The document summarizes a study that identified regions in Europe with high liquefaction potential close to large populations. It used parameters like peak ground acceleration, soil type (shear wave velocity), and soil wetness (compound topography index) to calculate liquefaction susceptibility for 112 cities. An artificial neural network technique was used to assess liquefaction risk potential. Turkey, Greece, and Romania showed the highest risk. The top 20 highest risk cities were validated against past liquefaction cases.