Periods of recent infilling of the Gisborne Plains basin: associated marker beds and changes in shoreline
Pullar, W.A.; Penhale, H.R., 1970, New Zealand Journal of Science. Expand
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- Source: Science
Phosphorus transformations in a chronosequence of soils developed on wind-blown sand in New Zealand
Syers, J.K.; Walker, T.W., 1969, Journal of Soil Science. Expand
Planned retreat governance: Insights from Matatā, New Zealand.
Hanna, C., White, I., Glavovic, B., 2018, Report for the National Science Challenge: Resilience to Nature’s Challenges, University of Waikato, New Zealand. Expand
Pleistocene shorelines on the compound coast of Otago
Cotton, C.A., 1957, New Zealand Journal of Science and Technology. Expand
Pohutukawa (Metrosideros ecxcelsa) health and phenology in relation to possums (Trichosurus vulpecula) and other damaging agentsJournal Paper
Hosking, G.R.; Huttcheson, J.A., 1993, New Zealand Journal of Forestry Science. Expand
Pohutukawa and biodiversity. Conservation Advisory Science Notes No. 100Journal Paper
Simpson, P., 1994, Conservation Advisory Science Notes. Expand
Potential impacts of mechanical cockle harvesting on shorebirds in Golden and Tasman Bays, New Zealand
Schmechel, F., 2001, DOC science internal series. Expand
Predicting archaeological sites in New Zealand
Arnold, G; Newsome, P; Heke, H., 2004, DOC Science Internal Series. Expand
Prediction of annual average sedimentation rates in an estuary using numerical models with verification against core data – Mahurangi Estuary, New ZealandJournal Paper
Oldman, J.W., Black, K.P., Swales, A., Stroud, M.J., 2009, Estuarine, Coastal and Shelf Science. Expand
Predictive models of archaeological site distributions in New Zealand.
Leathwick JR, 2000, Science and Research Internal Report. Expand