Flood is one of the most common and significant natural disasters in the world. Over recent decades, accelerated population growth and changes in land use patterns have resulted in increased human vulnerability to floods. Flood estimates are essential for a range of engineering design and planning purposes, including hydraulic structures construction, flood-plain management and flood risk mapping. Even though accurate flood estimates can reasonably reduce potential flood risk by improving the reliability of flood mitigation methods, previous research indicates that conventional methods for flood estimation in the UK still contain uncertainties. This study analyses the seasonal variation of flood estimates at 62 catchments distributed throug...
[1] Derived flood frequency models can be used to study climate and land use change effects on the f...
The reassessment of flood risk at York, UK, is pertinent in light of major flooding in November 2000...
Conventional techniques for quantifying and then managing flood risks are invalid under 'non-station...
Flood is one of the most common and significant natural disasters in the world. Over recent decades,...
The seasonality of river flooding in North Britain displays considerable spatial variation. This pap...
High-magnitude floods across Europe within the last decade have resulted in the widespread reassessm...
The study considers the seasonal distribution of non-tidal peak flows on a large number of rivers dr...
PhD ThesisRecent large flooding events have reinforced the need for prudent flood risk management. T...
In recent years, nonstationary flood frequency analysis (NFFA) has become an active area of research...
This paper focuses on the integration of population and environmental models to address the effect o...
Extraordinary flood events occurred recently in northwest England, with several severe floods in Cum...
As environmental change is happening at an unprecedented pace, a comprehensive and holistic approach...
When designing or maintaining an hydraulic structure, an estimate of the frequency and magnitude of ...
The paper compares results from two approaches to the quantification of river flood frequencies appl...
There is a widely-held view that future climate change will increase flood risk in the UK. Extensive...
[1] Derived flood frequency models can be used to study climate and land use change effects on the f...
The reassessment of flood risk at York, UK, is pertinent in light of major flooding in November 2000...
Conventional techniques for quantifying and then managing flood risks are invalid under 'non-station...
Flood is one of the most common and significant natural disasters in the world. Over recent decades,...
The seasonality of river flooding in North Britain displays considerable spatial variation. This pap...
High-magnitude floods across Europe within the last decade have resulted in the widespread reassessm...
The study considers the seasonal distribution of non-tidal peak flows on a large number of rivers dr...
PhD ThesisRecent large flooding events have reinforced the need for prudent flood risk management. T...
In recent years, nonstationary flood frequency analysis (NFFA) has become an active area of research...
This paper focuses on the integration of population and environmental models to address the effect o...
Extraordinary flood events occurred recently in northwest England, with several severe floods in Cum...
As environmental change is happening at an unprecedented pace, a comprehensive and holistic approach...
When designing or maintaining an hydraulic structure, an estimate of the frequency and magnitude of ...
The paper compares results from two approaches to the quantification of river flood frequencies appl...
There is a widely-held view that future climate change will increase flood risk in the UK. Extensive...
[1] Derived flood frequency models can be used to study climate and land use change effects on the f...
The reassessment of flood risk at York, UK, is pertinent in light of major flooding in November 2000...
Conventional techniques for quantifying and then managing flood risks are invalid under 'non-station...