Professor
Peter BarrettProfile page
Emeritus Professor
Antarctic Research Centre
BIO
Professor Peter Barrett was the founding director of the Antarctic Research Centre at Victoria University of Wellington, and was director of the ARC from 1972 until 2007.
Recent research projects:
• Feature documentary on climate change involving VUW, University of Oxford and Dox Productions.
• Glacial history of the Transantarctic Mountains.
• Last few million years history of McMurdo Sound and the Ross Ice Shelf through ANDRILL, which has now cored over 2200 m of strata covering the last 13 million years (McMurdo Ice Shelf 2006) and the period from 10-22 million years (Southern McMurdo Sound 2007), showing a remarkable record of frequent cyclic changes in Antarctic ice extent.
• Early history of the Antarctic ice sheet through the Cape Roberts Project, which cored 1500 m of strata off the Antarctic coast for a record of tectonic and climate history from 17 to 34 million years ago.
Other research interests:
Particle size and shape, and the use of these properties in understanding modern and ancient depositional systems. Past studies have included alluvial and glacial sedimentary systems and quantifying the relationship between wave climate, grain size and water depth on wave-dominated coasts.
Recent research projects:
• Feature documentary on climate change involving VUW, University of Oxford and Dox Productions.
• Glacial history of the Transantarctic Mountains.
• Last few million years history of McMurdo Sound and the Ross Ice Shelf through ANDRILL, which has now cored over 2200 m of strata covering the last 13 million years (McMurdo Ice Shelf 2006) and the period from 10-22 million years (Southern McMurdo Sound 2007), showing a remarkable record of frequent cyclic changes in Antarctic ice extent.
• Early history of the Antarctic ice sheet through the Cape Roberts Project, which cored 1500 m of strata off the Antarctic coast for a record of tectonic and climate history from 17 to 34 million years ago.
Other research interests:
Particle size and shape, and the use of these properties in understanding modern and ancient depositional systems. Past studies have included alluvial and glacial sedimentary systems and quantifying the relationship between wave climate, grain size and water depth on wave-dominated coasts.
DEGREES
- MScUniversity of Auckland, Auckland, New Zealand
- PhDOhio State University, United States