Category: HydroTools
The Geomorphic Flood Index (GFI) v2.0 is a MATLAB-based toolbox designed for the rapid and reliable delineation of flood-prone areas, particularly in data-scarce environments. Building upon the original GFI method, version 2.0 introduces a Hierarchical River-First Update (River-to-Confluence…
This MATLAB codebase, titled “Peak outflows of a detention basin,” provides a methodology for modeling how detention dams affect the probability distribution of flood events. Developed by Salvatore Manfreda, Domenico Miglino, and Ciro Albertini, it is based…
Code for the application of the SMAR model (Manfreda et al., 2014) and its calibration when root-zone soil moisture data are available for parameter calibration. Available on Zenodo References Manfreda, S., L. Brocca, T. Moramarco,…
AD2 model is a Java-based software application for hydrological simulation at the catchment scale, developed at the University of Basilicata (Potenza, Italy). It implements the conceptual rainfall-runoff model originally proposed by Fiorentino & Manfreda (2004), extended…
VISION is one of the stabilization algorithms tested in recent manuscript entitled “A comparison of tools and techniques for stabilizing UAS imagery for surface flow observations”. The Matlab code and an set of data can…
The code for the estimation of the Seeding Distribution Index (#SDI) is now available online on OSF. The SDI can help in the identification of the optimal frame window for image-velocimetry applications.See osf.io/8egqw/ References Pizarro, A.,…
GFA – tool is an open-source QGIS plug-in to realize a fast and cost-effective delineation of the floodplains in the contexts where the available data is scarce to carry out hydrological/hydraulic analyses. The delineation of…
La stima della massima portata al colmo ovvero della massima pioggia corrispondente ad un prefissato tempo di ritorno rappresenta un elemento indispensabile per poter procedere ad un corretto programma di interventi per la difesa del…
Minimalist agro-hYdrological model for Sustainable IRRigation management – soil moisture and crop dynamics – MY SIRR v.3.0 is a software written in python programming language with a simple Graphical User Interface (GUI) for quantitatively assess and…
r.hazard.flood is an implementation of a fast procedure to detect flood prone areas. It is based on a simple procedure that exploits the correlation between flood exposure and a Modified Topographic Index (MTI), calculated on the…