Scientific Python · morphodynamics · research software

LDSFL Meander

A Python research-software implementation of a reduced morphodynamic model for exploring river-centreline evolution, with reproducible examples and GUI/CLI workflows.

LDSFL meander modelling workflow diagram

Problem

Meander morphodynamics involve interacting flow, curvature and sediment-transport effects. Reduced models are useful for exploratory simulations, sensitivity studies and understanding key mechanisms before using heavier numerical models.

Approach

  • Represent a river centreline and its curvature in a reproducible Python workflow.
  • Run reduced meander-evolution simulations with documented assumptions.
  • Provide visual outputs and example cases for validation and review.
  • Support both command-line and graphical workflows.

What it demonstrates

This project shows scientific software depth: numerical modelling, documentation, tests, a user manual, reproducible examples and honest communication of model scope and limitations.

git clone https://github.com/sergioald/LDSFL_Meander.git
cd LDSFL_Meander
python -m pip install -e .
# see the repository README and user manual for examples