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Application of allochthonous organic carbon and phosphorus forms in the interpretation of past environmental conditions

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Environmental Geology

Abstract

Organic matter in sediments, for instance, carbon, nitrogen and phosphorus, can be used to reconstruct the paleoecological and pollution history of lakes and their catchment basins. In this paper, the contents of allochthonous organic carbon (allochthonous OC) and autochthonous organic carbon (autochthonous OC) in sediment cores taken from Wuliangsuhai Lake and Daihai Lake in northern China are quantified by using a binary model, and phosphorus forms in the sediment cores from the two lakes are extracted by sequential extraction techniques. The results indicate that the palaeoenvironment and paleoclimate of Daihai Lake and its catchment basin in the recent 250 years can be well reconstructed based on the content of allochthonous OC. The climate was relatively humid and warm in the period of 1865–2005, while relatively dry and cold in the period of 1765–1865. The sedimentary information of allochthonous OC in the 22–42-cm portion of the sediment cores in Daihai Lake corresponds to the final cold fluctuation of the Little Ice Age that occurred since the Middle Holocene. The difference of phosphorus forms in the sediment cores between the two lakes indicates that phosphorus input to the lakes and the correlation between phosphorus forms and distribution and the changes of environment are influenced by the eutrophication mechanisms and environmental conditions of the two lakes.

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Acknowledgments

We thank Xiangdong Jiang for his helpful comments and revisions in the English presentation of our manuscript.

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Authors and Affiliations

  1. Department of Ecology and Environmental Science, Inner Mongolia University, Huhhot, 010021, Inner Mongolia, China

    Changwei Lü, Jiang He, Huimin Sun, Hongxi Xue, Ying Liang, Saruli Bai, Ying Sun, Lili Shen & Qingyun Fan

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  1. Changwei Lü
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  2. Jiang He
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  3. Huimin Sun
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Correspondence to Jiang He.

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Lü, C., He, J., Sun, H. et al. Application of allochthonous organic carbon and phosphorus forms in the interpretation of past environmental conditions. Environ Geol 55, 1279–1289 (2008). https://doi.org/10.1007/s00254-007-1076-0

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