Professor David J Lowe
Acting Dean, School of Science
Qualifications: BSc MSc PhD Waikato FRSNZ FNZSSS
Personal Website: http://sci.waikato.ac.nz/about-us/people/dlowe
David has published widely in a range of disciplines centred on tephra and its derivatives, including tephrochronology, pedology/paleopedology, Quaternary science, soil mineralogy, geochronology, paleolimnology, geoarchaeology, and landsliding. With more than 190 refereed publications in scientific journals or books (including 25 book chapters) to his name, David has undertaken research in New Zealand, Antarctica, Australia, Canada, Japan and the U.K. He also has field experience in Taiwan, Ireland, France, Germany, Romania, Santorini (Greece), Switzerland, western U.S.A. (eight states including Alaska and Hawaii), and Fiji.
- Elected an Honorary Life Member of the International Focus Group on Tephrochronology and Volcanism (INTAV), 2018
- Awarded Earthquake Commission (EQC) funding for project “Hidden tephras in Waikato lakes and peats”, 2016
- Editor of Chapter 11 “Climate Swings and Roundabouts” of award-winning text “A Continent on the Move: New Zealand geoscience revealed, 2nd edition”, published by the Geoscience Society of NZ with GNS Science, 2015
- Elected an Honorary Life Fellow of the International Union for Quaternary Research (INQUA), 2015
- Awarded McKay Hammer Award of the Geoscience Society of New Zealand, 2011
- Awarded "Editor's Citation of Excellence for Associate Editors", Soil Science Society of America Journal, 2011
- Elected Fellow of Royal Society of New Zealand (FRSNZ), 2010
- Awarded Marsden Fund funding for 3-year project "New Views from Old Soils" on ancient DNA and carbon sequestration in buried volcanic-ash soils in the North Island, 2010
- Elected Fellow of the New Zealand Society of Soil Science (FNZSS), 2002
- Awarded Fellowships of the Japanese Society for the Promotion of Science for lecture tour of Japan in 2010 and 2000.
- Tephrochronology, the characterisation, dating, and stratigraphic correlation of tephra (or volcanic ash) and cryptotephra deposits and their application to linking, synchronizing and dating geological, paleoecological or archaeological deposits or events;
- Pedology, the nature, genesis, distribution and classification of soils, and palaeopedology, the study of soils of landscapes or environments of the past, especially multi-layered soils in volcanic and pyroclastic-dominated landscapes where upbuilding pedogenesis occurs;
- Mineralogy of soils formed in volcanic materials including studies of (i) allophane and its role in C sequestration and DNA adsorption, and (ii) halloysite and its morphology and association with landsliding;
- Environmental change in the Quaternary: developing chronologies for the reconstruction of palaeoenvironments, including the impacts of humans (hence geoarchaeology), using environmental proxies at a range of time-scales and deposits since about 2.6 million years ago.
David has jointly-supervised more than 70 postgraduates to completion, being chief supervisor for more than half of these. Two of David's PhD students (Fieldes Award) and six of his MSc students (Rigg Award) have been awarded the top prizes of the New Zealand Society of Soil Science for their outstanding research. Another former student (Dr Maria Gehrels, then at Plymouth University, UK) was awarded the Pullar-Vucetich Prize (2008) of the Geological Society of New Zealand for her research on cryptotephras. Recent or current PhD and MSc projects supervised or co-supervised by David are given below.
- Robertson, Thomas (Tom) (2018 ongoing). Sensitive soils derived from rhyolitic tephras and landsliding, Bay of Plenty.
- Prentice, Marlena (2018 ongoing). Volcanism of the Tauranga and Kaimai volcanic centres: supereruptions at the dawn of the modern TVZ.
- Loame, Remedy (2016 ongoing). Revealing new volcanic ash-fall hazards in the Waikato region by detecting and analysing cryptotephras in 20,000-year-oldorganic-rich sediments (supported by EQC and WRC).
- Ratcliffe, Joshua (Joss) (2015 ongoing). Carbon accumulation and decay rates in pristine and disturbed Waikato restiad peatlands.
- Yousefzadeh, Elhamy (Eli) (2015 ongoing). Ongatiti Ignimbrite and its emplacement: textures, mechanism, and distribution.
- Huang, Yu-Tuan (Doreen) (2015). Studies on carbon and DNA preservation in allophanic soils and paleosols on Holocene tephras in New Zealand.
- Gehrels, Maria (2009, Plymouth University). An enhanced ~1800-year record of recent volcanic ash-fall events in northern New Zealand from analysis of cryptotephra.
