The climate evolution of high latitude 140 to 90 million year old hydrocarbon prospective strata of Southeast Australia

Grant number: LP0989203 | Funding period: 2009 - 2012

Completed

Abstract

Melbourne University and the Royal Botanic Gardens will collaborate with three companies to investigate climate variability in a 140 to 90 million year old greenhouse record in southeast Australia. Spore, pollen & algal studies integrated with wood & plant analyses and zircon dating will improve age estimates of hydrocarbon reservoirs in Gippsland where Lakes Oil and Nexus Energy are exploring in one of Australia's premier oil & gas producing regions. This work will lead to a better understanding of climate change in long-term greenhouse conditions. Knowledge of this in the past is critical to prediction of climate change into the future

Related publications (8)

Scholarly works icon

Palaeobiogeographical affinities and palaeoceanographical significance of late Cretaceous Ostracoda (Crustacea) from Voluta-1, Otway Basin, southeastern Australia

Mark T Warne, Stephen J Gallagher

2020-11-04

A continental shelf to upper continental slope ostracod fauna is documented from the late Cretaceous (late Turonian to Santonian) ..

Scholarly works icon

Palynological-age determination of Early Cretaceous vertebrate-bearing beds along the south Victorian coast of Australia, with implications for the spore-pollen biostratigraphy of the region

Barbara Wagstaff, Stephen Gallagher, W Michael Hall, Vera Korasidis, Thomas H Rich, Doris E Seegets-Villiers, Patricia A Vickers-Rich

2020-01-01

Palynology is used to provide new age controls for the coastal exposures yielding Early Cretaceous vertebrate faunas in the Otway ..

Scholarly works icon

Palaeoenvironments and palaeocommunities from Lower Cretaceous high latitude sites, Otway Basin, southeastern Australia

Anne-Marie P Tosolini, Vera A Korasidis, Barbara E Wagstaff, David J Cantrill, Stephen J Gallagher, Martin S Norvick

2018-05-01

Lower Cretaceous (Barremian to Albian) fossil plant assemblages are preserved in sediments of the Otway Group, Otway Basin, and co..

Scholarly works icon

Early angiosperm diversification in the Albian of southeast Australia: implications for flowering plant radiation across eastern Gondwana

Vera A Korasidis, Barbara E Wagstaff, Stephen J Gallagher, Ian R Duddy, Anne-Marie P Tosolini, David J Cantrill, Martin S Norvick

2016-09-01

This study provides the first record of the high diversity and abundance of Victoria's earliest angiosperms from outcrops in the n..

Scholarly works icon

Cheirolepidiacean foliage and pollen from Cretaceous high-latitudes of southeastern Australia

Anne-Marie P Tosolini, Stephen McLoughlin, Barbara E Wagstaff, David J Cantrill, Stephen J Gallagher

2015-04-01

Cheirolepidiaceae leaves and pollen are recorded from Valanginian-Albian strata of southeastern Australia that were deposited at h..

Scholarly works icon

High latitude Albian climate variability: Palynological evidence for long-term drying in a greenhouse world

Barbara E Wagstaff, Stephen J Gallagher, Martin S Norvick, David J Cantrill, Malcolm W Wallace

2013-09-15

Detailed "Quaternary-style" quantitative spore-pollen counts, with a pollen sum based on total non-angiosperm seed plants, from a ..

Scholarly works icon

First ceratosaurian dinosaur from Australia

Erich MG Fitzgerald, Matthew T Carrano, Timothy Holland, Barbara E Wagstaff, David Pickering, Thomas H Rich, Patricia Vickers-Rich

2012-05-01

The basal theropod dinosaur clade Ceratosauria, and its subclade Abelisauroidea, is characteristic of late Mesozoic terrestrial ve..

Scholarly works icon

A new subdivision of the Albian spore-pollen zonation of Australia

Barbara E Wagstaff, Stephen J Gallagher, Jessica K Trainor

2012-02-01

The Albian spore-pollen zonation of Australia is used to date terrestrial sequences from Antarctica to New Zealand. A detailed qua..