Posted November 19, 2025 · Submitted by Liam O'Connor, University of Edinburgh
Rainfall-triggered landslides pose an escalating threat to mountain communities as extreme precipitation intensifies. We integrate a multi-decadal inventory of slope failures with statistically downscaled rainfall projections to map evolving landslide susceptibility across a mountainous region. Zones of greatest projected hazard coincide spatially with recent deforestation, underscoring the compounding role of land-use change in shaping future exposure.
Liam O'Connor, Amara Okeke (2025). Landslide Susceptibility under Changing Rainfall Extremes: A Regional Assessment. TerraNova preprint.
Liam O'Connor, Sofia Reyes, Priya Nair
Climate adaptation finance is expanding rapidly, yet its allocation frequently diverges from where vulnerability is most acute. We analyse adaptation funding flows across thirty countries to assess the alignment between allocation criteria…
Read preprint →Liam O'Connor, Sofia Reyes
Compound hot and dry extremes are intensifying under climate change, yet their combined influence on urban thermal environments remains poorly characterised. Drawing on a dense municipal sensor network and atmospheric reanalysis, we show th…
Read preprint →