Occurrence record: NE 34040

Preserved specimen of Nymphaea alba L. | White Water-lily recorded on 1968-08-01
   API

Dataset

Data partner Australia's Virtual Herbarium
Data resource N.C.W. Beadle Herbarium (NE) AVH data
Institution code University of New England
Supplied institution code "NE"
Collection N.C.W. Beadle Herbarium
Supplied collection code "NE"
Catalog number NE 34040
Occurrence ID NE:NE:NE 34040
Record type Preserved specimen
Supplied basis "PreservedSpecimen"
Identified by Jensen, L.  
Collector Jensen, L.  
Supplied as "Jensen, L."
Record number 474
License CC-BY 4.0 (Int)
Type PhysicalObject
Presence/Absence PRESENT
Supplied as Present
Date identified 1968-08-01

Event

Occurrence date 1968-08-01
Date precision DAY

Taxonomy

Scientific name Nymphaea alba
Supplied scientific name "Nymphaea alba L."
Identified to rank species
Common name White Water-lily
Kingdom Plantae
Phylum Charophyta
Class Equisetopsida
Order Nymphaeales
Family Nymphaeaceae
Genus Nymphaea
Species Nymphaea alba
Name match metric exactMatch
Scientific name authorship L.
Name parse type SCIENTIFIC

Geospatial

Country Denmark
Locality Silkeborg
Habitat
Supplied as "Together with Nymphaea alba, Potamogeton natans and Polygonum amphibium."
Latitude 56.0
Supplied as: "56.0000000000"
Longitude 9.0
Supplied as: "9.0000000000"
Datum EPSG:4326
Verbatim locality Silkeborg
Location remarks Eutrophic lake.
Coordinate precision Unknown
Terrestrial true
Biome TERRESTRIAL
Marine false
Country Code DK

User flagged issues 

    Data quality tests

    Test name Result
    Coordinate uncertainty meters invalid Warning
    First of the month Warning
    Geodetic datum assumed WGS84 Warning
    Show/Hide 92 passed properties
    Show/Hide 7 missing properties
    Show/Hide 22 tests that have not been run

    Additional political boundaries information

    Political
    World Country Boundaries Denmark

    Environmental sampling for this location

    Climate
    WorldClim 2.1: Temperature - annual mean 8.0375 °C
    WorldClim: Temperature - isothermality 29.0 %