Using mitochondrial COI-5P and plastid rbcL genetic markers, the red algal species historically known in southern New England, USA, as Champia parvula is found to be genetically distinct from the species to which it has historically been aligned. This necessitates the description of a new species, C. farlowii, for plants from Rhode Island, Massachusetts, Connecticut and New York, USA. The new species is morphologically compared with true European C. parvula and congeners, especially those with similar features previously aligned under the same species name. Champia farlowii is a morphologically cryptic species, the sixth in the expanding C. parvula complex, with overlapping characteristic measurements despite differences at the range extrem...
Maerl beds are sensitive biogenic habitats built by an accumulation of loose-lying, non-geniculate c...
Coralline red algae demonstrate phenotypic plasticity related to environmental factors, rendering th...
<div><p>Maerl beds are sensitive biogenic habitats built by an accumulation of loose-lying, non-geni...
Using mitochondrial COI-5P and plastid rbcL genetic markers, the red algal species historically know...
M.S. University of Hawaii at Manoa 2011.Includes bibliographical references.The family Champiaceae i...
Using molecular-assisted alpha taxonomy, we have uncovered two new pseudocryptic species of Champia ...
Mitochondria-encoded COI and plastid-encoded rbcL sequences were used to assist with the identificat...
Using molecular-assisted alpha taxonomy, we have uncovered two new pseudocryptic species of Champia ...
The red algae, a remarkably diverse group of organisms, are difficult to identify using morphology a...
Red algae (Rhodophyta) are economically useful for their gelling compounds, ecologically critical to...
Sixty-five accessions of the species-rich freshwater red algal order Batrachospermales were characte...
Red algae demonstrate significant phenotypic plasticity and convergent evolution, making morphologic...
Previous molecular assessments of the red algal order Rhodymeniales have confirmed its monophyly and...
Grateloupia doryphora (Montagne) M. Howe is an invasive foliose alga that was reported for the first...
Studies of the red algal genus Bostrychia over the last 15 years have made it a model system for man...
Maerl beds are sensitive biogenic habitats built by an accumulation of loose-lying, non-geniculate c...
Coralline red algae demonstrate phenotypic plasticity related to environmental factors, rendering th...
<div><p>Maerl beds are sensitive biogenic habitats built by an accumulation of loose-lying, non-geni...
Using mitochondrial COI-5P and plastid rbcL genetic markers, the red algal species historically know...
M.S. University of Hawaii at Manoa 2011.Includes bibliographical references.The family Champiaceae i...
Using molecular-assisted alpha taxonomy, we have uncovered two new pseudocryptic species of Champia ...
Mitochondria-encoded COI and plastid-encoded rbcL sequences were used to assist with the identificat...
Using molecular-assisted alpha taxonomy, we have uncovered two new pseudocryptic species of Champia ...
The red algae, a remarkably diverse group of organisms, are difficult to identify using morphology a...
Red algae (Rhodophyta) are economically useful for their gelling compounds, ecologically critical to...
Sixty-five accessions of the species-rich freshwater red algal order Batrachospermales were characte...
Red algae demonstrate significant phenotypic plasticity and convergent evolution, making morphologic...
Previous molecular assessments of the red algal order Rhodymeniales have confirmed its monophyly and...
Grateloupia doryphora (Montagne) M. Howe is an invasive foliose alga that was reported for the first...
Studies of the red algal genus Bostrychia over the last 15 years have made it a model system for man...
Maerl beds are sensitive biogenic habitats built by an accumulation of loose-lying, non-geniculate c...
Coralline red algae demonstrate phenotypic plasticity related to environmental factors, rendering th...
<div><p>Maerl beds are sensitive biogenic habitats built by an accumulation of loose-lying, non-geni...