- Palmer, David (2008). Development of national extent terrain attributes (TANZ), soil water balance surfaces (swatbal), and environmental surfaces, and their application for spatial modelling of Pinus radiata productivity across New Zealand.
- Jones, Haydon (2004). Impacts of forest harvesting on performance of soil-landscape modelling in a radiata pine forest, northern New Zealand.
MSc or MSc(Research)
- Ross, ChrisAnne (2018 ongoing). Ngaroma ignimbrite.
- Loame, Remedy (2016). Using a tephrostratigraphic framework to determine the past 40,000 yrs of rupture and paleohydrothermal activity on the east strand of the Whirinaki Fault, Ngakuru Graben, central Taupo Volcanic Zone.
- Noyes, Adrea (2016). Soil recovery on landslides in hill country at Whatawhata Research Station, western Waikato, New Zealand.
- Kleyburg, Melissa (2015). Palaeoliquefaction in Late Pleistocene alluvial sediments in the Hauraki and Hamilton basins.
- Laubscher, Nadia (2014). Improvement in soil water availability in pastures by excavating and mixing buried soil horizons from multilayered Pumice Soils (Vitrands) at Galatea, central North Island, New Zealand.
- Heaphy, Marie (2013). Assessing drivers of plantation forest productivity on eroded versus non-eroded soils on hilly and steep land in eastern North Island, New Zealand: from catchment to regional scale.
- Foster, Courtney (2013). Palaeolimnology of Adelaide Tarn, a ~14,000-year-old low-alpine glacial lake, northwestern South Island, New Zealand.
- Cunningham, Michael (2012). Sensitive rhyolitic pyroclastic deposits in the Tauranga region: mineralogy, geomechanics and microstructure of peak and remoulded states.
- Lanigan, Kerri (2012). Characterisation and paleoclimatic signals within tephric loess deposits aged between c.33 to 9.5 cal ka in the Rotorua area, northern New Zealand.
- Hainsworth, Sharn (2011). Properties and distribution of soils on the Ruataniwha Plains, Hawke's Bay: a new approach integrating classical and digital mapping techniques.
- Wyatt, Justin (2009). Sensitivity and clay mineralogy of weathered tephra-derived soil materials in the Tauranga region.
- Pickett, Rachel (2008). A tephra-dated record of palaeoenvironmental change since c. 5,500 years ago from Lake Rotorua, North Island, New Zealand.
- Cole-Baker, Jeremy (2006). Sedimentology and tephrochronology of Late-Glacial and Holocene lake sediments and peats, Westland, South Island.
- Linehan, James (2015). Distribution of soils in the Southern Hawke’s Bay Greywacke Foothills Land System.
Geology; Radiocarbon Dating; Volcanoes
Andisols; tephra; cryptotephra; tephrochronology; pedology; paleopedology; Quaternary science; paleolimnology; soil mineralogy; geochronology; volcanology; geoarchaeology; landsliding; geohazards.
Lowe, D. J., & Balks, M. R. (2019). Introduction to tephra-derived soils and farming, Waikato-Bay of Plenty, North Island, New Zealand. University of Wisconsin-Platteville Education Abroad Program: Winterim Field Trip (15-17 January, 2019).. (pp. 1-82). Hamilton, New Zealand: School of Science (Earth Sciences), University of Waikato. Open Access version: https://hdl.handle.net/10289/12297
Newnham, R. M., Hazell, Z. J., Charman, D. J., Lowe, D., Rees, A. B. H., Amesbury, M. J., . . . Jara, I. A. (2019). Peat humification records from Restionaceae bogs in northern New Zealand as potential indicators of Holocene precipitation, seasonality, and ENSO. Quaternary Science Reviews, 218, 378-394. doi:10.1016/j.quascirev.2019.06.036
Lowe, D. (2019). Using soil stratigraphy and tephrochronology to understand the origin, age, and classification of a unique Late Quaternary tephra-derived Ultisol in Aotearoa New Zealand. Quaternary, 2(1), 1-34. doi:10.3390/quat2010009
Loame, R. C., Villamor, P., Lowe, D. J., Milicich, S. D., Pittari, A., Barker, S. L. L., . . . Ries, W. F. (2019). Using paleoseismology and tephrochronology to reconstruct fault rupturing and hydrothermal activity since c. 40 ka in Taupo Rift, New Zealand. Quaternary International, 500, 52-70. doi:10.1016/j.quaint.2019.02.031
View All research publications by David Lowe
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