Slopes make up a large proportion of UK transport networks and failure of these slopes causes disruption to network operation and frustration to the public. Our climate is predicted to change significantly over the next century; future change is likely to have a significant effect on much of our infrastructure. There is evidence that the scenario of more intense rainfall is already having an impact on the UK transport infrastructure including major landslides in Scotland (e.g. Stromeferry) and, in the winter of 2000/1, which was documented the wettest on record, over 100 slope failures in the Southern Region of Railtrack alone. Newcastle, Southampton, Belfast, Durham and Loughborough Universities have all been carrying out research into the...
The clay soil-vegetation-climate model described in the Geotechnique paper by Smethurst Clarke and P...
In assessing the impact of climate change on infrastructure, it is essential to consider the interac...
In volume-sensitive clays the annual cycle of wetting and drying causes shrink and swell displacemen...
Slopes make up a large proportion of UK transport networks and failure of these slopes causes disrup...
A mature transport infrastructure such as that in the UK is often intensively used, but has key elem...
The paper reports on two studies of the expected effects of future climate change on slope stability...
A unique facility for engineering and biological research has been established with the aim of impro...
Climate change has the potential to have significant effects on the stability and serviceability of ...
Climate interacts with infrastructure slopes and their associated vegetation to cause changes in por...
Climate change has the potential to have significant effects on the stability and serviceability of ...
A unique facility for engineering and biological research has been established with the aim of impro...
The Department of Regional Development (DRD), Northern Ireland, designed and constructed numerous hi...
Our climate is set to change significantly over the next century. The Engineering and Physical Scien...
The UK’s transport infrastructure is one of the most heavily used in the world. The performance of t...
Failure of slopes adjacent to the UK transport infrastructure causes delays and these are expensive ...
The clay soil-vegetation-climate model described in the Geotechnique paper by Smethurst Clarke and P...
In assessing the impact of climate change on infrastructure, it is essential to consider the interac...
In volume-sensitive clays the annual cycle of wetting and drying causes shrink and swell displacemen...
Slopes make up a large proportion of UK transport networks and failure of these slopes causes disrup...
A mature transport infrastructure such as that in the UK is often intensively used, but has key elem...
The paper reports on two studies of the expected effects of future climate change on slope stability...
A unique facility for engineering and biological research has been established with the aim of impro...
Climate change has the potential to have significant effects on the stability and serviceability of ...
Climate interacts with infrastructure slopes and their associated vegetation to cause changes in por...
Climate change has the potential to have significant effects on the stability and serviceability of ...
A unique facility for engineering and biological research has been established with the aim of impro...
The Department of Regional Development (DRD), Northern Ireland, designed and constructed numerous hi...
Our climate is set to change significantly over the next century. The Engineering and Physical Scien...
The UK’s transport infrastructure is one of the most heavily used in the world. The performance of t...
Failure of slopes adjacent to the UK transport infrastructure causes delays and these are expensive ...
The clay soil-vegetation-climate model described in the Geotechnique paper by Smethurst Clarke and P...
In assessing the impact of climate change on infrastructure, it is essential to consider the interac...
In volume-sensitive clays the annual cycle of wetting and drying causes shrink and swell displacemen...