Canadian Hydrological Models and Tools
- CRHM – the Cold Regions Hydrological Model
HRU-based hydrological model specializing in cold regions processes and prairie/mountain hydrology, developed at the University of Saskatchewan
- Green Kenue
Software tool for accessing both CDCD (met data) and HYDAT (streamflow data) databases and visualizing data. Also provides support for modeling with HBV-EC, Watflood, and Raven models.
A spatially distributed hydrological model with physical bases specifically developed to facilitate the use of remote sensing and GIS data.
A proprietary three-dimensional control-volume finite element simulator which is designed to simulate the entire terrestrial portion of the hydrologic cycle.
Amended version of the HBV model developed at McMaster Univeristy
A coupled land-surface and hydrological model developed by Environment Canada’s National Hydrological Research Centre
Flexible open-source multi-platform hydrological modelling framework developed at the University of Waterloo
- Streamflow Analysis and Assessment Software (SAAS)
A windows-based tool for hydrograph analysis
Grid-based distributed hydrological model developed at the University of Waterloo
- UBC Watershed Model
Semi-distributed hydrological model for montane basins developed by Michael Quick at the University of British Columbia
The hydRology package
The hydRology package, an R library for Canadian hydrologists, is a work in progress – we expect that it may include some of the tools in the MSCr, HYDAT, CRHMr, and RavenR packages below, supplemented with additional code developed by contributors.
More information to come…
Existing Hydrology R Packages
This compilation of R packages for hydrology is limited to tools which are generally applicable to North American landscapes and data feeds. The list is not intended to be comprehensive.
Please note that presence in this list in no way constitutes an endorsement by the hydRology project, but we hope they might be found useful.
Data Scraping and Processing
A package for interfacing with the Canadian Hydrometric Data database (HYDAT) published by Water Survey of Canada.
A package for downloading Meteorological Survey of Canada (ECCC) met data from their web server.
A CRAN package for importing U.S. Geologic Survey (USGS) daily hydrologic data from USGS web services.
A rOpenSci package for interfacing with the Canadian Hydrometric Data database (HYDAT) from BC Ministry of Environment and Climate Change Strategy
- weathercan R package
A package for searhing for and downloading multiple years of historical ECCC weather data.
A CRAN package with tools for assessing the quality of daily streamflow time series and for plotting and calculating many different streamflow metrics. Specifically accommodates WSC station data.
A CRAN package which calculates a suite of hydrologic indices for daily time series data that are widely used in hydrology and stream ecology.
Hydrologic indicator statistics from daily flow data (U.S. Geological Survey supported)
Hydrologic Model Support
An R package which supports data import, analysis, and visualization of input and output files for the Cold Regions Hydrology Model.
A CRAN package which provides access to a number of basic hydrologic calculations.
A CRAN package which includes 21 different routines for estimating potential and actual evapotranspiration.
A CRAN package for calculating a variety of goodness-of-fit metrics for comparing observed and modeled hydrographs.
A CRAN package for time series management in hydrology.
An R package which supports data import, analysis, and visualization of input and output files for the Raven Hydrological Framework.
Spatial Analysis / Drainage Analysis
Terrain and drainage analysis using the GIS tool SAGA (System for Automated Geoscientific Analyses) from the command line
- Watersheds Package
A CRAN package for aggregation of watersheds and drainage analysis using vector datasets.
Multi-site stochastic generation of precipitation and temperature time series
- R code
Some bits of code developed by Dan Moore, University of British Columbia
– indicates explicit support for Canadian data and/or models