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OZCAM (Online Zoo-log-i-cal Col-lec-tions of Aus-tralian Muse-ums) pro-vides access to an online data-base of records aggre-gated from fau-nal col-lec-tions data-bases in Aus-tralian museums.

Occurrence record: Entomology:29-003458

Preserved specimen of Asphondylia floriformis Veenstra-Quah & Kolesik, 2007 | Gall Gnat
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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 Terrestrial Invertebrate Collection
Supplied collection code "Entomology"
Catalog number 29-003458
Other catalog numbers ["ecatalogue.irn:608055"]
Record type Preserved specimen
Supplied basis "PreservedSpecimen"
Specimen type HOLOTYPE  
Supplied as "Holotype of Asphondylia floriformis Veenstra-Quah & Kolesik, P., 2007"
Sex Male
License CC-BY
Presence/Absence PRESENT
Supplied as present
Typified name Asphondylia floriformis Veenstra-Quah, Kolesik & P., 2007

Event

Event ID urn:emu.sam.sa.gov.au:Event:48322
Date precision NOT_SUPPLIED

Taxonomy

Scientific name Asphondylia floriformis
Supplied scientific name "Asphondylia floriformis Veenstra-Quah & Kolesik, P., 2007"
Identified to rank species
Common name Gall Gnat
Kingdom Animalia
Phylum Arthropoda
Class Insecta
Order Diptera
Family Cecidomyiidae
Genus Asphondylia
Species Asphondylia floriformis
Name match metric canonicalMatch
Scientific name authorship Veenstra-Quah & Kolesik, 2007
Name parse type SCIENTIFIC

Geospatial

Country Australia
State or Territory Victoria
Latitude -38.23
Supplied as: "-38.23"
Longitude 145.27
Supplied as: "145.27"
Datum EPSG:4326
Verbatim locality Yaringa Marine National Park
Coordinate precision 0.01
Coordinate uncertainty (in metres) 5000.0
Terrestrial true
Verbatim latitude 38 14 S
Biome TERRESTRIAL
Marine false
Country Code AU
Verbatim longitude 145 16 E

User flagged issues 

    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 nameAsphondylia floriformis
    Decimal latitude-38.23
    Decimal longitude145.27

    View all data referenced by this publication

    Data quality tests

    Test name Result
    Geodetic datum assumed WGS84 Warning
    Show/Hide 79 passed properties
    Show/Hide 8 missing properties
    Show/Hide 26 tests that have not been run

    Additional political boundaries information

    Area Management
    Australian Coral Ecoregions South-east Australia
    CAPAD 2016 Marine Yaringa
    CAPAD 2020 Marine Yaringa
    Directory of Important Wetlands Western Port
    NRM Regions 2010 Port Phillip and Western Port
    NRM Regions 2017 Port Phillip and Western Port
    Area management
    National Landcare Program Management Units 2018 Port Phillip and Western Port
    Biodiversity
    IMCRA 4 Regions Bass Strait Shelf Province
    IMCRA Meso-scale Bioregions Victorian Embayments
    States including coastal waters Victoria (including Coastal Waters)

    Environmental sampling for this location

    Climate
    Precipitation - annual (Bio12) 781.7143 mm
    Precipitation - coldest quarter (Bio19) 231.14285 mm
    Precipitation - driest period (Bio14) 10.0 mm
    Precipitation - driest quarter (Bio17) 135.57143 mm
    Precipitation - seasonality (Bio15) 21.428572 mm
    Precipitation - warmest quarter (Bio18) 139.0 mm
    Precipitation - wettest period (Bio13) 20.0 mm
    Precipitation - wettest quarter (Bio16) 243.71428 mm
    Radiation - annual mean (Bio20) 14.971429 MJ/m2/day
    Radiation - seasonality (Bio23) 46.0
    Radiation - warmest quarter (Bio26) 22.6 MJ/m2/day
    Temperature - annual mean (Bio01) 14.5 degrees C
    Temperature - annual range (Bio07) 20.314285 degrees C
    Temperature - coldest period min (Bio06) 5.6571426 degrees C
    Temperature - coldest quarter mean (Bio11) 10.2 degrees C
    Temperature - diurnal range mean (Bio02) 9.742857 degrees C
    Temperature - driest quarter mean (Bio09) 18.857141 degrees C
    Temperature - isothermality (Bio03) 0.48 %
    Temperature - seasonality (Bio04) 1.1914287
    Temperature - warmest period max (Bio05) 25.985714 degrees C
    Temperature - warmest quarter (Bio10) 19.0 degrees C
    Temperature - wettest quarter mean (Bio08) 11.685714 degrees C
    Substrate
    Moisture Index - annual mean (Bio28) 0.7114286
    Moisture Index - highest quarter mean (Bio32) 1.0
    Elevation 2.0 m