Software for simulations of sediment-laden Earth surface flows

Using python script and AutoHotKey (AHK) to automate DAN3D simulation automatically

Estimate incremental volume changes (erosion and deposition) along the path of a debris flow.

This study investigates debris-flow activity in the recently highly active Mühlsturzgräben catchments (Klausbachtal, Berchtesgaden National Park) by combining historical and newly acquired terrestrial laser scanning (TLS) datasets. The multi-temporal dataset provides insights into nearly a decade of geomorphic change at varying temporal resolutions

Ranks burned watersheds by post-fire debris-flow susceptibility from free public data — for fires that never get a formal USGS or state assessment. Auto-acquired 3DEP terrain + dNBR, D8 delineation, burn × slope × area scoring. Validated on Thomas Fire → Montecito. A within-fire relative ranking, never a prediction.

Official code for the paper "Inverse computational morphology of debris and alluvial fans" published in Computers & Geosciences.

This project implements the DOME (Dynamic Optimization Meta-Ensemble) framework for computational debris flow risk prediction.

Geospatial datasets and simulation models for the 2015 Salgar, Antioquia debris flood case study.