FloPy is the Python library that builds and executes MODFLOW models; this library has been enhanced to provide full support of MODFLOW 6 with most of its recent development is related to functionality for MODFLOW 6, tools to use vector and raster spatial data and common plotting and export functionality.
Read MoreWe have designed a complete program on MODFLOW with Model Muse that ranges from the essential topics in flow and transport modeling to applied cases of regional modeling, infrastructure projects, and seawater intrusion. MODFLOW with Model Muse is a recent open-source software that provides various tools for simulating the groundwater flow regime in different environments.
Read MoreThis program is designed to provide systematical learning from the most basic and general topics to intermediate and advanced topics, allowing the student to understand the various steps in developing hydrological models using the SWAT+ interface for QGIS. This program has a series of theoretical and practical concepts that allow the student to process spatial data, manage meteorological databases, build hydrological models, develop sensitivity analyses, and perform manual and automatic calibrations using versatile tools such as SWAT+ Toolbox, SQLite, and Python.
Read MoreHatarilabs presents its educational program designed for mastering Python in real professional and academic environments. The program has an extensive practical work that goes from the basic concepts of Python, Numpy and Pandas to specific applications in water resources and geosciences coupled with geospatial analysis and machine learning.
We are sure that Python is a tool / asset for hydrologists, hydrogeologist, geoscientist or related professionals and we know that only practice can give you the Python level you need to apply in everyday data analysis or numerical modeling. The amount of hours, the topics covered together with the examination and certification processes give you a strong reference of Python on your professional capabilities.
This diploma is developed in asynchronous mode that allows students to be more flexible in their schedule and enjoy of instructional materials during 06 months.
Read MoreWe have researched over the several steps of groundwater modeling on specific cases with data from public repositories to give high level educational material. In this case we have made public 3 recorded webinars in our Patreon account that covers an applied case of groundwater flow regime on a hillslope area at Mukilteo city, Washington, US.
Read MoreHatarilabs is a blog dedicated to the knowledge sharing in water resources modeling based on open source software. One of our main interest is groundwater modeling and we research on the latest software developments for groundwater flow and transport simulation as well as enhanced tools for data visualization. We have more than 40 tutorials in groundwater modeling that deals with model construction, simulation, output representation, parameter estimation, GIS integration and many others aspects
Read MoreHatarilabs is a blog dedicated to the knowledge sharing in water resources modeling based on open source software. One of our main interest is groundwater modeling and we research on the latest software developments for groundwater flow and transport simulation as well as enhanced tools for data visualization. We have more than 40 tutorials in groundwater modeling that deals with model construction, simulation, output representation, parameter estimation, GIS integration and many others aspects
Read MoreWhen we started Hatarilabs our aim was to create a technical blog about software in water resources, mainly in data processing and modeling. There wasn’t any specific plan or strategy to increase the relevance of the blog, just the desire to create a space for promoting open source software on hydrology, hydrogeology and GIS. On the early weeks of the blog the number of visits were scarce, and we had a dilemma of why we create so much content if the audience was so small.
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