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RB 77/00123 Eocene to Miocene stratigraphy of the Willunga Embayment. Notes on Ostracoda from Willunga Embayment boreholes WLG 38, WLG 40 and WLG 42.
The Willunga Embayment of the St. Vincent Basin is one of the classic areas of Cainozoic geology in South Australia with published studies dating back over the past century. This present study reassesses the geology of the Middle Eocene to Early...-
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Published: 01 Jan 1979
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RB 94/00009 Soils, stratigraphy and engineering geology of near surface materials of the Adelaide Plains.
Metropolitan Adelaide is founded on a wide variety of soils that overlie sediments and rocks. Some of the soils and sediments react to seasonal and human-induced changes in water content with marked changes in volume. The black earths and...-
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Published: 01 Jul 1996
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RI 050 Eocene to Miocene Stratigraphy of the Willunga Embayment
There is no abstract created for this record-
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Broch 061 Geology of McLaren Vale Wine Region 2000 (see BROCH 060 for 2010 version)
McLaren Vale, one of South Australia's major wine producing regions, is nestled in a geological province known as the Willunga Embayment, just a short drive south of Adelaide. From the sediments which were deposited in the basin-shaped embayment,...-
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RB 2016/00008 Geological field excursion guide — Cenozoic Willunga Embayment: from Australo-Antarctic Gulf to Sprigg Orogeny.
INTRODUCTION TO THE GUIDE As superb exposures of fossiliferous strata, refreshed by coastal erosion and winter storms and backing popular beaches in what is now suburban Adelaide, the coastal cliff sections in the Willunga Embayment have attracted...-
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Published: 01 Apr 2016
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RB 2022/00013 Neoproterozoic to Cenozoic geology of the Clarendon-Ochre Cove Fault scarp geological excursions to Old Noarlunga and Ochre Point, Geological Society of Australia, SA Division
Outcrops in the banks of the Onkaparinga River at Old Noarlunga, and in coastal cliffs near Ochre Point between Moana and Maslin Bay, South Australia, provide a record of late Neoproterozoic, (including early Ediacaran) and Cenozoic sedimentation and...-
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Published: 01 Nov 2022
