This research provides an understanding of the response of gravel barrier beaches to unimodal and bimodal storms through morphodynamic modelling.

This research presents the development of flood maps for Kuala Lumpur, covering pluvial and fluvial flooding. The fluvial maps have two scenarios: one undefended and the other that accounts for the infrastructure investments already made to mitigate flood risk.

A proof-of-concept study that enables practitioners to derive climate change allowances for the full distribution of floods (as opposed to single return periods).

This research summarises the current methods and data sources available to help carry out an ecosystem service or natural capital assessment for flood and coastal erosion risk management and marine habitat restoration schemes. Based on a review of ecosystem service classification systems and previous studies, six key ecosystem services have been identified as significant benefit providing services in the marine environment. The outlined valuation techniques can be used to conduct a marine natural capital assessment. However, it is acknowledged that there are a number of factors that limit the applicability of this methodology in the marine environment and specifically for coastal management schemes. The most significant limitations are the lack of available data on the marine environment and the interconnected nature of marine ecosystem service delivery.

This report systematically assesses the effect of varying logjam spacing, extent of logjam-generated change in water surface profile, vertical height of lower gap, overflow to local floodplain, and varying channel slope, representing a series of logjams in a sparse input data 1D network model including the jam-generated backwater, which depends on loss of momentum within the jam.

This analysis explores the relationship between investment and surface water flood risk through to 2100, with a focus on the residual risks that may exist by the 2050s and the investment need for the period from present day to 2050.