Occurrence record: Invertebrates:F237813
Dataset
| Data partner | OZCAM (Online Zoological Collections of Australian Museums) Provider |
| Data resource | Museums Victoria provider for OZCAM |
| Institution code |
Museums Victoria
Supplied institution code "NMV" |
| Collection |
Museums Victoria Marine Invertebrates Collection
Supplied collection code "Invertebrates" |
| Catalog number | F237813 |
| Occurrence ID | urn:lsid:ozcam.taxonomy.org.au:NMV:Invertebrates:PreservedSpecimen:F237813 |
| Record type |
Preserved specimen
Supplied basis "PreservedSpecimen" |
| Preparations | Whole|dry |
| Identified by | A Monger |
| Collector | Alan E. Monger |
| Individual count | 2 |
| License | CC0 Supplied as https://creativecommons.org/publicdomain/zero/1.0/legalcode |
| Rights holder | Museums Victoria |
| Institution ID | urn:lsid:biocol.org:col:34978 |
| Language | en |
| Type | PhysicalObject |
| Presence/Absence | PRESENT Supplied as present |
| Owner institution code | NMV |
| Sampling protocol | [dredge] |
Event
| Occurrence date |
Year: 1977,
Month: 1,
Day:
Supplied as year:1977 month:1 |
| Sampling protocol | dredge |
| Date precision | MONTH |
Taxonomy
| Higher classification | Mollusca | Conchifera | Bivalvia | Heterodonta | Myoida | Myoidea | Corbulidae |
| Scientific name |
Corbula tunicata
Supplied scientific name "Corbula (Notocorbula) stolata (Iredale, 1930)" |
| Identified to rank | species |
| Common name | Swollen Little Basket Shell |
| Kingdom | Animalia |
| Phylum | Mollusca |
| Class | Bivalvia |
| Order |
Myida
Supplied as "Myoida" |
| Family | Corbulidae |
| Genus | Corbula |
| Species | Corbula tunicata |
| Name match metric | exactMatch |
| Scientific name authorship | Hinds, 1843 Supplied as (Iredale, 1930) |
| Name parse type | SCIENTIFIC |
| Subgenus | Notocorbula |
| Nomenclatural code | ICZN |
Geospatial
| Country | Australia |
| State or Territory | South Australia |
| Locality | Off St.Francis Island, South Australia |
| Latitude |
-32.52 Supplied as: "-32.52" |
| Longitude |
133.28 Supplied as: "133.28" |
| Datum |
EPSG:4326 Supplied datum: "WGS84" |
| Verbatim locality | Off St.Francis Island, South Australia |
| Minimum depth in metres | 20 |
| Maximum depth in metres | 30 |
| Coordinate precision | Unknown |
| Georeference sources | NATMAP |
| Georeference protocol | NATMAP RP rounded off |
| Terrestrial | true |
| Georeferenced date | 2013-07-16T00:00 Supplied as 2013-07-16T00:00:00 |
| Biome | TERRESTRIAL |
| Marine | false |
| Country Code | AU |
Data quality tests
| Test name | Result |
| Coordinate uncertainty meters invalid | Warning |
| First of the year | Warning |
| Georeferenced after occurrence date | Warning |
| Show/Hide 104 passed properties | |
| Show/Hide 1 missing properties | |
| Show/Hide 16 tests that have not been run | |
Additional political boundaries information
| Area Management | |
| CAPAD 2016 Marine | Nuyts Archipelago |
| CAPAD 2018 Marine | Nuyts Archipelago |
| CAPAD 2020 Marine | Nuyts Archipelago |
| CAPAD 2022 - Marine (Collaborative Australian Protected Areas Database) | Nuyts Archipelago |
| IMCRA v4.0 Meso-Scale Bioregions (Integrated Marine and Coastal Regionalisation of Australia) | Murat |
| IMCRA v4.0 Provincial Bioregions (Integrated Marine and Coastal Regionalisation of Australia) | Great Australian Bight Shelf Transition |
| NRM Regions 2010 | Eyre Peninsula |
| NRM Regions 2017 | Eyre Peninsula |
| Natural Resource Management (NRM) Regions 2023 | Eyre Peninsula |
| Area management | |
| National Landcare Program Management Units 2018 | Eyre Peninsula |
| Biodiversity | |
| IMCRA 4 Regions | Great Australian Bight Shelf Transition |
| IMCRA Meso-scale Bioregions | Murat |
| Indigenous | |
| RATSIB (representative Aboriginal/Torres Strait Islander body) Areas 2024 | Greater South Australia |
| States including coastal waters | South Australia (including Coastal Waters) |
Environmental sampling for this location
| Biodiversity | |
| Occurrence Density | 4434.0 frequency |
| Species Richness | 846.0 frequency |
| WorldClim: Temperature - isothermality | 55.0 % |
