Occurrence record: HO537630
Dataset
Data partner | Australia's Virtual Herbarium |
Data resource | Tasmanian Herbarium (HO) AVH data |
Institution code |
Tasmanian Museum and Art Gallery
Supplied institution code "HO" |
Collection |
Tasmanian Herbarium
Supplied collection code "HO" |
Catalog number | HO537630 |
Record type |
Preserved specimen
Supplied basis "PreservedSpecimen" |
Preparations | sheet |
Record number | s.n. |
License | CC-BY 4.0 (Int) |
Type | PhysicalObject |
Presence/Absence | PRESENT Supplied as present |
Dataset / Survey name | [Australia's Virtual Herbarium] |
Occurrence remarks | Ex herb. W. Leyland Woods |
Event
Dataset / Survey name | Australia's Virtual Herbarium |
Occurrence date |
[date not supplied]
Year: 1837,
Month: ,
Day:
Supplied date "1837" |
Verbatim event date | 1837 |
Date precision | YEAR |
Taxonomy
Scientific name |
Arbutus unedo
Supplied scientific name "Arbutus unedo L." |
Identified to rank | species |
Common name | Irish Strawberry Tree |
Kingdom | Plantae |
Phylum | Charophyta |
Class | Equisetopsida |
Order | Ericales |
Family | Ericaceae |
Genus | Arbutus |
Species | Arbutus unedo |
Name match metric | exactMatch |
Scientific name authorship | L. |
Name parse type | SCIENTIFIC |
Nomenclatural code | ICBN |
Geospatial
Country | Ireland |
Locality | Killarney |
Latitude |
52.066667 Supplied as: "52.066667" |
Longitude |
-9.5 Supplied as: "-9.500000" |
Datum | EPSG:4326 |
Verbatim locality | Killarney |
Coordinate precision | 0.016667 |
Coordinate uncertainty (in metres) | 10000.0 |
Georeferenced by | Tasmanian Herbarium (HO) |
Terrestrial | true |
Biome | TERRESTRIAL |
Marine | false |
Country Code | IE |
Data quality tests
Test name | Result |
Show/Hide 97 passed properties | |
Show/Hide 4 missing properties | |
Show/Hide 23 tests that have not been run |
Additional political boundaries information
Political | |
World Country Boundaries | Ireland |
Environmental sampling for this location
Climate | |
WorldClim 2.1: Temperature - annual mean | 10.275 °C |
WorldClim: Temperature - isothermality | 42.0 % |