MSc ECE fieldtrip to Hengistbury Head and Christchurch Bay – by Michalis Karas

MSc ECE 2018/19 student Michalis Karas reports on the SOES3014/CENV6126 fieldtrip to Hengistbury Head and Christchurch Bay:   On Monday 5th of November a field trip was organised to introduce a variety of coastal environments, both natural and engineered. A group of MSc students from Coastal Sediment Dynamics and Coastal Morphodyamics courses visited the area… Read More MSc ECE fieldtrip to Hengistbury Head and Christchurch Bay – by Michalis Karas

Seminar Blog: Surgewatch: documenting 2000 years of coastal flooding in the UK

By MSc ECE 2018/19 student Gabriella Panteli, On Friday 2nd November Dr Ivan Haigh, Mrs Addina Inayatillah, Ms Lucy Fillbrook spoke to us on the topic “Surgewatch: documenting 2000 years of coastal flooding in the UK”.   Coastal flooding events have had catastrophic consequences both globally and in the UK. Within the UK there is a… Read More Seminar Blog: Surgewatch: documenting 2000 years of coastal flooding in the UK

Student Blogpost: Coastal and marine implications of a 1.5˚C increase in warming: Implications of the Paris Agreement

ECE 2018/19 Student Toby Miller reports on the first coastal seminar of this term, a SMMI workshop on  “Coastal and marine implications of a 1.5˚C increase in warming: Implications of the Paris Agreement”. The workshop featured presentations by, and discussion with a team of experts from the University, including Dr Sally Brown, lead author on… Read More Student Blogpost: Coastal and marine implications of a 1.5˚C increase in warming: Implications of the Paris Agreement

New understanding of rip currents could help to save lives

This is a press-release for a new paper – Wave breaking patterns control rip current flow regimes and surf zone retention, published by members of the coastal group which can be accessed here. Research by the Universities of Southampton and Plymouth has found a new link between breaking waves and the hazard posed by rip currents. The… Read More New understanding of rip currents could help to save lives