The invasive Pacific oyster has adapted to life in less salty seas and is reproducing off the coast of Skåne, despite having ...

Researchers at the University of Gothenburg have discovered that what was previously thought to be a unique seaweed species ...

Marine biologists at the University of Gothenburg have identified what may be the world’s largest known clonal organism—a ...

One of the key findings from recent studies is the ongoing changes in salinity dynamics within the Baltic Sea, which are critical for the overall health of its ecosystems. Salinity levels are ...

Global warming causes changes in oceanic salinity with fresh regions, such as Baltic Sea, becoming fresher and salty regions becoming saltier. Sensitivity to salinity change differs among species ...

Bladderwrack is also more tolerant of waters with low salinity, which is why it is ... “We have found a few more large clones in the Baltic Sea, but the female clone off the Swedish Gulf of ...

Current climate change predictions indicate increased levels of warming and declining salinity in the Baltic Sea, with negative implications for plankton food webs, which are an important component ...

The invasive Pacific oyster have adapted to life in less salty seas and are reproducing off the coast of Skåne, despite ...

In the brakish waters of the Baltic Sea, bladderwrack is the dominant seaweed species as it is one of the few seaweed species that can tolerate low salinity. The seaweed forms large forests from ...