Some species of seagrasses (eg, Zostera marina and Posidonia oceanica) have declined in
the Mediterranean, at least locally. Others are progressing, helped by sea warming, such as …

The response of Posidonia oceanica meadows to global warming of the Eastern
Mediterranean Sea, where the increase in sea surface temperature (SST) is particularly …

Posidonia oceanica is an endemic Mediterranean seagrass used as a 'biological quality
element'in monitoring programmes of the EU Water Framework Directive, providing …

The warming trend of the Mediterranean Sea is a long-term process. It has resulted in a
northwards and westwards range expansion and abundance increase of thermophilic …

Abstract The Mediterranean Sea is a two‐basin system, with the boundary zone restricted to
the Strait of Sicily and the narrow Strait of Messina. Two main population groups are …

Adaptation to local conditions is known to occur in seagrasses; however, knowledge of the
genetic basis underlying this phenomenon remains scarce. Here, we analysed Posidonia …

In recent decades, the global intensification of marine heatwaves has impacted several
ecosystems and species, including the endemic Mediterranean seagrass Posidonia …

Following the restoration of natural conditions by reducing human pressures, reforestation is
currently considered a possible option to accelerate the recovery of seagrass habitats. Long …

This study explores the impacts of global warming on the reproductive efforts of Posidonia
oceanica, a key seagrass species endemic to the Mediterranean Sea. By analyzing data …

Explosive volcanic submarine activity is expected to affect seagrass communities due to
sudden and dramatic changes in the physical and chemical features of sea water and …