Three Decades of Change in Potentially Toxic Elements in Brown Algae in the Northeast Atlantic Ocean

Marine pollution from potentially toxic elements (PTEs) threatens coastal ecosystems, making long-term assessments essential. This study analyzes trends in Al, Cr, Fe, Ni, Cu, Zn, As, Cd, and Hg using 446 samples of Fucus ceranoides, F. spiralis, and F....

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Bibliographic Details
Main Author:	Carme Pacín (21406326) (author)
Other Authors:	J. Ángel Fernández (21406329) (author), Mercedes Conde-Amboage (14860297) (author), Massimo Lazzari (1639459) (author), Rita García-Seoane (21406332) (author), Inés G. Viana (21406335) (author), Zulema Varela (21406338) (author), Carlos Real (9410021) (author), Rubén Villares (21406341) (author), Jesús R. Aboal (1680292) (author)
Published:	2025
Subjects:	Ecology Inorganic Chemistry Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified term pte trends term assessments essential providing valuable insights potentially toxic elements inner estuarine areas food web via comprehensive standardized assessment threatens coastal ecosystems study analyzes trends 173 coastal sites higher pte levels fucus ceranoides </ cd (− 36 fucus </ study offers coastal pollution coastal management vesiculosus </ spiralis </ three decades sediment inputs nw spain groundwater discharges environmental policy emerging sources continued monitoring brown algae arsenic increased 7 %) 6 %), 1 %,
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Three Decades of Change in Potentially Toxic Elements in Brown Algae in the Northeast Atlantic Ocean

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