This study assesses the seasonal forecast skill of river flow persistence in 46 catchments representing a range of hydrogeological conditions across Ireland. Skill is evaluated against a climatology benchmark forecast and by examining correlations between predicted and observed flow anomalies. Forecasts perform best when initialized in drier summer months, 87% of which show greater skill relative to the benchmark at a 1-month horizon. Such skill declines as forecast horizon increases due to the longer time a catchment has to “forget” initial anomalous flow conditions and/or to be impacted by “new” events. Skill is related to physical catchment descriptors such as the baseflow index (correlation ρ = 0.86) and is greatest in permeable high-st...
This paper introduces a reference hydrometric network for Ireland and examines the derived flow arch...
Recent technological advances in representation of processes in numerical climate models have led to...
Seasonal predictions of river flow can be exploited among others to optimise hydropower energy gener...
This study assesses the seasonal forecast skill of river flow persistence in 46 catchments represent...
Skilful hydrological forecasts can benefit decision-making in water resources management and other w...
The geophysical and hydrological processes governing river flow formation exhibit persistence at sev...
Skilful hydrological forecasts at sub-seasonal to seasonal lead times would be extremely beneficial...
International audienceThe geophysical and hydrological processes governing river flow formation exhi...
Study Region: Northern Ireland (NI), and sub-catchments in the Republic of Ireland that drain to NI ...
International audienceMeteorological centres make sustained efforts to provide seasonal forecasts th...
This paper uses hindcasts (1981-2010) to investigate the sources of skill in seasonal hydrological f...
Key Points Global bimonthly streamflow forecasts show potentially valuable skill Initial catchment c...
A 250-year (1766–2016) archive of reconstructed river flows is presented for 51 catchmen...
A 250-year (1766-2016) archive of reconstructed river flows is presented for 51 catchments across Ir...
This paper introduces a reference hydrometric network for Ireland and examines the derived flow arch...
Recent technological advances in representation of processes in numerical climate models have led to...
Seasonal predictions of river flow can be exploited among others to optimise hydropower energy gener...
This study assesses the seasonal forecast skill of river flow persistence in 46 catchments represent...
Skilful hydrological forecasts can benefit decision-making in water resources management and other w...
The geophysical and hydrological processes governing river flow formation exhibit persistence at sev...
Skilful hydrological forecasts at sub-seasonal to seasonal lead times would be extremely beneficial...
International audienceThe geophysical and hydrological processes governing river flow formation exhi...
Study Region: Northern Ireland (NI), and sub-catchments in the Republic of Ireland that drain to NI ...
International audienceMeteorological centres make sustained efforts to provide seasonal forecasts th...
This paper uses hindcasts (1981-2010) to investigate the sources of skill in seasonal hydrological f...
Key Points Global bimonthly streamflow forecasts show potentially valuable skill Initial catchment c...
A 250-year (1766–2016) archive of reconstructed river flows is presented for 51 catchmen...
A 250-year (1766-2016) archive of reconstructed river flows is presented for 51 catchments across Ir...
This paper introduces a reference hydrometric network for Ireland and examines the derived flow arch...
Recent technological advances in representation of processes in numerical climate models have led to...
Seasonal predictions of river flow can be exploited among others to optimise hydropower energy gener...