Marine Ecology Progress Series

Name: Marine Ecology Progress Series
Address: Nordbünte 23, Oldendorf, 21385, DE
Telephone: +494132932690

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Deutschland
Oldendorf
Marine Ecology Progress Series

MEPS has been long established as the leading journal in marine ecology. It is known for its high-quality.

11/08/2026

Our new review dives into the tiny, overlooked marine cryptofauna. We clarify what they are, why they matter, and highlight key research gaps. Understanding these hidden communities is essential for protecting marine biodiversity and ecosystem functioning.
https://bit.ly/meps15201

10/08/2026

Exudates from Zostera marina can regulate the growth of the harmful dinoflagellate Alexandrium minutum throughout the year and across intertidal levels, although their effect is highly variable, suggesting the role of seagrass meadows as natural controllers of harmful algal blooms and reinforcing the need to protect them.
https://bit.ly/meps15188
Grupo de Oceanografía Biolóxica

07/08/2026

We simulated a phytodetritus pulse at two temperatures to examine the response of Arctic benthic foraminifera. We observed species-specific feeding, with warming alone being secondary, implying that future warming could alter Arctic benthic carbon cycling by changing community composition and trophic roles.
https://bit.ly/meps15237

03/08/2026

Using Baited Remote Underwater Video Systems (BRUVS), this study by Grew et al. investigated whether estuarine ray species preferred cultivated oysters from commercial oyster leases over more natural prey (worms and pilchards). The study found rays did not preferentially interact with any of the prey items presented.
https://bit.ly/meps15196

30/07/2026

Combining fish egg DNA barcoding with eDNA metabarcoding reveals a more complete picture of fish biodiversity. Using both methods together complement each other—one tracking active spawning patterns while the other detects the broader fish community, including non-spawners. Together, they offer vital insights for fisheries management.
https://bit.ly/meps15198
Scripps Institution of Oceanography

29/07/2026

Identical survey methods can produce very different results in different locations. By comparing underwater visual census and stereo-DOV techniques across coral reefs in Indonesia and Honduras, we found that location, as well as survey design, can influence estimates of fish abundance, diversity, and community composition. This highlights the need for context-specific monitoring approaches.
https://bit.ly/meps15185

28/07/2026

Monitoring biodiversity is often challenged by shifting sampling efforts. Using the San Matías Gulf (Argentina) as a case study, our research offers a robust framework to standardize data and extract clear ecological signals without discarding valuable long-term datasets. Read how we bridge the gap in long-term monitoring!
https://bit.ly/meps15194

27/07/2026

Our 11-year study examined black abalone population dynamics across multiple ocean warming and subsequent cooling events, including the 2014-2016 Pacific marine heatwave. Despite warming-related population declines for both adults and juveniles, black abalone displayed recruitment pulses during periods of ocean cooling following warming, suggesting some resilience to climate change.
https://bit.ly/meps15184

24/07/2026

Do microbiomes respond to disturbance the same way that communities of macroorganisms do? In this study, the resident gut microbiome of blue mussels was disturbed with antibiotics and then monitored for patterns of recovery.
https://bit.ly/meps15193
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21/07/2026

Drone-derived length measurements are used to describe seasonal group composition and reproductive patterns of two common dolphin subspecies off Southern California, USA. Findings provide important information on the ecology of the subspecies and highlight their vulnerability to anthropogenic disturbances at different times of the year.
https://bit.ly/meps15172

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Nordbünte 23
Oldendorf
21385

Telefon

+494132932690

Webseite

http://www.int-res.com/journals/meps/meps-home/

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