Fitting probability distribution functions to observed data is the standard way to compute
future design floods, but may not accurately reflect the projected future pattern of extreme …

Hydrometeorological droughts are complex hazards expressed through the relative
deviation in water availability relative to long‐term average conditions. The development …

Detecting the emergence of a forced anthropogenic climate change signal from
observations is critical for informing adaptation responses. By regressing local variations in …

Understanding how climate change is likely to impact on meteorological droughts is key to
informing adaptation planning. For Ireland, little research has examined how droughts are …

To support profitable agricultural production, nutrients, including phosphorus (P) are applied
to soils. However, to avoid over-application and mobilisation of excess P, in-soil …

The relationship between climate change and extreme precipitation is extremely complex.
From a probabilistic perspective, a proper understanding of the response of extreme …

We demonstrate the utility and reproducibility of the saltmarsh foraminifera-based
'geological tide gauge'(GTG) approach by developing two independent records of relative …

A written account of two flood events in 1844 and 1877 at Easkey in Co. Sligo on the west
coast of Ireland is explored with several meteorological datasets and historical newspaper …

Climate change is likely to exacerbate land to water phosphorus (P) transfers, causing a
degradation of water quality in freshwater bodies in Northwestern Europe. Planning for …

This paper compares Ireland's physical and transition climate risk costs by estimating
potential losses to properties through flood disaster damages in a scenario in which global …