Modelling economic risk to sea-level rise and storms at the coastal margin
Eaves, A., Kench, P., McDonald, G., Dickson, M., & Storey, B., 2023, Journal of Flood Risk Management. Expand
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Modelling gravel barrier response to storms and sudden relative sea-level change using XBeach-GTechnical Report
Brown, S.I.; Dickson, M.E.; Kench, P.S.; Bergillos, R.J., 2019, Marine Geology. Expand
Modelling historical and future change of the Washdyke/Opihi shorelineTechnical Report
Hicks, D.M., 1994, Consultancy Report. Expand
Modelling long term change of the Pegasus bay shorelineTechnical Report
Hicks, D.M., 1993. Expand
Modelling of surface roughness for flow over a complex vegetated surfaceJournal Paper
Pattanapol, W.; Wakes, S.J.; Hilton, M.J.; Dickinson, K.J.M., 2008, International Journal of Mathematical, Physical and Engineering Sciences. Expand
Modelling of the February 2 1936 storm tide in Wellington HarbourTechnical Report
Stephens, S.; Reeve, G.; Bell, R., 2009. Expand
Modelling storm-event E. coli pulses from the Motueka and Sherry Rivers in the South Island, New ZealandJournal Paper
Wilkinson, R.J; McKergow, L.A; Davis-Colley, R.J; Ballantine, D.J; Young, R.G., 2011, New Zealand journal of marine and freshwater research. Expand
Modelling surf break wave mechanics with SWASH - an application to Mangamaunu Point Break (Kaikōura, New Zealand)Conference Paper
Weppe, S.; Shand, T.D., 2019, Australian Coasts & Ports 2019 Conference. Expand
Modelling the economic implications of coastal managed retreat
Eaves, A., 2022, PhD. Expand
Modelling the effect of vegetation on air flow for application to wind erosion control
Morgan, R., 1990, J. Thorness (ed.), Vegetation and Erosion. Expand