Occurrence record: Marine Invertebrates:D55187
Dataset
Data partner | OZCAM (Online Zoological Collections of Australian Museums) Provider |
Data resource | South Australian Museum Adelaide provider for OZCAM |
Institution code |
South Australian Museum
Supplied institution code "SAMA" |
Collection |
South Australian Museum Marine Invertebrates Collection
Supplied collection code "Marine Invertebrates" |
Catalog number | D55187 |
Other catalog numbers | ["ecatalogue.irn:771748"] |
Record type |
Preserved specimen
Supplied basis "PreservedSpecimen" |
Preparations | Dry Specimen |
Identified by | Michael Charles Burrell |
Individual count | 1 |
License | CC-BY |
Type | PhysicalObject |
Presence/Absence | PRESENT Supplied as present |
Date identified | 2018 |
Event
Event ID | urn:emu.sam.sa.gov.au:Event:233594 |
Date precision | NOT_SUPPLIED |
Taxonomy
Scientific name |
Conus (Virroconus) chaldaeus
Supplied scientific name "Conus chaldaeus" |
Identified to rank | species |
Common name | Astrologer'sp. Cone |
Kingdom | Animalia |
Phylum | Mollusca |
Class | Gastropoda |
Order | Hypsogastropoda |
Family | Conidae |
Genus | Conus |
Species | Conus chaldaeus |
Name match metric | exactMatch |
Scientific name authorship | (Röding, 1798) |
Name parse type | SCIENTIFIC |
Geospatial
Country | Papua New Guinea |
State or Territory | New Britain |
Latitude |
-4.205607 Supplied as: "-4.205607" |
Longitude |
152.164307 Supplied as: "152.164307" |
Datum | EPSG:4326 |
Verbatim locality | Rabaul |
Coordinate precision | 0.000001 |
Terrestrial | true |
Verbatim latitude | 04 12 20 S |
Biome | TERRESTRIAL |
Marine | false |
Country Code | PG |
Verbatim longitude | 152 09 52 E |
Data quality tests
Test name | Result |
Coordinate uncertainty meters invalid | Warning |
Geodetic datum assumed WGS84 | Warning |
Show/Hide 87 passed properties | |
Show/Hide 8 missing properties | |
Show/Hide 27 tests that have not been run |
Environmental sampling for this location
Climate | |
WorldClim 2.1: Temperature - annual mean | 26.870832 °C |
WorldClim: Temperature - isothermality | 90.0 % |