Y. Li Et Al. , "Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake," FRESHWATER BIOLOGY , vol.68, no.5, pp.860-869, 2023
Li, Y. Et Al. 2023. Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake. FRESHWATER BIOLOGY , vol.68, no.5 , 860-869.
Li, Y., Zhao, H., Sun, M., Zhao, Y., & Jeppesen, E., (2023). Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake. FRESHWATER BIOLOGY , vol.68, no.5, 860-869.
Li, Yuan Et Al. "Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake," FRESHWATER BIOLOGY , vol.68, no.5, 860-869, 2023
Li, Yuan Et Al. "Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake." FRESHWATER BIOLOGY , vol.68, no.5, pp.860-869, 2023
Li, Y. Et Al. (2023) . "Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake." FRESHWATER BIOLOGY , vol.68, no.5, pp.860-869.
@article{article, author={Yuan Li Et Al. }, title={Current anthropogenic warming threatens shallow Lake ecosystems on the Tibetan plateau: A palaeolimnological study covering the past 1,600 years in Genggahai Lake}, journal={FRESHWATER BIOLOGY}, year=2023, pages={860-869} }