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SWAGGIE seafloor MT 1998 LPMT

Magnetotelluric survey · South Australia · Adelaide University

Cite this survey

Cite as: Igor Popkov; Antony White; Graham Heinson; Steven Constable; Peter Milligan; F.E.M. Lilley (1998): SWAGGIE seafloor MT 1998. Version 1.0.0. Adelaide University. https://pid.sarig.sa.gov.au/dataset/mesac1113

Magnetotelluric transfer functions were accessed through AusMT, Australia's Magnetotelluric Data Portal (https://ausmt.auscope.org.au), enabled by AuScope and the Australian Government via the National Collaborative Research Infrastructure Strategy (NCRIS).

Eleven seafloor magnetotelluric soundings on the continental shelf and slope south of the lower Eyre Peninsula, South Australia, recorded in 1998 by SWAGGIE, the Southern Waters of Australia Geoelectric and Geomagnetic Induction Experiment, a joint project of Flinders University, the Scripps Institution of Oceanography, the Australian Geological Survey Organisation and the Australian National University.

20 km
36.10°S - 34.87°S · 134.79°E - 136.17°E
11
stations
LPMT
data type
1998
acquired
80 - 27,307 s
period coverage
Ex Ey Bx By Bz
channels recorded
11 / 11
tipper stations
1.0.0
version

About this survey

Eleven seafloor magnetotelluric soundings on the continental shelf and slope south of the lower Eyre Peninsula, South Australia, recorded in 1998 by SWAGGIE, the Southern Waters of Australia Geoelectric and Geomagnetic Induction Experiment, a joint project of Flinders University, the Scripps Institution of Oceanography, the Australian Geological Survey Organisation and the Australian National University. Instruments were laid on three lines: an inner shelf line in 95 to 100 m of water, an outer shelf line above the Duntroon Basin in 117 to 131 m, and a line down the continental slope from 512 to 3,050 m. The targets were the offshore extension of the Eyre Peninsula conductivity anomaly, its depth and width, and the structure of the margin. Each station carries an impedance tensor and a vertical magnetic field transfer function at eighteen periods from 80 to 27,307 seconds, each with variances. Released open file by the Geological Survey of South Australia through SARIG. Read README.md before use.

Data and downloads

L2Transfer functions

Hosted by AusMT

EDI archive (zip)11 stations · 27 KBDownload ↓
Survey MTH5 bundle11 stations · 817 KBDownload ↓
EMTF XML archive (zip)11 stations · 48 KBDownload ↓
Integrity details
EDI archive (zip)sha256 908ae6156871fc21022475f662cf1f17c4e61bce7e44a7641f7282b0d33cfa1c
Survey MTH5 bundlesha256 06b08c20a66db3871c36f5a059edd355fa974281a564253c82f56efc547c64c0
EMTF XML archive (zip)sha256 0a51d0bee2b216603719294c7474407a1774c1e7fa31e819e116f36cdde8325c

Stations (11)

StationLatLonT max (s)Time series
FMT3-34.981633135.228127,307-
FMT4-34.865217134.99721727,307-
FMT5-35.493733135.4811527,307-
FMT6-35.79555135.26586727,307-
SMT1-35.20615135.68668327,307-
SMT2-35.15015134.7878527,307-
SMT3-35.265083135.01588327,307-
SMT4-35.380867135.2476527,307-
SMT5-35.833683136.17293327,307-
SMT6-35.7212135.36666727,307-
SMT7-36.1135.17388327,307-

Contributors and organisations

Organisation
Adelaide University
Licence
CC BY 4.0

Identifiers and provenance

Machine-readable survey record · catalogue schema mtcat 2.0