Raphael Krier
Postdoctoral Researcher
Research Interests
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Coastal geomorphology - sandy beaches and rock coasts
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Nearshore wave transformation and associated non-linear processes.
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Storm wave generation and dissipation.
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Submerged flats’ hydrodynamic - rocky shore platforms and reefs
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Effects of large-scale atmospheric patterns and sea level rise on coastal erosion.
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Coastal engineering and management.
Growing up on the small island of Corsica surfing, sailing and working on small fishing boats, I developed a facination for coastal processes and the marine environment. I have studied a range of coastal processes including the dissipation of storm waves in the English Channel (Great Britain) using offshore buoys; the morphological response of Narrabeen beach (Australia) to El Niño/la Niña cycles using nearshore wave hindcasts and beach surveys; and the transformation of waves over shore platforms in New Zealand using AUVs, pressure sensor arrays, and current meters. I then worked for the local government in New Zealand as a lead coastal scientist, leading the strategic response to climate change, the development of monitoring strategies and engineering solutions for a district covering 200 km of coastline. I am now focusing on linking cliff erosion hotspots to environmental forcings using coastal wave, rain, ground water and LiDAR data. I employ a range of different techniques in my work combining in-situ data (current, waves, bathymetry and morphology) and numerical wave models (phase resolving and phase averaging) to link environmental parameters to coastal geomorphological response.