A new marine microfilamentous green alga, Chaetomorpha philippinensis Leliaert sp. nov., is described as an epiphyte on Chaetomorpha vieillardii from shallow subtidal habitats in the Philippines. Phylogenetic analyses of large subunit rDNA and rDNA internal transcribed spacer (ITS) sequences show that the new tropical species is sister to the cold-water Chaetomorpha norvegica, from which it is genetically clearly distinct but morphologically almost indistinguishable. Chaetomorpha philippinensis is characterized by minute, straight or curved, unbranched, erect filaments up to 300 mu m long and 7-17 mu m in diameter, attached by a basal, hapteroid holdfast. Filaments in culture are similar in morphology but grow considerably longer with sligh...
The recently described green algal genus Pseudorhizoclonium was erected for Rhizoclonium-like specim...
One green algal specimen from China was identified as Gongrosira fluminensis FRITSCH, due to its uni...
International audienceOn the basis of bibliographical, morphological and molecular studies (SSU rDNA...
A new marine microfilamentous green alga, Chaetomorpha philippinensis Leliaert sp. nov., is describe...
A new marine microfilamentous green alga, Chaetomorpha philippinensis Leliaert sp. nov., is describe...
The microfilamentous green alga Uronema curvatum is widely distributed along the western and eastern...
The microfilamentous green alga Uronema curvatum is widely distributed along the western and eastern...
The microfilamentous green alga Uronema curvatum is widely distributed along the western and eastern...
The green seaweed genus Chaetomorpha is characterized by unbranched filaments. Molecular phylogeneti...
The green seaweed genus Chaetomorpha is character-ized by unbranched filaments. Molecular phylogenet...
On the basis of bibliographical, morphological and molecular studies (SSU rDNA), the reinstatement o...
On the basis of bibliographical, morphological and molecular studies (SSU rDNA), the reinstatement o...
On the basis of bibliographical, morphological and molecular studies (SSU rDNA), the reinstatement o...
Abstract — The systematic positions of Cladophoropsis robusta and Willeella mexicana, both occurring...
The marine, sand-dwelling green alga Kraftionema allantoideum gen. et sp. nov. is described from clo...
The recently described green algal genus Pseudorhizoclonium was erected for Rhizoclonium-like specim...
One green algal specimen from China was identified as Gongrosira fluminensis FRITSCH, due to its uni...
International audienceOn the basis of bibliographical, morphological and molecular studies (SSU rDNA...
A new marine microfilamentous green alga, Chaetomorpha philippinensis Leliaert sp. nov., is describe...
A new marine microfilamentous green alga, Chaetomorpha philippinensis Leliaert sp. nov., is describe...
The microfilamentous green alga Uronema curvatum is widely distributed along the western and eastern...
The microfilamentous green alga Uronema curvatum is widely distributed along the western and eastern...
The microfilamentous green alga Uronema curvatum is widely distributed along the western and eastern...
The green seaweed genus Chaetomorpha is characterized by unbranched filaments. Molecular phylogeneti...
The green seaweed genus Chaetomorpha is character-ized by unbranched filaments. Molecular phylogenet...
On the basis of bibliographical, morphological and molecular studies (SSU rDNA), the reinstatement o...
On the basis of bibliographical, morphological and molecular studies (SSU rDNA), the reinstatement o...
On the basis of bibliographical, morphological and molecular studies (SSU rDNA), the reinstatement o...
Abstract — The systematic positions of Cladophoropsis robusta and Willeella mexicana, both occurring...
The marine, sand-dwelling green alga Kraftionema allantoideum gen. et sp. nov. is described from clo...
The recently described green algal genus Pseudorhizoclonium was erected for Rhizoclonium-like specim...
One green algal specimen from China was identified as Gongrosira fluminensis FRITSCH, due to its uni...
International audienceOn the basis of bibliographical, morphological and molecular studies (SSU rDNA...