Occurrence record: Herpetology:J49854
Dataset
Data partner | OZCAM (Online Zoological Collections of Australian Museums) Provider |
Data resource | Queensland Museum provider for OZCAM |
Institution code |
Queensland Museum
Supplied institution code "QM" |
Collection |
Queensland Museum Amphibians and Reptiles
Supplied collection code "Herpetology" |
Catalog number | J49854 |
Occurrence ID | urn:lsid:ozcam.taxonomy.org.au:QM:Herpetology:J49854 |
Record type |
Preserved specimen
Supplied basis "Preserved specimen" |
Preparations | Spirit |
Life stage | Female |
License | CC-BY |
Presence/Absence | PRESENT |
Event
Date precision | NOT_SUPPLIED |
Taxonomy
Scientific name | Lophosaurus boydii |
Identified to rank | species |
Common name | Boyd's Forest Dragon |
Kingdom | Animalia |
Phylum | Chordata |
Class | Reptilia |
Order | Squamata |
Family | Agamidae |
Genus | Lophosaurus |
Species | Lophosaurus boydii |
Name match metric | exactMatch |
Scientific name authorship | (Macleay, 1884) |
Name parse type | SCIENTIFIC |
Geospatial
Country | Australia |
State or Territory | Queensland |
Locality | Mt Bartle Frere, base |
Latitude |
-17.4 Supplied as: "-17.4" |
Longitude |
145.833333 Supplied as: "145.833333" |
Datum | EPSG:4326 |
Coordinate precision | Unknown |
Terrestrial | true |
Verbatim latitude | 17° 24' South |
Biome | TERRESTRIAL |
Continent | Oceania |
Marine | false |
Country Code | AU |
Verbatim longitude | 145° 50' East |
Additional properties
object id | VE52912 |
Data quality tests
Test name | Result |
CONTINENT_COORDINATE_MISMATCH | Warning |
Coordinate uncertainty meters invalid | Warning |
Geodetic datum assumed WGS84 | Warning |
Show/Hide 82 passed properties | |
Show/Hide 7 missing properties | |
Show/Hide 32 tests that have not been run |
Outlier information
This record has been detected as an outlier using the Reverse Jackknife algorithm for the following layers:
-
Precipitation - driest quarter (Bio17) - CSIRO Ecosystem Sciences
Notes: Data derived using ANUCLIM v6 (beta) with the new set of climate surfaces (centred on 1990), by Dr. Kristen Williams.
Scale: 0.01 degree (~1km)
More information on the data quality work being undertaken by the Atlas is available here: