Occurrence record: SP039889

Preserved specimen of Rytidosperma pumilum (Kirk) Clayton & Renvoize ex Connor & Edgar | Feldmark Grass recorded on 1933-01
   API

Dataset

Data resource New Zealand Virtual Herbarium
Institution code Museum of New Zealand Te Papa Tongarewa
Supplied institution code "WELT"
Collection Herbarium of the Museum of New Zealand Te Papa Tongarewa
Supplied collection code "WELT"
Catalog number SP039889
Occurrence ID 2f1e9cc9-5c35-4f25-8085-229f83e1bbfe
Record type Preserved specimen
License CC-BY 4.0 (Int)
Supplied as CC-BY
Presence/Absence PRESENT
Collection http://biocol.org/urn:lsid:biocol.org:col:13669

Event

Occurrence date Year: 1933, Month: 1, Day:
Supplied as year:1933  month:1 
Verbatim event date Jan 1933
Date precision MONTH

Taxonomy

Scientific name Rytidosperma pumilum
Identified to rank species
Common name Feldmark Grass
Kingdom Plantae
Phylum Charophyta
Class Equisetopsida
Order Poales
Family Poaceae
Genus Rytidosperma
Species Rytidosperma pumilum
Name match metric exactMatch
Scientific name authorship (Kirk) Clayton & Renvoize ex Connor & Edgar
Name parse type SCIENTIFIC

Geospatial

Country New Zealand
State or Territory Marlborough Land District
Latitude -41.8533
Supplied as: "-41.8533"
Longitude 173.263
Supplied as: "173.263"
Datum EPSG:4326
Coordinate precision Unknown
Terrestrial true
Biome TERRESTRIAL
Marine false
Country Code NZ

User flagged issues 

    Data quality tests

    Test name Result
    Coordinate uncertainty meters invalid Warning
    First of the year Warning
    Show/Hide 95 passed properties
    Show/Hide 5 missing properties
    Show/Hide 22 tests that have not been run

    Additional political boundaries information

    Biodiversity
    NZ Ecological Districts 1987 Bounds
    Political
    NZ Land Provinces Marlborough Region
    NZ Land Registration Districts Marlborough
    World Country Boundaries New Zealand

    Environmental sampling for this location

    Climate
    WorldClim 2.1: Temperature - annual mean 5.304167 °C
    WorldClim: Temperature - isothermality 44.0 %