7siThe loss of Mediterranean macroalgal populations dominated by Cystoseira sensu lato is driven by a multitude of pressures. In the eastern Mediterranean Sea, climate change and the establishment of Lessepsian herbivore species have further intensified the ongoing decline of these canopy-forming algae. Knowledge of the reproductive phenology, embryology and growth of Cystoseira species is the first step towards successful reforestation measures. Gongolaria montagnei is one of the most common canopy-forming algal species with a wide horizontal and vertical distribution along the Greek coasts. Mature receptacles were collected from Saronikos Gulf (Aegean Sea), and germlings were cultured in mesocosms for 34 days, reaching up to ...
Marine forests dominated by macroalgae have experienced noticeable regression along some temperate a...
Canopy-forming macroalgae of the genus Cystoseira are being lost in several areas of the Mediterrane...
8noCanopy-forming brown algae support highly productive ecosystems whose decline has been attributed...
Active marine restoration is strongly encouraged to prevent the loss of the valuable habitats formed...
9siMarine macroalgal forests play a key ecological role in coastal environments, but they are disapp...
3noCarpodesmia barbatula (= Cystoseira barbatula) (Fucales, Phaeophyta) is a species endemic to the ...
Este artículo contiene 11 páginas, 5 figuras, 1 tabla.Ongoing human pressures over recent decades ha...
Due to multiple impacts, Cystoseira forests are experiencing a significant decline, which is affecti...
Extensive loss of macroalgal forests advocates for large-scale restoration interventions, to compens...
In the Mediterranean Sea, brown algae belonging to the Cystoseira genus play a valuable role as foun...
5noIn the Mediterranean Sea, brown algae belonging to the Cystoseira genus play a valuable role as f...
Recruitment is essential for the maintenance of populations, but far more is typically known about t...
Extensive loss of macroalgal forests advocates for large-scale restoration interventions, to compens...
reserved4siCoastal areas have been transformed worldwide by urbanization, so that artificial structu...
International audienceAbstract Cystoseira sensu lato (Class Phaeophyceae, Order Fucales, Family Sarg...
Marine forests dominated by macroalgae have experienced noticeable regression along some temperate a...
Canopy-forming macroalgae of the genus Cystoseira are being lost in several areas of the Mediterrane...
8noCanopy-forming brown algae support highly productive ecosystems whose decline has been attributed...
Active marine restoration is strongly encouraged to prevent the loss of the valuable habitats formed...
9siMarine macroalgal forests play a key ecological role in coastal environments, but they are disapp...
3noCarpodesmia barbatula (= Cystoseira barbatula) (Fucales, Phaeophyta) is a species endemic to the ...
Este artículo contiene 11 páginas, 5 figuras, 1 tabla.Ongoing human pressures over recent decades ha...
Due to multiple impacts, Cystoseira forests are experiencing a significant decline, which is affecti...
Extensive loss of macroalgal forests advocates for large-scale restoration interventions, to compens...
In the Mediterranean Sea, brown algae belonging to the Cystoseira genus play a valuable role as foun...
5noIn the Mediterranean Sea, brown algae belonging to the Cystoseira genus play a valuable role as f...
Recruitment is essential for the maintenance of populations, but far more is typically known about t...
Extensive loss of macroalgal forests advocates for large-scale restoration interventions, to compens...
reserved4siCoastal areas have been transformed worldwide by urbanization, so that artificial structu...
International audienceAbstract Cystoseira sensu lato (Class Phaeophyceae, Order Fucales, Family Sarg...
Marine forests dominated by macroalgae have experienced noticeable regression along some temperate a...
Canopy-forming macroalgae of the genus Cystoseira are being lost in several areas of the Mediterrane...
8noCanopy-forming brown algae support highly productive ecosystems whose decline has been attributed...