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Inter Research Science Publisher is established as a well-respected publisher of scientific journals

12/11/2025

Larval dispersal is inherently variable. By adapting financial risk-management techniques, we demonstrate that considering this variability can result in improved outcomes for ecosystem services and conservation. In a simulated case-study of marine protected area designation, our approach reduces the variance of a target species’ biomass, without compromising its mean value.
https://bit.ly/meps_772_123

11/11/2025

The study combines data on the taxonomic and functional structure of macrobenthic communities from eight deep (290-725 m) sub-Arctic basins in northern Norway to explore community assembly mechanisms. The findings suggest that dispersal and stochastic processes, such as priority effects, might contribute to community differentiation.
https://bit.ly/meps_772_61

10/11/2025

Sea-level rise drives demand for marine sand in coastal protection—but at what cost to benthic life? Using 34 years of data, our study shows shifting seabed conditions favor opportunists while challenging specialists. SDMs provide key insights for sustainable marine management.
https://bit.ly/meps_772_43

07/11/2025

In the southwestern Gulf of St. Lawrence, Canada, Lonati et al. found groups of critically endangered North Atlantic feeding in diverse oceanographic conditions. The time of day, month, depth in the water, and relative concentrations of different plankton species influenced what was on the menu for the whales.
https://bit.ly/meps_772_21

27/10/2025

Fish in the Curonian Lagoon (Baltic Sea) are maturing at smaller sizes as waters warm. A new study reveals rapid, species-specific changes in growth patterns since 1949, supporting the temperature-size rule.

https://bit.ly/meps_771_123
Elyza Pilipaityte

24/10/2025

A rare jelly-fall event in an Arctic fjord highlights the ecological role of appendicularians in transporting organic matter to the seafloor. Their discarded mucous houses may represent a significant pathway for carbon export.
https://bit.ly/meps_771_71

09/10/2025

Dolphinfish tracked along Australia’s east coast showed high mobility, moving with temperature shifts. Strategically placed fish aggregation devices in optimal ocean conditions can boost fishing and reveal coastal movement patterns.
https://bit.ly/meps_770_155
Fisheries Queensland

07/10/2025

Who controls Centrostephanus rodgersii in its native range? In Sydney’s reefs, large male Eastern Blue Groper dominated predation across all urchin sizes. Predator richness sped up attacks, while larger urchins faced less risk. Restoring predator size and diversity may be key to managing urchin overgrazing and protecting kelp forests.
https://bit.ly/meps_770_83

06/10/2025

Experimental manipulations of kelp cover and urchin densities were undertaken to evaluate the effects of these factors on turf proliferation on Tasmanian temperate reefs. The study reveals that when kelps are lost, competitive release allows turfs to establish. However, turf persistence appears dependent on elevated urchin herbivory.
https://bit.ly/meps_770_15

30/09/2025

With threats to seabirds spanning across international borders, risk assessments must operate at the same scale. Here, citizen science data from Canada and the U.S.A. is used to examine occupancy trends and assess risks from ship activity faced by coastal waterbirds in the Salish Sea.
https://bit.ly/meps_769_197
https://www.facebook.com/birdscanada

26/09/2025

Climate change is shifting U.S. fisheries. Rising ocean temperatures are driving more warm-water species in catches, especially in the Northeast. Regional differences highlight the need for adaptive, place-based management.
https://bit.ly/meps_769_125

25/09/2025

Results from the Bermuda Atlantic Time-series Study show a striking 27-year increase in deep-sea fish larvae in the subtropical North Atlantic Ocean, likely due to food web changes, and seasonal and developmental changes in fish assemblage composition.
https://bit.ly/meps_769_107

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