Occurrence record: MEL 2499100A

Preserved specimen of Myosotis sylvatica Hoffm. | Wood Forget-me-not recorded on 1818/1820
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Dataset

Data partner Australia's Virtual Herbarium
Data resource National Herbarium of Victoria (MEL) AVH data
Institution code Royal Botanic Gardens Victoria
Supplied institution code "MEL"
Collection National Herbarium of Victoria
Supplied collection code "MEL"
Catalog number MEL 2499100A
Occurrence ID 6297a2bd-bd07-4d65-99dc-7f3947c7ddfe
Record type Preserved specimen
Supplied basis "PreservedSpecimen"
Preparations Sheet
Identified by Macheda, D.R.  
Identified date 2021-04-27
Collector Sieber, F.W.  
Supplied as "Sieber, F.W."
Record number s.n.
Reproductive condition flowers
Associated Occurrence Status Asserted duplicates
Associated occurrences The occurrence is associated with a representative record.
For more information see Inferred associated occurrence details
License CC-BY 4.0 (Int)
Supplied as https://creativecommons.org/licenses/by/4.0/legalcode
Rights holder Royal Botanic Gardens Board
Presence/Absence PRESENT
Supplied as present
Associated records ASSOCIATED
Previous identifications Myosotis pyrenaica Pourr., Myosotis pyrenaica Dec.
Occurrence remarks [F.W. Sieber collected in Corsica ca. 1818-1820].
Date identified 2021-04-27
Identification ID 9c9488ee-9c88-42be-807c-775770a88720

Event

Event ID ca96ea53-aabc-45bb-9d49-326366982c4d
Occurrence date [date not supplied] Year: 1818, Month: , Day:
Supplied date "1818/1820"
Date precision YEAR_RANGE

Taxonomy

Higher classification Eukarya | Plantae | Viridaeplantae | Streptophyta | Equisetopsida | Magnoliidae | Asteranae | Boraginales | Boraginaceae | Myosotis
Scientific name Myosotis sylvatica
Identified to rank species
Common name Wood Forget-me-not
Kingdom Plantae
Phylum Charophyta
Supplied as "Streptophyta"
Class Equisetopsida
Order Boraginales
Family Boraginaceae
Genus Myosotis
Species Myosotis sylvatica
Name match metric exactMatch
Scientific name authorship Hoffm.
Supplied as Ehrh. ex Hoffm.
Name parse type SCIENTIFIC
Nomenclatural code ICN

Geospatial

Higher geography Europe | France
Country France
State or Territory Corse
Locality Monte d'oro — Corsica.
Latitude 42.133333
Supplied as: "42.1333333333"
Longitude 9.1
Supplied as: "9.1000000000"
Datum EPSG:4326
Supplied datum: "1"
Verbatim coordinate system degrees decimal minutes
Verbatim locality Monte d'oro — Corsica.
Coordinate precision 0.0166666667
Coordinate uncertainty (in metres) 10000.0
Georeference protocol GeoNames
Georeferenced by Klazenga, N.
Terrestrial true
Verbatim latitude 42° 08' N
Biome TERRESTRIAL
Continent Europe
Marine false
Country Code FR
Verbatim longitude 09° 06' E
Verbatim SRS 1
Location ID f3ec3ec0-04ac-42fc-b44c-fdae657e8067

User flagged issues 

    Data quality tests

    Test name Result
    Coordinate rounded Warning
    Geodetic datum assumed WGS84 Warning
    Unrecognized geodetic datum Warning
    Show/Hide 91 passed properties
    Show/Hide 3 missing properties
    Show/Hide 17 tests that have not been run

    Inferred associated occurrence details

    This record is associated with the representative record. This mean another record has been detected to be similar to this record, and that the other record (the representative record) has the most detailed information for the occurrence. More information about the duplication detection methods and terminology in use is available here:

    Representative Record
    Record UUID 4e67bd26-e667-41db-95ba-5e3e035b9886
    Data Resource National Herbarium of Victoria (MEL) AVH data
    Raw Scientific Name Myosotis sylvatica
    Coordinates 42.133333,9.1
    Related records
    Record UUID 6151d5d7-ea64-4e79-a4ed-ff43c762dbb3
    Data Resource National Herbarium of Victoria (MEL) AVH data
    Raw Scientific Name Myosotis sylvatica
    Coordinates 42.133333,9.1

    Additional political boundaries information

    Political
    World Country Boundaries France

    Environmental sampling for this location

    Climate
    WorldClim 2.1: Temperature - annual mean 6.6541667 °C
    WorldClim: Temperature - isothermality 22.0 %