• Journal of Natural Resources
  • Vol. 35, Issue 6, 1314 (2020)
Qing-hua ZHANG1, Yu-feng ZHAO1、2, Jia-liang TANG3, Wen LU3, and Zhuan-xi LUO1、*
Author Affiliations
  • 1Key Laboratory of Urban Environment and Health, Institute of Urban Environment, CAS, Xiamen 361021, Fujian, China
  • 2School of Geographical Science, Shanxi Normal University, Linfen 041000, Shanxi, China
  • 3Institute of Mountain Hazards and Environment, CAS, Chengdu 610041, China
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    DOI: 10.31497/zrzyxb.20200605 Cite this Article
    Qing-hua ZHANG, Yu-feng ZHAO, Jia-liang TANG, Wen LU, Zhuan-xi LUO. Hydrochemistry characteristics and the recharge source of groundwater in typical watersheds of Beijing-Tianjin-Hebei region, China[J]. Journal of Natural Resources, 2020, 35(6): 1314 Copy Citation Text show less
    Location of the water sampling sites in the Zhangjiakou region
    Fig. 1. Location of the water sampling sites in the Zhangjiakou region
    Triangle diagrams showing cation and anion composition in the surface water from the Zhangjiakou region
    Fig. 2. Triangle diagrams showing cation and anion composition in the surface water from the Zhangjiakou region
    Triangle diagrams showing cation and anion composition in the groundwater from the Zhangjiakou region
    Fig. 3. Triangle diagrams showing cation and anion composition in the groundwater from the Zhangjiakou region
    Gibbs plots of surface water in the Zhangjiakou region
    Fig. 4. Gibbs plots of surface water in the Zhangjiakou region
    Gibbs plots of groundwater in the Zhangjiakou region
    Fig. 5. Gibbs plots of groundwater in the Zhangjiakou region
    Variations of the groundwater δD and δ18O in the Zhangjiakou region
    Fig. 6. Variations of the groundwater δD and δ18O in the Zhangjiakou region
    δD-δ18O relationship of different water bodies in the Zhangjiakou region
    Fig. 7. δD-δ18O relationship of different water bodies in the Zhangjiakou region
    The relationship between EC and δ18O of groundwater, river water and precipitation in different river basins in the Zhangjiakou region
    Fig. 8. The relationship between EC and δ18O of groundwater, river water and precipitation in different river basins in the Zhangjiakou region
    The ratio between groundwater and surface water in different sampling sites of the Zhangjiakou region during wet and dry seasons
    Fig. 9. The ratio between groundwater and surface water in different sampling sites of the Zhangjiakou region during wet and dry seasons
    区域类型时间pHECTDSF-Cl-NO3-SO42-HCO3-Na+K+Ca2+Mg2+δD/‰δ18O/‰
    张北地下水2018.077.251207603.72.09197.7564.68184.47164.70234.865.9252.349109.51-69.208-12.998
    河水2018.077.0218729363.14440.5138.29204.62323.3398.42Nd100.5374.00-60.574-11.109
    地下水2018.107.4719501306.50.1717.4712.124.36375.15257.214.67199.8086.23-81.056-12.002
    河水2018.107.62821550Nd0.340.700.10274.597.846.2238.0552.93-60.574-11.109
    洋河深地下水2018.077.56538.32692.3928.9425.9270.15253.1549.036.7843.2684.18-60.999-11.518
    河水2018.077.69603.3301.30.7791.2922.46115.50280.60107.9410.4643.7592.57-54.759-10.451
    浅地下水2018.077.59600296.72.5538.1549.76115.35213.5070.437.2655.8799.79-54.961-10.542
    湖水2018.077.478084041.91127.014.15179.49518.5152.0913.8747.5069.30-55.033-10.019
    深地下水2018.108.11766.33890.2915.5036.4916.65241.9764.885.7175.1940.53-76.657-11.507
    河水2018.108.60902.5643.50.2331.4637.988.76190.6397.189.8576.7243.82-73.314-10.579
    浅地下水2018.108.09839578.30.052.435.843.85237.969.316.1583.1951.72-71.305-10.784
    湖水2018.108.779437260.1117.7626.372.20115.9136.5211.9653.5047.26-69.751-9.887
    桑干河深地下水2018.077.99949.34751.9249.955.6097.41154.53237.907.9841.9177.38-77.672-14.056
    河水2018.077.678654311.61129.981.53166.58213.50173.129.0544.6572.12-59.050-11.292
    深地下水2018.108.331344.58160.2064.77133.532.61227.73232.174.5754.9838.10-92.437-13.358
    河水2018.108.568125440.1534.0926.6511.75237.977.0746.88660.08837.768-84.419-12.377
    清水河地下水2018.076.99612306.62.0052.9378.8382.94338.9957.537.3334.23128.42-68.490-12.768
    河水2018.077.72332167.50.2531.981.2259.02195.2040.4510.0023.7870.56-65.275-12.042
    地下水2018.077.62948.8637.30.064.957.028.11224.6859.306.32140.5631.19-82.790-12.834
    河水2018.108.045373750.052.373.170.56176.952.6712.8363.6623.92-78.266-11.634
    Table 1. Hydrochemistry and isotope of various water bodies from different river basins in the Zhangjiakou region
    Qing-hua ZHANG, Yu-feng ZHAO, Jia-liang TANG, Wen LU, Zhuan-xi LUO. Hydrochemistry characteristics and the recharge source of groundwater in typical watersheds of Beijing-Tianjin-Hebei region, China[J]. Journal of Natural Resources, 2020, 35(6): 1314
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