Riccardia dimorpha Glenny
Details
Riccardia dimorpha Glenny, Telopea 27: 74–80 (2024)
Riccardia dimorpha Glenny
Biostatus
Endemic
Wild
New Zealand
Political Region
Endemic to New Zealand; South Island (35–700 m), Stewart Island / Rakiura (215–305 m).
Nomenclature
Glenny
Glenny
2024
74–80
ICN
Riccardia dimorpha Glenny
species
Riccardia dimorpha
The epithet ‘dimorpha’ refers to the difference between male and female plants in secondary sexual characteristics, namely plant length and number of meristems
(shoot tips) per plant. The difference among sexes is such that, with familiarity, it is often possible to correctly predict the sex of an individual before reproductive structures are observed.
Type: New Zealand: Western Nelson, Stockton Plateau, T35 Stream, 580 m, 171.906°E, 41.661°S, Chionochloa juncea – Leptospermum scoparium / Empodisma minus – Gleichenia microphylla low scrub in marsh with open soil areas and shallow temporary pools, with Kurzia hippuroides, Pallavicinia rubristipa, and Riccardia crassa, male plants, brown inclusions present, 28 Oct 2008, D. Glenny 10326 (holotype: CHR 603443; isotype: F).
Classification
Taxonomic concepts
Riccardia dimorpha Glenny
Riccardia dimorpha Glenny 2924
Riccardia dimorpha Glenny
Collections
Notes
typification
Type: New Zealand: Western Nelson, Stockton Plateau, T35 Stream, 580 m, 171.906°E, 41.661°S, Chionochloa juncea – Leptospermum scoparium / Empodisma minus – Gleichenia microphylla low scrub in marsh with open soil areas and shallow temporary pools, with Kurzia hippuroides, Pallavicinia rubristipa, and Riccardia crassa, male plants, brown inclusions present, 28 Oct 2008, D. Glenny 10326 (holotype: CHR 603443; isotype: F).
Etymology
The epithet ‘dimorpha’ refers to the difference between male and female plants in secondary sexual characteristics, namely plant length and number of meristems
(shoot tips) per plant. The difference among sexes is such that, with familiarity, it is often possible to correctly predict the sex of an individual before reproductive structures are observed.
Metadata
f6cc98a8-32f5-4656-8590-e45ab26202ac
scientific name
Names_Plants
10 July 2024
11 July 2024