Friday, February 6, 2026

The Hydrology 2026 Lab

 The lab component makes up nearly half of the course, following the motto:

"Learning by doing."

Throughout the lab, you will conduct at least three key numerical experiments:

  • Time Series Analysis – Exploring various data elaborations with various Jupyter Notebooks and a little of Python
  • Intensity-Duration-Frequency (IDF) Curves – Estimating rainfall intensity over different time scales with various Jupyter Notebooks and a little of Python, as well 
  • Infiltration Experiments – Investigating soil absorption dynamics using the WHETGEO system
  • Evaporation & Transpiration Experiments – Understanding water loss processes in different conditions using the GEOSPACE ssytem

Resources

πŸ”Ή[Vimeo Showcase – General Lab Videos]

πŸ”Ή[OSF Repository – Lab Materials]

πŸ”Ή[Theory and Concepts here]

πŸ“Œ Detailed videos and materials for each experiment are listed below.




πŸ“… 26 February 2026 – Installation and Introduction to working with Jupyter and Notebooks

πŸ“… 6 March 2026 Reading a file

πŸ“… 9 March 2026 How to read and plot data

πŸ“… 12 March 2026 -  San Martino Reprise


Interpolating the Gumbel distribution to annual precipitation maxima
Where to find the data
  • Finding the data for the Time Series Analysis (Vimeo2025)

πŸ“… 13 April 2026 

Below, you'll discover the resources for the second part of the lab, which encompass instructions for utilizing Object Modelling System version 3 (OMS3) models such as WHETGEO1D and GEOET. Within the OMS Projects, you'll find a directory named Jupyter_Notebook, housing sets of notebooks designed to guide you through handling both input and output data for these programs.

OMS and further Anaconda Installations
A general introduction to some OMS3 concepts

πŸ“… 16 April 2026 

πŸ“… 28 April 2026 

 Introduction to Infiltration with WHETGEO 1D. WHETGEO specifically focuses on simulating the coupled processes of water and heat transport, which are crucial for understanding: Soil moisture dynamics, Evapotranspiration processes, Energy balance at the land surface, Groundwater-surface water interactions, Snow and ice processes (where temperature is critical)

πŸ“… 21 May 2026 - Radiation estimation

is preliminary to any Evapotranspiration estimation since our models use it as input. The estimation of radiation, as it results from the theory, needs a few GIS operations to determine the sky view factor and the aspect of the terrain in the point of interest. These operation for the present exercise are skipped and pre-analyzed data are provided. 

πŸ“… 4 June 2026 - Estimation of Evapotranspiration


Please below find Notebooks and video related to the estimation of radiation. Theradiationin this class, will be functional to the estimation of evapotranspiration with the Priestley-Taylor and Penman-FAO models,
 Introduction to the estimation of evapotranspiration

Musical Coda





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