This dataset contains high-resolution (5-minute) raw, atmospheric corrected and mean sea level adjusted water level data for 9 flood storage areas (FSAs) in the Littlestock Brook catchment (a tributary of the River Evenlode, Thames Basin) from 2018 to 2022. The dataset also includes the estimated 9 x FSA stored volume time-series, estimated using a depth-stored volume lookup table for each FSA, produced from a digital elevation model of each feature and a depth-area-volume toolset. The annual barometric pressure time-series used to correct water level is also provided
Sea level rise scenarios for the Ōtākaro / Avon River catchment relative to 1.15m LVD. This elevatio...
In recent years, through the availability of remotely sensed data and other national datasets, it ha...
A hydrological dataset of LTC records with 5 min temporal resolution was obtained from 5 leveloggers...
We present a new water level dataset extracted from images taken by four Farson Digital Ltd river ca...
This dataset contains high-resolution (5-minute) discharge, turbidity, suspended sediment concentrat...
Projected future changes in climate call for more definite information on the magnitude–frequency re...
Long-term planning for flood risk management in coastal and estuarine areas requires timely and reli...
This document describes the rationale behind the use of UKCP09 products within the future flows and ...
Continental or global studies of coastal flood hazard in the context of climate change encounter sev...
Continental or global studies of coastal flood hazard in the context of climate change encounter sev...
London is one of the world’s most important coastal cities and is located around the Thames Estuary,...
Historic water level data used in determining the inundation characteristics for each of the catchme...
Abstract With growing concerns over water management in rivers worldwide, researchers are seeking in...
Estimating peak river discharge, a critical issue in engineering hydrology, is essential for designi...
The Thames tidal defences are the UK’s most complex and costly flood defence system and of global si...
Sea level rise scenarios for the Ōtākaro / Avon River catchment relative to 1.15m LVD. This elevatio...
In recent years, through the availability of remotely sensed data and other national datasets, it ha...
A hydrological dataset of LTC records with 5 min temporal resolution was obtained from 5 leveloggers...
We present a new water level dataset extracted from images taken by four Farson Digital Ltd river ca...
This dataset contains high-resolution (5-minute) discharge, turbidity, suspended sediment concentrat...
Projected future changes in climate call for more definite information on the magnitude–frequency re...
Long-term planning for flood risk management in coastal and estuarine areas requires timely and reli...
This document describes the rationale behind the use of UKCP09 products within the future flows and ...
Continental or global studies of coastal flood hazard in the context of climate change encounter sev...
Continental or global studies of coastal flood hazard in the context of climate change encounter sev...
London is one of the world’s most important coastal cities and is located around the Thames Estuary,...
Historic water level data used in determining the inundation characteristics for each of the catchme...
Abstract With growing concerns over water management in rivers worldwide, researchers are seeking in...
Estimating peak river discharge, a critical issue in engineering hydrology, is essential for designi...
The Thames tidal defences are the UK’s most complex and costly flood defence system and of global si...
Sea level rise scenarios for the Ōtākaro / Avon River catchment relative to 1.15m LVD. This elevatio...
In recent years, through the availability of remotely sensed data and other national datasets, it ha...
A hydrological dataset of LTC records with 5 min temporal resolution was obtained from 5 leveloggers...