Lima, Maria Cecilia SantanaMagalhães, Karine MatosSilva, João2025-01-082025-01-082024-12-090018-8158http://hdl.handle.net/10400.1/26588Oil spills have recognized impacts on seagrass ecosystems worldwide, with the extent of damage infuenced by factors, such as duration of exposure, oil characteristics, response time, and cleanup methods. Nevertheless, whenever a major accident occurs, a rapid response presents a challenge for researchers and managers. In this systematic review we focused on identifying patterns on the response of seagrass ecosystems to oil spills and gaps in the existing literature. Our results indicate that petrochemical contamination indirectly afects seagrasses in subtidal meadows, while intertidal meadows sufer direct and indirect efects. In addition, oil spills disrupt ecosystem functioning, causing organism mortality and adverse cascading efects, but dedicated studies on these efects are still needed. On the other hand, seagrasses can also be considered as an alternative for the bioremediation of Polycyclic Aromatic Hydrocarbons. Baseline data on the distribution and general health condition of the meadows prior to oil spills is often lacking, hampering an accurate assessment of the impacts and the recovery process post-cleaning. Nevertheless, the mapping of afected seagrass meadows should be started immediately after oil spills, also, any lingering long-term efects as this will allow the rate of recovery of seagrass and associated communities to be assessed.engBioaccumulationBioremediationSeagrass physiologySeagrass habitatAssociated communitiesjournal article10.1007/s10750-024-05748-31573-5117