Abstract: We investigated a previously unidentified subaerial corticolous strain of the genus Elliptochloris Tschermak-Woess. The alga shares the generic morphological characters with Elliptochloris bilobata, the type species of the genus, but it has a thicker cell wall of adult globular cells, different chloroplast structure and it also differs in shape of elliptical autospores. The differences of the autospore shape between both species were evaluated using landmark-based geometric morphometrics. The 18S rDNA gene sequence of the new alga forms a monophyletic clade with the authentic strain of E. bilobata within the green algal class Trebouxiophyceae close to representatives of the genus Coccomyxa. We describe the new alga as Elliptochlor...
Traditionally the green algae were classified in orders or classes according to the morphological sp...
Traditionally the green algae were classified in orders or classes according to the morphological sp...
Most marine coccoid and sarcinoid green algal species have traditionally been placed within genera d...
The phylogenetic diversity of subaerial coccoid green algae remains still poorly explored. We charac...
The Watanabea clade of the Trebouxiophyceae included mostly unicellular coccoid microalgae that thri...
Coccoid green algae are abundant in subaerial habitats, but they are largely unexplored because of t...
The systematics of coccoid green algae is going through a dramatic phase of change. Classical approa...
The green algal family Chlorochytriaceae comprises relatively large coccoid algae with secondarily t...
Coccoid green algae traditionally classified in Dictyochloropsis have a complex, reticulate chloropl...
Chlorella is one of the archetypical forms of coccoid green algae and one of the best-studied photot...
Abstract Soil hosts diverse communities of photosynthetic eukaryotes (algae) that have not yet been ...
This thesis deals with molecular diversity and shape variation of the traditionally delimited unicel...
The diversity of green microalgae in subaerial habitats remains largely unexplored and a number of n...
Coccoid green algae are extremely diverse despite their simple coccoid phenotype, a phenotype that m...
Determining the actual phylogenetic diversity of unicellular coccoid algae, and developing a biologi...
Traditionally the green algae were classified in orders or classes according to the morphological sp...
Traditionally the green algae were classified in orders or classes according to the morphological sp...
Most marine coccoid and sarcinoid green algal species have traditionally been placed within genera d...
The phylogenetic diversity of subaerial coccoid green algae remains still poorly explored. We charac...
The Watanabea clade of the Trebouxiophyceae included mostly unicellular coccoid microalgae that thri...
Coccoid green algae are abundant in subaerial habitats, but they are largely unexplored because of t...
The systematics of coccoid green algae is going through a dramatic phase of change. Classical approa...
The green algal family Chlorochytriaceae comprises relatively large coccoid algae with secondarily t...
Coccoid green algae traditionally classified in Dictyochloropsis have a complex, reticulate chloropl...
Chlorella is one of the archetypical forms of coccoid green algae and one of the best-studied photot...
Abstract Soil hosts diverse communities of photosynthetic eukaryotes (algae) that have not yet been ...
This thesis deals with molecular diversity and shape variation of the traditionally delimited unicel...
The diversity of green microalgae in subaerial habitats remains largely unexplored and a number of n...
Coccoid green algae are extremely diverse despite their simple coccoid phenotype, a phenotype that m...
Determining the actual phylogenetic diversity of unicellular coccoid algae, and developing a biologi...
Traditionally the green algae were classified in orders or classes according to the morphological sp...
Traditionally the green algae were classified in orders or classes according to the morphological sp...
Most marine coccoid and sarcinoid green algal species have traditionally been placed within genera d...