MEPS

Marine Ecology Progress Series

MEPS is a leading hybrid research journal on all aspects of marine, coastal and estuarine ecology. Priority is given to outstanding research that advances our ecological understanding.

Online: ISSN 1616-1599

Print: ISSN 0171-8630

DOI: https://doi.org/10.3354/meps

Impact Factor2.1 (JCR 2025 release)

Article Acceptance Rate52.2% (2024)

Average Time in Review216 days (2024)

Total Annual Downloads2.948.800 (2025)

MEPS Theme Sections

Theme Sections are integrated multi-author analyses and syntheses initiated and coordinated by acknowledged experts. They highlight cutting-edge research areas or problems.

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Theme Section No. 67Small pelagic fish: new research frontiersA pair of hands grabbing small fish from a basket.Theme Section No. 66How do marine heatwaves impact seabirds?Graphical network displaying how heated oceans change the quality of plankton, which influences harmful algal blooms, increases metabolic rates and reduces the quality and amount of forage fish. These latter three again fluence both fish, create stock crashes and reduced body conditions as well as whale mortality evens and decreased birth rates, and also seabird die-offs and breeding failure.Theme Section No. 65Marine functional connectivity: a rich, multidisciplinary emerging field of researchGraphical depiction of the Earth with ocean currents. On the left side of the planet are small icons of DNA, forage fish, a coral, an octopus, a sea star, a mussel, a copepod and some plankton shown. The right-hand side shows otoliths in a circle linked to tuna fish and next to this are a whale, a turtle, a shark and two measuring buoys anchored to a stylistic sea floor.Theme Section No. 64Species range shifts, biological invasions and ocean warmingSeagrass meadow with curious fish.Theme Section No. 63Wind and weather effects on seabird foraging, movement and energeticsSeabird gliding over the waves.Theme Section No. 62Advancing dynamic modelling of marine populations and ecosystemsGraphic showing the interactions between different models. Hydrodynamic models influence both higher and lower trophic level models which both interact with each other as well as human dimensions.Theme Section No. 61Non-breeding distribution and movements of North Atlantic seabirdsSeagulls seen flying in the sky with their beaks open.Theme Section No. 60The ecology of temperate reefs in a changing worldPhotograph of rocky shore line (right-hand side) with sargassum floating in the water as well as partially exposed on the shore.Theme Section No. 59Latest advances in research on fish early life stagesComposite image with black background showing: a jelly fish, a ctenophore, a fish larvae and a copepod.Theme Section No. 58Drivers of dynamics small pelagic fish resources: biology, management and human factorsFish being hauled on board a trawler in a fishing net.Theme Section No. 57Innovative use of sclerochronology in marine resource managementMicroscopic composite image of statoliths. Theme Section No. 56Seabird responses to a changing Bering SeaOne seagull and two thick-billed murres, both with fish in their mouth, on a rocky outcrop.Theme Section No. 55Jellyfish bloom research: advances and challengesUnderwater drawing with different types of jellyfish being shown throughout the water column.Theme Section No. 54Individual variability in seabird foraging and migrationSatellite image with land on the right, ocean on the left and bird tracks superimposed.Theme Section No. 53Response of nearshore ecosystems to the Deepwater Horizon oil spillAerial photograph of a nearshore oilspill being contained by barriers and people on board boats.Theme Section No. 52Invasion of Atlantic coastal ecosystems by Pacific lionfishPacific lionfish swimming mid-water looking at the camera.Theme Section No. 51Economics of marine conservationTheme Section No. 50Trophodynamics in marine ecologyTheme Section No. 49Jellyfish blooms and ecological interactionsTheme Section No. 48Tracking fitness in marine vertebratesTheme Section No. 47Biophysical coupling of marine hotspotsTheme Section No. 46Harvested fish stocks in a changing environmentTheme Section No. 45Biological responses in an anthropogenically modified oceanTheme Section No. 44Effects of climate and predation on subarctic crustacean populationsTheme Section No. 43Comparative analysis of marine fisheries productionTheme Section No. 42Tagging through the stages: ontogeny in biologgingTheme Section No. 41Seabirds and climate changeTheme Section No. 40Technological innovation in marine ornithologyTheme Section No. 39Eelgrass recovery induces state changes in a coastal bay systemTheme Section No. 38Biodiversity, ecosystems and coastal zone management: Linking science and policyTheme Section No. 37Evolution and ecology of marine biodiversity: mechanisms and dynamicsTheme Section No. 36Seascape ecology: Application of landscape ecology to marine environmentsTheme Section No. 35Threshold dynamics in marine coastal systemsTheme Section No. 34Conservation and management of deep-sea corals and coral reefsTheme Section No. 33Marine biodiversity: current understanding and future researchTheme Section No. 32Acoustics in marine ecologyTheme Section No. 31Marine ecosystems, climate and phenology: impacts on top predatorsTheme Section No. 30Spatiotemporal dynamics of seabirds in the marine environmentTheme Section No. 29Large-scale studies of the European benthos: the MacroBen databaseTheme Section No. 28Effects of ocean acidification on marine ecosystemsTheme Section No. 27Implications of large-scale iron fertilization of the oceansTheme Section No. 26Seabirds as indicators of marine ecosystemsTheme Section No. 25Role of scavengers in marine ecosystemsTheme Section No. 24Advances in modelling physical-biological interactions in fish early life historyTheme Section No. 23Disentangling the causes of maturation trends in exploited fish populationsTheme Section No. 22Introducing genomics, proteomics and metabolomics in marine ecologyTheme Section No. 21Ocean biodiversity informatics (OBI)Theme Section No. 20Marine biodiversity and ecosystem function: empirical approaches and future research needsTheme Section No. 19Bridging the gap between aquatic and terrestrial ecologyTheme Section No. 18Politics and socio-economics of ecosystem-based management of marine resourcesTheme Section No. 17Sensory biology: linking the internal and external ecologies of marine organismsNorthern krill under water.Theme Section No. 16Peer review: journal articles versus research proposalsTheme Section No. 15Perspectives on ecosystem-based approaches to the management of marine resourcesTheme Section No. 14Emergent properties of complex marine systems: a macroecological perspectiveTheme Section No. 13Quality in science publishingTheme Section No. 12Restoration scaling in the marine environmentTheme Section No. 11Misuse of the peer review system: time for countermeasures?Theme Section No. 10Nearshore vertebrate predators: constraints to recovery from oil pollutionTheme Section No. 9The Red Sea ProgrammeTheme Section No. 8Future marine zooplankton research - a perspectiveTheme Section No. 7Who needs symposium proceedings?Theme Section No. 6'Evolution' of fisheries scienceTheme Section No. 5Marine Chemical EcologyTheme Section No. 4The peer-review system: time for re-assessment?Theme Section No. 3Negative resultsTheme Section No. 2Predator-prey interactions in the sea: commentaries on the role of turbulenceTheme Section No. 1Commentaries on current research trends in recruitment studies