Yedoma Permafrost Releases Organic Matter with Lesser Affinity for Cu2+ and Ni2+ as Compared to Peat from the Non-Permafrost Area: Risk of Rising Toxicity of Potentially Toxic Elements in the Arctic Ocean
Sobolev, Nikita A., Larionov, Konstantin S., Mryasova, Darya S., Khreptugova, Anna N., Volikov, Alexander B., Konstantinov, Andrey I., Volkov, Dmitry S., Perminova, Irina V.
Published in Toxics (Basel) (25.05.2023)
Published in Toxics (Basel) (25.05.2023)
Get full text
Journal Article
Yedoma Permafrost Releases Organic Matter with Lesser Affinity for Cu[sup.2+] and Ni[sup.2+] as Compared to Peat from the Non-Permafrost Area: Risk of Rising Toxicity of Potentially Toxic Elements in the Arctic Ocean
Sobolev, Nikita A, Larionov, Konstantin S, Mryasova, Darya S, Khreptugova, Anna N, Volikov, Alexander B, Konstantinov, Andrey I, Volkov, Dmitry S, Perminova, Irina V
Published in Toxics (Basel) (01.06.2023)
Published in Toxics (Basel) (01.06.2023)
Get full text
Journal Article
Yedoma Permafrost Releases Organic Matter with Lesser Affinity for Cu 2+ and Ni 2+ as Compared to Peat from the Non-Permafrost Area: Risk of Rising Toxicity of Potentially Toxic Elements in the Arctic Ocean
Sobolev, Nikita A, Larionov, Konstantin S, Mryasova, Darya S, Khreptugova, Anna N, Volikov, Alexander B, Konstantinov, Andrey I, Volkov, Dmitry S, Perminova, Irina V
Published in Toxics (Basel) (25.05.2023)
Get full text
Published in Toxics (Basel) (25.05.2023)
Journal Article