Add to ORKGA BGS cross-directorate team have developed a new 'GeoClimate' data product for future clay shrink-swell subsidence susceptibility. Considering past weather trends, geological parameters, soil moisture conditions and historical subsidence occurrence, the key causal relationships and trigger thresholds have been identified. The drought periods identified and aligned with UKCP09 climate scenario projections have been verified by correlations with subsidence insurance claims damage data
Unclassified roads comprise 60 % of the road network in the United Kingdom (UK). The resilience of t...
There is overwhelming evidence that climate change leads to a wide range of climatic and weather cha...
This paper undertakes a critical review of the literature concerning mechanisms and impacts of soil-...
For over 10 years, the British Geological Survey (BGS) has been investigating geotechnical and mine...
Clay-related subsidence is Great Britain’s (GB) most damaging soil-related geohazard, costing the ec...
The impact of expected climate change on clay cuttings and embankments used for roads and railways i...
In volume-sensitive clays the annual cycle of wetting and drying causes shrink and swell displacemen...
The clay soil-vegetation-climate model described in the Geotechnique paper by Smethurst Clarke and P...
As a tendency in France, the well-known shrinkage-swelling phenomenon of clayey soils intensifies na...
The performance of footings in residential construction is influenced by the degree of ground moveme...
For several years, climate change in Luxembourg has increasingly resulted, among other things, in pr...
Droughts can induce important building damages due to shrinking and swelling of soils, leading to co...
UK (United Kingdom) infrastructure networks are fundamental for maintaining societal and economic w...
Understanding and mitigating the impact of climate change on the built environment is becoming incre...
The BGS has a 175-year history of mapping and recording geology including unstable land. However, p...
Unclassified roads comprise 60 % of the road network in the United Kingdom (UK). The resilience of t...
There is overwhelming evidence that climate change leads to a wide range of climatic and weather cha...
This paper undertakes a critical review of the literature concerning mechanisms and impacts of soil-...
For over 10 years, the British Geological Survey (BGS) has been investigating geotechnical and mine...
Clay-related subsidence is Great Britain’s (GB) most damaging soil-related geohazard, costing the ec...
The impact of expected climate change on clay cuttings and embankments used for roads and railways i...
In volume-sensitive clays the annual cycle of wetting and drying causes shrink and swell displacemen...
The clay soil-vegetation-climate model described in the Geotechnique paper by Smethurst Clarke and P...
As a tendency in France, the well-known shrinkage-swelling phenomenon of clayey soils intensifies na...
The performance of footings in residential construction is influenced by the degree of ground moveme...
For several years, climate change in Luxembourg has increasingly resulted, among other things, in pr...
Droughts can induce important building damages due to shrinking and swelling of soils, leading to co...
UK (United Kingdom) infrastructure networks are fundamental for maintaining societal and economic w...
Understanding and mitigating the impact of climate change on the built environment is becoming incre...
The BGS has a 175-year history of mapping and recording geology including unstable land. However, p...
Unclassified roads comprise 60 % of the road network in the United Kingdom (UK). The resilience of t...
There is overwhelming evidence that climate change leads to a wide range of climatic and weather cha...
This paper undertakes a critical review of the literature concerning mechanisms and impacts of soil-...