Time-series of ecological and exploitation indicators collected from 19 ecosystems were analysed to investigate whether there have been temporal trends in the status of ﬁsh communities. Using linear and non-linear statistical methods, trends are reported for six indicators (mean length of ﬁsh in the community, mean lifespan, proportion of predatory ﬁsh, total biomass of surveyed species, mean trophic level of landings, and inverse ﬁshing pressure), and the redundancy of these indicators across ecosystems is evaluated. The expected direction of change for an ecosystem that is increasingly impacted by ﬁshing is a decline in all indicators. A mixture of negative and positive directions of change is recorded, both within and among all ecosystems considered. No consistent patterns in the redundancy of the ecological indicators across ecosystems emerged from the analyses, conﬁrming that each indicator provided complementary information on ecosystem status. The different trends in indicators may reﬂect differing historical exploitation patterns, management, and environmental regimes in these systems. Commitment to monitoring programmes and development of system-speciﬁc baseline, target, and threshold reference levels are required. Improved understanding of the responsiveness and performance of ecological indicators to management actions are needed to address adequately whether ecosystems are recovering from, or being further impacted by, ﬁshing, and whether management targets are being met. The relative effects of multiple environmental and ecological processes as well as multiple human-induced stressors that characterize exploited ecosystems also need to be quantiﬁed.