CHR 349379 – Racomitrium didymum (Mont.) Lorentz
Data provider:
Allan Herbarium
Barcode:
CHR 349379
Specimen type:
Packet
Database record added:
13 July 2009
Database record updated:
11 February 2024
Components
Primary component
Active identification
Determined name:
Racomitrium didymum (Mont.) Lorentz
Determiner:
J. Larraín
Identification date:
2023-11-16 (Verbatim: 16 nov 2023)
Preferred name:
Racomitrium didymum (Mont.) Lorentz
Division:
Bryophyta
Class:
Bryatae
Family:
Grimmiaceae
Identification type:
Determination
Note:
Herbarium CON
-Basal marginal band well developed
-Distal cells very short
-Distal borders mostly bistratose
-Hyaline point quite long compared with typical forms
Other identifications
Identification
Determined name:
Racomitrium crispulum (H. f. & W.) Dix.
Determiner:
!AJF [Fife AJ]
Identification date:
1996-06 (Verbatim: 6/96)
Preferred name:
Racomitrium crispulum (Hook.f. & Wilson) Hook.f. & Wilson
Active:
no
Identification type:
Confirmation
Note:
c.fr.
Identification
Determined name:
Rhacomitrium [Racomitrium] crispulum (H. f. & W.) Dix.
Determiner:
AJF [Fife AJ]
Identification date:
Preferred name:
Racomitrium crispulum (Hook.f. & Wilson) Hook.f. & Wilson
Active:
no
Identification type:
Determination
Collection events
Primary collection event
Collection event type:
Field
Standard locality
Location:
Banks Peninsula, Bossu Road
Georeferences:
Latitude and Longitude (WGS84):
-43.807909 172.843657
Verbatim locality:
Canterbury: Banks Peninsula Bossu Road
Verbatim collector:
Allan J. Fife 4537
Standardised collector:
Allan J. Fife
Verbatim date:
Oct. 21, 1982
Start date:
1982-10-21
Country:
New Zealand
Land District:
Canterbury Land District
Native lands:
Ngāi Tahu
Georeferences:
New Zealand Map Series 1:
S94 19- 22- (WGS84 -43.805102 172.858025)
Altitudes:
from 670m
Habitat:
moist, partially shaded basalt in S-facing roadcut
Notes:
subalpine Chionochloa tussock grassland; associated with Camplopus clavatus
Specimen notes
Supplementary remarks:
[of determination as Racomitrium didymum (Mont.) Lorentz]
-Basal marginal band well developed
-Distal cells very short
-Distal borders mostly bistratose
-Hyaline point quite long compared with typical forms
J. Larraín, 16 nov 2023
J. Larraín, 16 nov 2023
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