This Wiki contains the calendar of classes for the Course of Hydrology 2018. T is a lesson about theory. All theory classes duration is 2 hours. L is a lesson in the computer lab. All lab classes are 3 hours. The class contain the 40% of classes of theory and 60% of lab lessons. **February** - 2018-02-27 - T - (a) Syllabus; (b) Explaining how to use the Open Science Framework for this class.- (c) Introduction to hydrology - (30 minutes each) - Homework: Installation of Python and Jupiter **March** - 2018-03-02 - L - A little (very little) of GIS (for those who do not know anything about GIS). Where environmental data comes from. - 2018-03-06 - T - Revision of Statistics and Probability knowledge base - 2018-03-09 - L - Introduction to Python with Jupyter - 2018-03-13 - T - Ground based Precipitations and their statistics Separation snow-rainfall - measure of precipitation - 2018-03-16 - L - Intro to Python - Simple statistics - Empirical distribution functions - Statistical distributions - Extreme precipitations datasets - 2018-03-20 - T - Extreme precipitations. Return period. Distribution of extreme precipitations. - 2018-03-23 -L - Estimation of Extreme Precipitation with Python - 2018-03-27 - T - OMS console - Installation and description. GEOframe modules. **April** - 2018-04-06 - L - Extreme Precipitations estimation Personal work under the assistance of tutors - 2018-04-10 - T - Energy Budget. Radiation. Long wave, short wave. Theory and measure. - 2018-04-13 - L - Estimation of radiation in a single location and over an area with GEOframe tools. - 2018-04-17 - T - Spatial interpolation of environmental data - 2018-04-20 - L- Estimation of areal precipitation and temperature with GEOFRAME-SIK - **Intermediate Exam** **May** - 2018-05-06 - L - Problem solving lab class - 2018-05-08 - T -Water in soil. Darcy-Buckingham. Hydraulic conductivity. Soil water retention curves. - 2018-05-11 - L- Numerical experiments on hydraulic conductivity, soil water retention curves. Grids. - Cancelled for "Festa degli Alpini" - 2018-05-15 - T -Richards equation and its extensions - 2018-05-18 - L - Simulations of 1d infiltration with GEOframe-Richards-1d - 2018-05-22 -T- Elements of theory of evaporation from soils - 2018-05-25 -L-Simulation of evaporation from soild with GEOframe-PT, Geoframe-PM and other GEOframe tools - 2018-05-29 -T- Transpiration- Theory **June** - 2018-06-1 - L- Estimating transpiration at catchment scale with GEOframe tools - 2018-06-5 -T- Runoff generation - 2018-06-08-L- Estimating runoff generation with GEoframe tools. - 2018-06-12- Conclusive seminar - 2018-06-15-L - Problem solving with Tutor