• Journal of Geographical Sciences
  • Vol. 30, Issue 9, 1436 (2020)
Ying LU1, Xuefeng SUN1、*, Xinmin XU2, Yalin LIU2, and Shuangwen YI1
Author Affiliations
  • 1School of Geography and Ocean Science, Nanjing University, Nanjing 210023, China
  • 2Zhejiang Provincial Institute of Cultural Relics and Archaeology, Hangzhou 310014, China
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    DOI: 10.1007/s11442-020-1791-y Cite this Article
    Ying LU, Xuefeng SUN, Xinmin XU, Yalin LIU, Shuangwen YI. Luminescence dating of reticulated red clay buried in Lanshanmiao Paleolithic site in Zhejiang Province, southern China[J]. Journal of Geographical Sciences, 2020, 30(9): 1436 Copy Citation Text show less
    Locations of the LSM (9), Qiliting (QLT) (5), and Yindinggang (YDG) (3) sites and other areas in the Zhejiang Province, including 1-Zijinshan, 2-Hexi Cave No. 1, 4-Wangjiashan, 6-Shangmakan, 7-Tonglu Man, and 8-Jiande Man
    Fig. 1. Locations of the LSM (9), Qiliting (QLT) (5), and Yindinggang (YDG) (3) sites and other areas in the Zhejiang Province, including 1-Zijinshan, 2-Hexi Cave No. 1, 4-Wangjiashan, 6-Shangmakan, 7-Tonglu Man, and 8-Jiande Man
    Fieldwork at the LSM site and the stone artifacts uncovered (a. Scenery at the LSM Palaeolithic site; b. LSM stratigraphy with blue points indicating the sampling positions; c. palaeolithic artifacts)
    Fig. 2. Fieldwork at the LSM site and the stone artifacts uncovered (a. Scenery at the LSM Palaeolithic site; b. LSM stratigraphy with blue points indicating the sampling positions; c. palaeolithic artifacts)
    (a) and (b) DRC acquired using the quartz OSL for samples NJU2572 and NJU2574; (c) radial plot of quartz aliquots obtained by OSL for sample NJU2572; (d) DRC acquired with the quartz TT-OSL for sample NJU2574 (The inset of (a), (b) and (d) shows the decay curves of the natural signal)
    Fig. 3. (a) and (b) DRC acquired using the quartz OSL for samples NJU2572 and NJU2574; (c) radial plot of quartz aliquots obtained by OSL for sample NJU2572; (d) DRC acquired with the quartz TT-OSL for sample NJU2574 (The inset of (a), (b) and (d) shows the decay curves of the natural signal)
    (a) and (b) DRC obtained using TT-OSL and pIRIR290 for sample NJU2615 (The inset shows the decay curves.); (c) and (d) radial plot for NJU2578, using quartz TT-OSL and feldspar pIRIR290, respectively
    Fig. 4. (a) and (b) DRC obtained using TT-OSL and pIRIR290 for sample NJU2615 (The inset shows the decay curves.); (c) and (d) radial plot for NJU2578, using quartz TT-OSL and feldspar pIRIR290, respectively
    Curves of the magnetic susceptibility, radiation dose (U, Th, and K), and water content
    Fig. 5. Curves of the magnetic susceptibility, radiation dose (U, Th, and K), and water content
    The LSM section, ages, and the cultural layer correspondence to marine oxygen isotopic stages
    Fig. 6. The LSM section, ages, and the cultural layer correspondence to marine oxygen isotopic stages
    Lab No.Depth(m)wc(%)U (ppm)Th (ppm)K (%)Dose rate (Gy/ka)De (Gy)Age (ka)
    OSL & TTpIRIR290OSLTT-OSLpIRIR290OSLTT-OSLpIRIR290
    NJU25720.1018.22.88±0.1114.1±0.380.87±0.042.44±0.11-41.7±1.447.0±7.6-17.1±1.019.9±3.4-
    NJU25740.7518.02.67±0.1013.6±0.380.86±0.042.30±0.11->217222.5±4.8->9496.8±5.4-
    NJU25761.4516.32.89±0.1114.4±0.390.88±0.042.42±0.12--291.4±39.4--120.3±17.5-
    NJU25771.7514.63.21±0.1214.7±0.400.82±0.042.48±0.12--311.1±45.1--125.6±19.4-
    NJU25782.7515.63.44±0.1215.7±0.421.03±0.042.73±0.133.20±0.13>331346.7±17.3376±14>121126.9±9.3118±7
    NJU26154.0018.63.36±0.1314.9±0.420.91±0.042.47±0.123.00±0.12-358.7±24.6412±42-145.5±12.5167±18
    Table 1.

    Dating results of quartz OSL, TT-OSL, and feldspar pIRIR290 dating methods

    Ying LU, Xuefeng SUN, Xinmin XU, Yalin LIU, Shuangwen YI. Luminescence dating of reticulated red clay buried in Lanshanmiao Paleolithic site in Zhejiang Province, southern China[J]. Journal of Geographical Sciences, 2020, 30(9): 1436
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