Krauss's spikemoss, also called African clubmoss, Selaginella kraussiana, is a species of spikemoss in the family Selaginellaceae, an ancient lineage of vascular plants distinct from true ferns despite a similar lacy appearance. Native to parts of sub-Saharan Africa and Macaronesia, it has spread as an introduced groundcover in many mild, moist climates worldwide, where its fine, trailing foliage is sometimes mistakenly sold under the misleading name peacock fern.
Facts
Classification
DietPhotosynthetic Autotroph 1 System (Realm) Living or Extinct Scientific Name Connections
Child Taxon Of
Source GBIF Backbone Taxonomy: Selaginella kraussiana
In the Other Atlases
Found In
Also in Geography Atlas: where this subject is found.
Source Selaginella kraussiana (Wikipedia)Distribution: AfricaQuote, Distribution: Africa
It is referred to by the common names Krauss' spikemoss, Krauss's clubmoss, or African clubmoss, and is found naturally in parts of Sub-Saharan Africa and in Macaronesia.
Sources
1. Selaginella kraussiana (Wikipedia)
Lead
Selaginella kraussiana is a species of vascular plant in the family Selaginellaceae. It is referred to by the common names Krauss' spikemoss, Krauss's clubmoss, or African clubmoss, and is found naturally in parts of Sub-Saharan Africa and in Macaronesia.
Lead, sentence naming the group it belongs to
Selaginella kraussiana is a species of vascular plant in the family Selaginellaceae.
View the Source2. NatureServe Explorer: Selaginella kraussiana
NatureServe ExplorerHabitat commentsQuote, Habitat comments
Terrestrial on riverbanks, along lake margins, and in well watered lawns
View the Source 3. GBIF Backbone Taxonomy: Selaginella kraussiana
GBIF Backbone TaxonomyTaxon recordQuote, Taxon record
"canonicalName": "Selaginella kraussiana"
View the Source Plant (Wikipedia)
Lead, whole group is photosyntheticQuote, Lead, whole group is photosynthetic
They are predominantly photosynthetic or came from photosynthetic ancestors, meaning that they obtain their energy from sunlight by using the green pigment chlorophyll in their chloroplasts to produce sugars from carbon dioxide and water.
View the Source Reader Challenges (0)
No disputes yet. Spotted an error or a better source? Open the first one.
Sign in to dispute this or suggest a correction.