ICMP 19619
– Mycosphaerella metrosideri F. Stevens & P.A. Young
Data provider:
International Collection Of Microorganisms
Barcode:
ICMP 19619
Culture type:
Fungal Culture
Database record added:
07 November 2012
Database record updated:
02 July 2024
Components
Primary component
Active identification
Determined name:
Mycosphaerella metrosideri F. Stevens & P.A. Young
Determiner:
P.R. Johnston
Identification date:
2024 (Verbatim: 2024)
Preferred name:
Mycosphaerella metrosideri F. Stevens & P.A. Young
Division:
Ascomycota
Class:
Dothideomycetes
Order:
Mycosphaerellales
Family:
Mycosphaerellaceae
Identification type:
Determination
Note:
morphology and host symptoms
Associations:
isolated from Metrosideros excelsa Gaertn.
Other identifications
Identification
Determined name:
Mycosphaerella sp.
Determiner:
P.R. Johnston
Identification date:
2012-09 (Verbatim: Sep 2012)
Preferred name:
Ramularia Unger 1833
Active:
no
Identification type:
Determination
Other components
Active identification
Determined name:
Metrosideros excelsa Gaertn.
Determiner:
Identification date:
Preferred name:
Metrosideros excelsa Gaertn.
Division:
Tracheophyta
Class:
Magnoliopsida
Order:
Myrtales
Family:
Myrtaceae
Vernacular name:
Pohutukawa
Identification type:
Determination
Part affected:
Leaf spot
Collection events
Primary collection event
Collection event type:
Field
Standard locality
Location:
Cathedral Cove
Georeferences:
Latitude and Longitude (WGS84):
-36.827890 175.788724
Verbatim locality:
vic. Cathedral Cove
Verbatim collector:
P.R. Johnston
Standardised collector:
Peter R. Johnston
Verbatim date:
0/9/2012
Start date:
2012-09
Country:
New Zealand
New Zealand Area Codes:
Coromandel
Culture flags
Price Category:
Category 1
Culture notes
Note:
Morphologically forming a leaf spot typical of Mycophaerella metrosideri. Whether or not the NZ species matches that from the Hawaiian type locvality is not known. ITS sequence from this culture shows it to be close to Mycodiella eucalypti, and very similar to EU301094 (ex MUCC 574) ex Eucalyptus ex northern Australia. ITS sequences are not sufficient to distinguish these fungi at the species level.
PRJ, 2021