Phytoliths are described from deep sea sediments at Site 591 in the southwestern Pacific. Their regional distribution is related to the arid and semiarid regions of Australia, from where they were blown by westerly winds into the Tasman Sea area. The stratigraphic record ranges from the middle Miocene, at about 14.4 m.y., until the early Pleistocene. A distinct increase in frequencies observed during the Pliocene and a maximum at about 2.5 m.y. coincide with important trends in paleogeography and paleoclimatology: the development of the Antarctic ice cap, the northward drift of the Australian Plate, and the generation of arid conditions on the Australian continent
Changes in ocean circulation are often credited as the primary control on large-scale climate change...
Late Neogene planktonic foraminiferal biostratigraphy of DSDP Site 296, Leg 31, reveals this site as...
Late Neogene stratigraphy of southern Victoria Land Basin is revealed in coastal and offshore drill ...
Phytoliths are described from deep sea sediments at Site 591 in the southwestern Pacific. Their regi...
Phytoliths found in deep-sea sediments at DSDP Site 591 in the southwest Pacific reflect the onset a...
This report documents phytoliths (siliceous plant fossils) in 16 samples from the Cape Roberts Proje...
Phytoliths (siliceous plant microfossils) have been recovered from Cenozoic sediments (c. 34 to 17 M...
ABSTRACT: The continental margin of southern Australia is a site of extensive Quaternary cool-water ...
Forty-eight bottle-green microtektites (BGMTs) were found in a core sample recovered from Ocean Dril...
Although phytolith research has come of age in archaeology and palaeoecology internationally, it has...
Benthic foraminiferal data from Ocean Drilling Program Site 1098 indicate significant changes in dee...
Clay minerals, grain sizes, and flux rates of terrigenous sediments in the Lord Howe Rise area provi...
Global climate underwent a major reorganization when the Antarctic ice sheet expanded ~14 million ye...
Global climate underwent a major reorganization when the Antarctic ice sheet expanded ~14 million ye...
We present an array of new proxy data and review existing ones from core Fr1/94-GC3 from the East Ta...
Changes in ocean circulation are often credited as the primary control on large-scale climate change...
Late Neogene planktonic foraminiferal biostratigraphy of DSDP Site 296, Leg 31, reveals this site as...
Late Neogene stratigraphy of southern Victoria Land Basin is revealed in coastal and offshore drill ...
Phytoliths are described from deep sea sediments at Site 591 in the southwestern Pacific. Their regi...
Phytoliths found in deep-sea sediments at DSDP Site 591 in the southwest Pacific reflect the onset a...
This report documents phytoliths (siliceous plant fossils) in 16 samples from the Cape Roberts Proje...
Phytoliths (siliceous plant microfossils) have been recovered from Cenozoic sediments (c. 34 to 17 M...
ABSTRACT: The continental margin of southern Australia is a site of extensive Quaternary cool-water ...
Forty-eight bottle-green microtektites (BGMTs) were found in a core sample recovered from Ocean Dril...
Although phytolith research has come of age in archaeology and palaeoecology internationally, it has...
Benthic foraminiferal data from Ocean Drilling Program Site 1098 indicate significant changes in dee...
Clay minerals, grain sizes, and flux rates of terrigenous sediments in the Lord Howe Rise area provi...
Global climate underwent a major reorganization when the Antarctic ice sheet expanded ~14 million ye...
Global climate underwent a major reorganization when the Antarctic ice sheet expanded ~14 million ye...
We present an array of new proxy data and review existing ones from core Fr1/94-GC3 from the East Ta...
Changes in ocean circulation are often credited as the primary control on large-scale climate change...
Late Neogene planktonic foraminiferal biostratigraphy of DSDP Site 296, Leg 31, reveals this site as...
Late Neogene stratigraphy of southern Victoria Land Basin is revealed in coastal and offshore drill ...