Showing posts with label GEOframe Summer Schools. Show all posts
Showing posts with label GEOframe Summer Schools. Show all posts

Friday, January 21, 2022

Seven Steps in Modelling a Catchment - Reprise

 Recently I delivered a post where I discussed the the steps in doing a catchment analysis, based on the previous recent experiences on the topic.  The seven steps are in brief:

  1. Clarify the scope of your analysis and gather the information
  2. Analyse the catchment geomorphology
  3. Analyze all the available data
  4.  Make the simulations plan and setting up the simulations 
  5. Running the simulations
  6.  Showing and discussing the results and their reliability
  7.  Deploy all what done for Open Science


Another step, actually is building or choosing  the model, which previously was given for granted (so actually the 7 steps can be 8 but this obviously does not really matters. During the GWS2022 I went further in developing a presentation in three parts and I deployed it, 

 

Tuesday, October 26, 2021

The GEOframe Schools Index

The number of GEOframe schools has grown regularly during the last years, since 2019.  We think that it could be interesting to keep track of them and their material in a unique place, and this is it. The most recent are first, the initial one the last.

Rock balancing done by Peter Juhl, author of  "Center of Gravity: A Guide to the Practice of Rock Balancing." 

Links contains presentations, video, reference to code. Obviously the most recent material is more up-to-date but we did not cover the same topics along the years and therefore it could be interesting to browse also the old stuff. Please notice that the Winter School address Catchment modelling with lumped models (Hydrological Dynamical Systems), i.e. GEOframe-NewAGE modelling solutions; the Summer Schools are dedicated  to process-based modelling, i.e. WHETGEO and GEO-SPACE.  (Water, Heat, Energy and Transport in GEOframe, GEOframe Soil Plants Atmosphere Continuum Estimator).

GEOframe parts are also taught in the Classes of Hydrology (in Italian) and Hydrological Modelling (in English and Italian) of the Department of Civil and Environmental Engineering