cellBasins

This function identifies the cells that are within a basin. The runoff produced by those cells
will be used, either to calculate the water availability or to compare the simulated variable with the observed runoff
in certain streamflow gauges.

A tool for hydrologic modelling using the Budyko
framework and the Dynamic Water Balance model with Dynamical Dimension
Search algorithm to calibrate the model and analyze the outputs from
interactive graphics. It allows to calculate the water availability
in basins and also some water fluxes represented by
the structure of the model.
See Zhang, L., N., Potter, K., Hickel, Y., Zhang, Q., Shao (2008) <DOI:10.1016/j.jhydrol.2008.07.021> "Water balance modeling over variable time scales based on the Budyko framework - Model development and testing", Journal of Hydrology, 360, 117–131.
See Tolson, B., C., Shoemaker (2007) <DOI:10.1029/2005WR004723> "Dynamically dimensioned search algorithm for computationally efficient watershed model calibration", Water Resources Research, 43, 1–16.

David Zamora

DWBmodelUN

Dynamic Water Balance a Hydrological Model

Nicolas Duque

Carolina Vega

Jeffer Cañon

Pedro Arboleda

Camila Garcia

cellBasins function

<dl><dt>gruLoc</dt>
<dd>raster (<code>SpatRaster</code> from terra, or an object convertible to it, such as a
<code>RasterLayer</code>) that was used to build the GRUs. In this function it is used to number each cell
from West to East and from North to South.</dd>
<dt>basins</dt>
<dd>polygons (<code>SpatVector</code> from terra, or an object convertible to it, such as a
<code>SpatialPolygonsDataFrame</code>) comprising each one of the basins where the modeller wants to know the runoff.
It must be in the same projection as the gruLoc raster.</dd></dl>

Arguments

Pedro Felipe Arboleda Obando &lt;pfarboledao@unal.edu.co&gt; 
Nicolas Duque Gardeazabal &lt;nduqueg@unal.edu.co&gt; 
Carolina Vega Viviescas &lt;cvegav@unal.edu.co&gt; 
David Zamora &lt;dazamoraa@unal.edu.co&gt; 
Water Resources Engineering Research Group - GIREH
Universidad Nacional de Colombia - sede Bogota

Author

Identification of the Cells within a basin — cellBasins

<dl>

<dt>gruLoc</dt>
<dd>raster (<code>SpatRaster</code> from terra, or an object convertible to it, such as a
<code>RasterLayer</code>) that was used to build the GRUs. In this function it is used to number each cell
from West to East and from North to South.</dd>


<dt>basins</dt>
<dd>polygons (<code>SpatVector</code> from terra, or an object convertible to it, such as a
<code>SpatialPolygonsDataFrame</code>) comprising each one of the basins where the modeller wants to know the runoff.
It must be in the same projection as the gruLoc raster.</dd>

</dl>

Pedro Felipe Arboleda Obando &lt;pfarboledao@unal.edu.co&gt; 
Nicolas Duque Gardeazabal &lt;nduqueg@unal.edu.co&gt; 
Carolina Vega Viviescas &lt;cvegav@unal.edu.co&gt; 
David Zamora &lt;dazamoraa@unal.edu.co&gt; 
Water Resources Engineering Research Group - GIREH
Universidad Nacional de Colombia - sede Bogota

cellBasins: Identification of the Cells within a basin

Description

Usage

Value

Arguments

Author

Examples