Occurrence record: Invertebrates:J49296
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 | J49296 |
| Occurrence ID | urn:lsid:ozcam.taxonomy.org.au:NMV:Invertebrates:PreservedSpecimen:J49296 |
| Record type |
Preserved specimen
Supplied basis "PreservedSpecimen" |
| Preparations | Wet|ethanol 70% |
| Identified by | Dr Gary C. Poore - Museum Victoria |
| Collector | John H. Moverley |
| Sex | Unknown |
| Individual count | 1 |
| License | CC0 Supplied as https://creativecommons.org/publicdomain/zero/1.0/legalcode |
| Rights holder | Museums Victoria |
| Institution ID | urn:lsid:biocol.org:col:34978 |
| Field Number | EH01 012 1 |
| Language | en |
| Type | PhysicalObject |
| Presence/Absence | PRESENT Supplied as present |
| Owner institution code | NMV |
| Sampling protocol | [single Ekman Grab] |
| Dataset / Survey name | [ESTPAC Survey (1996)] |
| Date identified | 1998 |
Event
| Dataset / Survey name | ESTPAC Survey (1996) |
| Event ID | EH01 012 1 |
| Field Number | EH01 012 1 |
| Occurrence date |
1996-12-20
Supplied date "1996-12-20T00:00:00\1996-12-20T00:00:00" |
| Sampling protocol | single Ekman Grab |
| End day of year | 355 |
| Date precision | DAY |
| Start day of year | 355 |
Taxonomy
| Higher classification | Arthropoda | Crustacea | Multicrustacea | Malacostraca | Eumalacostraca | Peracarida | Isopoda | Asellota | Janiroidea | Janiridae |
| Scientific name |
Heterias pusilla
Supplied scientific name "Heterias pusilla (Sayce, 1900)" |
| Identified to rank | species |
| Common name |
Freshwater Isopod
Supplied common name "isopod" |
| Kingdom | Animalia |
| Phylum | Arthropoda |
| Class | Malacostraca |
| Order | Isopoda |
| Family | Janiridae |
| Genus | Heterias |
| Species | Heterias pusilla |
| Name match metric | exactMatch |
| Scientific name authorship | (Sayce, 1900) |
| Name parse type | SCIENTIFIC |
| Nomenclatural code | ICZN |
Geospatial
| Country | Australia |
| State or Territory | Victoria |
| Locality | Darby, Upper, |
| Latitude |
-38.9802 Supplied as: "-38.9802" |
| Longitude |
146.289 Supplied as: "146.289" |
| Datum |
EPSG:4326 Supplied datum: "WGS84" |
| Verbatim locality | Darby, Upper, |
| Minimum depth in metres | 3 |
| Coordinate precision | Unknown |
| Terrestrial | true |
| Biome | TERRESTRIAL |
| Marine | false |
| Country Code | AU |
| Location ID | EH01 012 1 |
Referenced in publications
Publication: Curated Plant and Invertebrate Data for Bushfire Modelling
DOI https://doi.org/10.25919/tm4m-5a46
This data asset contains observations of individual plants and animals (“occurrences”) sourced from the Atlas of Living Australia. Data on vascular plants are based on the following paper: Godfree et al. (2021) Implications of the 2019-2020 Megafires for the Biogeography and Conservation of Australian Vegetation. Nature Communications 12: 1023 https://doi.org/10.1038/s41467-021-21266-5 Data on invertebrates are from the following report: Marsh et al. (2021) Threatened species hub report: Assessment of the impacts of the 2019-20 wildfires on southern and eastern Australia on invertebrate species. NESP Threatened Species Recovery Hub Project 8.3.1 Final report, Brisbane. Both studies were performed to understand the impacts of the Australian “Black Summer” (2019-20) fires on the taxonomic group in question. Consequently, this aggregated dataset is designed to support off-the-shelf bushfire impact modelling, and to provide useful context for associated biodiversity conservation work. A total of 896 species of vascular plants and 44,146 invertebrate species. The combined data asset was produced by the Science & Decision Support Team at the Atlas of living Australia (ALA) in collaboration with the authors of the original data sets. This was done as part of an Australian Research Data Commons (ARDC) bushfire data challenges project. The data contained in this deposition has been cleaned by researchers and taxonomists to ensure it is of high quality. Therefore, compared to data returned by the ALA, the unique record ID’s may return a different species or location than is denoted in this data set: these records have potentially been changed by the authors of the data to reflect what they believe is correct.
Version of the data used in the publication
| Scientific name | Heterias pusilla |
| Decimal latitude | -38.9802 |
| Decimal longitude | 146.289 |
| Year | 1996 |
Data quality tests
| Test name | Result |
| Coordinate uncertainty meters invalid | Warning |
| Recorded date invalid | Warning |
| Show/Hide 101 passed properties | |
| Show/Hide 5 missing properties | |
| Show/Hide 16 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) -
Radiation - seasonality (Bio23) - 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) -
Moisture Index - highest quarter mean (Bio32) - 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) -
Radiation - warmest quarter (Bio26) - 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:
