USNM:Biorepository:AL7NN81
Model organism or animal
BioSampleModel
2023-08-01T01:28:18Z
ENA-FIRST-PUBLIC
2023-08-01T01:28:18Z
ENA-LAST-UPDATE
SAMN36762155
External Id
pda|tesserazoa
INSDC center name
2023-08-01T01:28:18Z
INSDC first public
2023-08-01T01:28:18Z
INSDC last update
public
INSDC status
SRS18456831
SRA accession
USNM:Biorepository:AL7NN81
Submitter Id
missing
age
https://n2t.net/ark:/21547/FLr2USNM:Biorepository:AL7NN81
bcid
missing
biomaterial_provider
missing
breed
NCBI
broker name
Actinopterygii
class
Baldwin, C. B.; Robertson, D. R.; Castillo, C. I.; Driskell, A.
collected_by
FISH
collectionCode
2011-05-25
collection_date
Atlantic Ocean
continentOcean
25
dayCollected
10
dayIdentified
12.25286
decimalLatitude
-69.03644
decimalLongitude
0, 3
depth
missing
dev_stage
CUR11_10
eventID
Bythitidae
family
CUR11215
fieldNumber
Ogilbia
genus
Curacao: Atlantic Ocean, Curacao
geo_loc_name
missing
host
Werner W. Schwarzhans
identified_by
Smithsonian
institutionCode
NMNH
institutionID
Curacao
island
Leeward Antilles
islandGroup
Animalia
kingdom
12.25286 N 69.03644 W
lat_lon
45 SL
length
millimeters
lengthUnits
Atlantic Ocean: Curacao
locality
USNM:FISH:406215
materialSampleID
3
maximumDepthInMeters
0
minimumDepthInMeters
5
monthCollected
5
monthIdentified
Ophidiiformes
order
Ogilbia jeffwilliamsi
organism
Rotenone; Snorkel
samplingProtocol
Ogilbia jeffwilliamsi
scientificName
Ogilbia jeffwilliamsi
scientific_name
missing
sex
jeffwilliamsi
specificEpithet
Neopterygii
subClass
Brosmophycinae
subFamily
Bythitoidei
subOrder
Osteichthyes
superClass
Paracanthopterygii
superOrder
missing
tissue
1054390637
tissueBarcode
http://n2t.net/ark:/65665/3f4a4040e-f25c-4549-8440-ac1e80d3f19c
tissueCatalogNumber
Smithsonian
tissueInstitution
Ogilbia_jeffwilliamsi
title
Curacao, Boka San Pedro to left of wind turbines on northwest side of island
verbatimLocality
http://n2t.net/ark:/65665/379d22fe9-7aeb-4ab3-b7c9-d0ab3c2189ee
voucherURI
Caribbean Sea
waterBody
urn:lsid:marinespecies.org:taxname:281849
wormsID
2011
yearCollected
2012
yearIdentified