A range of characters from modern and fossil species are used to present a phylogeny of Eucryphia Cav. (Eucryphiaceae). Amongst the extant taxa, the Australian species form a monophyletic group, but the South American species are paraphyletic. This, coupled with their present-day distribution and the fossil record, supports the view that Eucryphia had a Gondwanic origin at least 50 million years prior to the disruption of Australia from Antarctica. Although based on a limited data set with only vegetative characters available, the inclusion of the fossil members of Eucryphiaceae has demonstrated several trends that have been inferred to represent a response to the changing climatic conditions of the Cenozoic. These responses have included a...
© CSIRO 2005Cupressaceae macrofossils are difficult to identify in older sediments, but the extant s...
The macrofossil record of the plant family Cunoniaceae in Australia is summarised and reviewed where...
Charting the broad patterns of vascular plant evolution for Gondwana against the major global enviro...
Eucalypts have influenced the fire ecology of the Australian landscape more than any other plant gro...
Molecular age estimates for the Eucalypteae (family Myrtaceae) suggest that the eucalypts, possibly ...
Three plant genera with South American-Australasian disjunctive distributions were studied: Eucryphi...
The eucalypts, which include Eucalyptus, Angophora and Corymbia, are native to Australia and Malesia...
The eucalypts, which include Eucalyptus, Angophora and Corymbia, are native to Australia and Malesia...
The first Fossil capsule of Eucryphia, E. reticulata R.W.Barnes and G.J.Jord. sp. nov., is described...
To better understand the historical biogeography of the southern hemisphere and evolutionary respons...
The Australian fossil record shows that from ca. 25 Myr ago, the aseasonal-wet biome (rainforest and...
Fossil fruits of Icacinaceae are recorded from two Cenozoic sites in Australia, at Launceston in nor...
© CSIRO 2001The macrofossil record of the plant family Cunoniaceae in Australia is summarised and re...
Diverse Cenozoic (possibly latest Oligocene to mid–late Miocene) macrofossils from the Lightning Rid...
The Australian fossil record shows that from ca. 25 Myr ago, the aseasonal–wet biome (rainforest and...
© CSIRO 2005Cupressaceae macrofossils are difficult to identify in older sediments, but the extant s...
The macrofossil record of the plant family Cunoniaceae in Australia is summarised and reviewed where...
Charting the broad patterns of vascular plant evolution for Gondwana against the major global enviro...
Eucalypts have influenced the fire ecology of the Australian landscape more than any other plant gro...
Molecular age estimates for the Eucalypteae (family Myrtaceae) suggest that the eucalypts, possibly ...
Three plant genera with South American-Australasian disjunctive distributions were studied: Eucryphi...
The eucalypts, which include Eucalyptus, Angophora and Corymbia, are native to Australia and Malesia...
The eucalypts, which include Eucalyptus, Angophora and Corymbia, are native to Australia and Malesia...
The first Fossil capsule of Eucryphia, E. reticulata R.W.Barnes and G.J.Jord. sp. nov., is described...
To better understand the historical biogeography of the southern hemisphere and evolutionary respons...
The Australian fossil record shows that from ca. 25 Myr ago, the aseasonal-wet biome (rainforest and...
Fossil fruits of Icacinaceae are recorded from two Cenozoic sites in Australia, at Launceston in nor...
© CSIRO 2001The macrofossil record of the plant family Cunoniaceae in Australia is summarised and re...
Diverse Cenozoic (possibly latest Oligocene to mid–late Miocene) macrofossils from the Lightning Rid...
The Australian fossil record shows that from ca. 25 Myr ago, the aseasonal–wet biome (rainforest and...
© CSIRO 2005Cupressaceae macrofossils are difficult to identify in older sediments, but the extant s...
The macrofossil record of the plant family Cunoniaceae in Australia is summarised and reviewed where...
Charting the broad patterns of vascular plant evolution for Gondwana against the major global enviro...