In this study we report the first finding of the red alga Acanthosiphonia echinata in the Mediterranean Sea. Specimens were identified using the DNA barcoding method and, in particular, the plastidial rbcL and the mitochondrial COI-5P markers. This species has been considered to be restricted to the western Atlantic and was reported in blooms from North Carolina to South Carolina. In 2015 the introduction of this species in Southeast Asia (Indonesia) was reported. Probably this taxon was introduced in the Mediterranean Sea from Indonesian populations associated with seaweed farming activities or hull fouling, via the western Atlantic-Mediterranean-Indonesia ship route
Coralline algae are globally distributed ecosystem engineers that in the Mediterranean Sea act as ke...
Coralline algae are among the most common seaweeds in benthic habitats worldwide, as well as one of ...
Anotrichium tenue is a red algal species of the family Wrangeliaceae widely distributed in the Medit...
In this study we report the first finding of the red alga Acanthosiphonia echinata in the Mediterran...
Acanthosiphonia echinata (Harvey) A.M.Savoie & G.W.Saunders is a small red algae of the family R...
Here we report the first finding of Hypnea flexicaulis Yamagishi and Masuda in the Mediterranean Sea...
Here we report the first finding of Hypnea flexicaulis Yamagishi and Masuda in the Mediterranean Sea...
In this study, wereport the first finding of the non-indigenous seaweed Caulacanthus okamurae (Rhodo...
International audienceMacroalgae are prone to be introduced outside of their autochthonous area; how...
Asparagopsis taxiformis (Delile) Trevisan is a red marine macroalga (Bonnemaisoniales, Rhodophyta) w...
Molecular data highlighting the presence, for the first time, of the species Hypnea flexicaulis (Rho...
Background The introduction of exotic species can have serious consequences for marine ecosystems. O...
Our knowledge of seaweed diversity and biogeography still largely relies on information derived from...
Introduction of species is a common problem in marine environments; marine macroalgae in particular ...
Acladistic analysis, based on a taxonomic revision is carried out for 7 Acanthophoraspecies using 19...
Coralline algae are globally distributed ecosystem engineers that in the Mediterranean Sea act as ke...
Coralline algae are among the most common seaweeds in benthic habitats worldwide, as well as one of ...
Anotrichium tenue is a red algal species of the family Wrangeliaceae widely distributed in the Medit...
In this study we report the first finding of the red alga Acanthosiphonia echinata in the Mediterran...
Acanthosiphonia echinata (Harvey) A.M.Savoie & G.W.Saunders is a small red algae of the family R...
Here we report the first finding of Hypnea flexicaulis Yamagishi and Masuda in the Mediterranean Sea...
Here we report the first finding of Hypnea flexicaulis Yamagishi and Masuda in the Mediterranean Sea...
In this study, wereport the first finding of the non-indigenous seaweed Caulacanthus okamurae (Rhodo...
International audienceMacroalgae are prone to be introduced outside of their autochthonous area; how...
Asparagopsis taxiformis (Delile) Trevisan is a red marine macroalga (Bonnemaisoniales, Rhodophyta) w...
Molecular data highlighting the presence, for the first time, of the species Hypnea flexicaulis (Rho...
Background The introduction of exotic species can have serious consequences for marine ecosystems. O...
Our knowledge of seaweed diversity and biogeography still largely relies on information derived from...
Introduction of species is a common problem in marine environments; marine macroalgae in particular ...
Acladistic analysis, based on a taxonomic revision is carried out for 7 Acanthophoraspecies using 19...
Coralline algae are globally distributed ecosystem engineers that in the Mediterranean Sea act as ke...
Coralline algae are among the most common seaweeds in benthic habitats worldwide, as well as one of ...
Anotrichium tenue is a red algal species of the family Wrangeliaceae widely distributed in the Medit...