Läslo Evers

Läslo Evers is Professor in the Department of Applied Geophysics and Petrophysics within the School of Civil Engineering & Geosciences at Delft University of Technology. Evers also holds an external position at the Royal Netherlands Meteorological Institute (KNMI), where they serve as a seismology expert. Their academic profile demonstrates extensive research activity across geophysics, acoustics, and natural disaster monitoring.

Evers' research focuses on infrasound, seismology, and acoustic monitoring techniques applied to Earth's natural phenomena. Their work spans ocean temperature monitoring using acoustic waves, rockslide-generated tsunamis, volcanic activity monitoring through microgravity measurements, and infrasonic monitoring of glaciers. The research integrates geophysical measurements with atmospheric and oceanic processes, creating a multidisciplinary approach to understanding Earth's systems.

Analysis of Evers' recent publications reveals a strong emphasis on passive monitoring techniques that leverage natural acoustic phenomena to study Earth processes. Their work bridges theoretical geophysics with practical applications for disaster monitoring and climate change research. The publications demonstrate expertise in both data collection and sophisticated analysis of infrasonic and seismic signals across diverse environments from Greenland's glaciers to ocean basins.

Evers has been actively engaged in public science communication, particularly during seismic events. Their media appearances during the 2023 Turkey-Syria earthquake demonstrated their role as a trusted scientific voice explaining complex seismological concepts to the public. They have contributed to multiple Dutch media outlets including NOS Journaal and NPO Radio 1, addressing earthquake prediction limitations and tectonic processes.

As evidenced by the 'Supervised Work (5)' notation in their profile, Evers has mentored students in geophysical research. Their datasets on infrasonic monitoring of glaciers and hydroacoustic ocean thermometry indicate leadership in creating valuable research resources for the scientific community. The extensive media mentions and news coverage of their work highlight their impact beyond academia into public understanding of geophysical phenomena.