Cymodocea nodosa performance under in-situ ocean acidification has been evaluated. Morphology of long-term acidified plants does not differ from that of control plants. Higher performance was found in short-term acidified plants. The response of apical shoots was particularly enhanced.
Short-term and long-term ocean acidification effects on seagrass performance: evidence from shallow CO2 vents / Pansini, Arianna; Arena, Carmen; Crobu, Alessia; Vitale, Ermenegilda; Ceccherelli, Giulia. - In: ENVIRONMENTAL RESEARCH. - ISSN 0013-9351. - 285:(2025), p. 122485. [10.1016/j.envres.2025.122485]
Short-term and long-term ocean acidification effects on seagrass performance: evidence from shallow CO2 vents
Carmen ArenaSecondo
;Ermenegilda Vitale;
2025
Abstract
Cymodocea nodosa performance under in-situ ocean acidification has been evaluated. Morphology of long-term acidified plants does not differ from that of control plants. Higher performance was found in short-term acidified plants. The response of apical shoots was particularly enhanced.File in questo prodotto:
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