New climate-modelling by the British Geological Survey (BGS) projects that up to 11% of UK homes – several million properties – could face increased clay-related subsidence risk by 2070 as hotter, drier summers drive greater soil shrink–swell. The work uses UKCP18 climate scenarios to map susceptibility on shrink–swell clays, flagging particular exposure in southern and eastern England where high-plasticity London Clay and similar formations are widespread. For geotechnical and asset engineers, this points to tighter foundation design, tree and drainage management, and targeted monitoring of existing low-rise housing stock.

Professor Lyesse Laloui has been elected President of the International Society for Soil Mechanics and Geotechnical Engineering (ISSMGE) for 2026–2029 at the Vienna Council Meeting held alongside the XXI ICSMGE 2026. Laloui, Chair Professor at EPFL and director of its Laboratory for Soil Mechanics, brings a portfolio of more than 560 publications and 19,000+ citations spanning constitutive modelling, energy geostructures, CO₂ storage and multiphase porous media. The Council also confirmed XXII ICSMGE for Shanghai in November 2029 and the next Council Meeting in Istanbul, 20–25 August 2028.

The Corporate Associates Presidential Group of ISSMGE will run a dedicated panel at the 21st International Conference on Soil Mechanics and Geotechnical Engineering in Vienna in 2026, focusing on the future of geotechnical engineering practice. Industry leaders from major consulting firms, contractors and equipment suppliers are expected to address digital design workflows, advanced in situ testing, and risk allocation in large infrastructure projects. Outcomes are likely to influence updates to corporate design standards, procurement strategies and adoption of emerging investigation and monitoring technologies.