的湖泊西北边缘被选为研究区域。使用航空照片、Quick Bird卫星图像和地形图研究了古湖陡崖的遗迹。此外,对该地区的考古遗址进行了识别和定位,并通过这些数据的相关性获得了该湖的证据。在海拔1100–950米之间发现了8条海岸线,深度为3–15米,长度为43公里。研究结果表明,北雷伊、卡里扎克和南雷伊第四纪活动断裂实际上是古湖的三个主要地形层次,今后不能将其视为断裂。土壤颗粒和薄片显示存在未压实的湖泊沉积物。结果表明,古定居点的位置和已确定的古海岸线的海拔高度之间存在显著的关联。所有5000年以上的定居点都位于1000米处。当然,这个地区过去的气候与当代的气候非常不同。定年研究将为古湖的确切年龄和古气候变化提供有价值的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Paleo Mega Lake of Rey Identification and Reconstruction of Quaternary Lake in Central Iran
This study presents evidence for the existence of a vast and ancient lake that occupyed a large area of central Iran during the Holocene. The northwestern fringe of the lake, located in the southeast of Tehran, was chosen as the study area. Remains of a Paleo Lake scarp was studied using aerial photographs, Quick Bird satellite imagery, and topographic maps. Furthermore, archeological sites within the region were identified and located, and evidence for the lake was obtained through correlation of these data. Eight shorelines were identified between 1100 – 950 m above sea level, with a depth of 3 – 15 m, and a 43 km in lenght. The results indicated that the active Quaternary faults named North Rey, Kahrizak, and South Rey are in fact the three main topographic levels of the paleo lake and from now on they cannot be considered as the faults. Soil granulation and thin sections showed the presence of non-compacted lake sediments. Results revealed a remarkable association between the location of ancient settlements and altitude of the identified paleo shorelines. All settlements older than 5,000 years were located at 1,000 m. Certainly, the past climate of this region was very different from its contemporary one. Dating studies will provide valuable information about the exact age of the Paleo -Lake and paleo climate changes.
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来源期刊
Open Quaternary
Open Quaternary Social Sciences-Archeology
CiteScore
2.90
自引率
0.00%
发文量
10
审稿时长
19 weeks
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