It took a long time, but finally I’m glad to announce a new release (re-written from scratch) of Fastscapelib: a core library for landscape evolution modelling
Some highlights 🧵 (1/8)
Last summer for @GFZ_SurfMod's contribution to LNDW23, #fastscape was used together with Jupyter widgets to create a special kind of photo booth. A fun way to show how landscape evolution models work!
As a last example, a landscape evolution simulation made with @fastscape where the frequencies of two oscillators are modulated by the uplift vs erosion rates (we can here the interference near the steady-state).
(animation made with ipygany / ipyfastscape)
8/N
Our new single “1 to 6” (with my band mates #Roscoe) is out today!
I had a lot of fun doing a video clip using @fastscape and @matplotlib!
Full video: https://t.co/w78UxKyA80
Check out my talk on using the ASPECT-FastScape coupling to model a new type of flexural strike-slip basin, and briefly on applying orographic controls to 2D compression and subduction models with @sasbrune and @MichaPons@fastscape@cigeodynamics https://t.co/ML9laaJoFO
Just wanted to share the fun I'm having feeding @fastscape with a 3D folded landscape (w differential erodibility and diffusion). Top is the "geological map" and bottom is the water flux
My colleague Derek Neuharth is coupling @fastscape LEM to the #ASPECT geodynamics code, we ran a quick subduction test, this is a step forward in modelling the interplay of deep and surface processes. Find more details below.
Couldn't wait to update and release ipyfastscape 0.2.0!
3D Visualization of topographic data and landscape evolution model outputs with ipygany.
https://t.co/pVRJ4iQphr
FWIW today, I've released ipyfastscape, which provides interactive widgets (#ipywidgets, #ipygany) for topographic data analysis and modelling in #jupyter notebooks (3D visualization!).
Below is an example from @fastscape model runs.
Check out https://t.co/pVRJ4iQphr