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A model for simulating the performance and irrigation of green stormwater facilities at residential scales in semiarid and Mediterranean regions (2017)

Publicación del investigador Jorge Gironás en "Environmental Modelling & Software".

Posteado por Por Gianitsa Corral Fecha 27 de Junio, 2017

Title

A model for simulating the performance and irrigation of green stormwater facilities at residential scales in semiarid and Mediterranean regions

Publication Type

Journal Article

Year of Publication

2017

Authors

J. Herrera; C. Bonilla; L. Castro; S. Vera; R. Reyes; J. Gironás

Journal Title

Environmental Modelling & Software

Keywords

Continuous simulation; Soil water content; Green infrastructure; Hydrological modeling; Irrigation; Global sensitivity analysis

Abstract

Impervious areas change hydrological processes, reducing infiltration and evapotranspiration, and increasing direct runoff. Stormwater practices using green infrastructure are implemented locally to control runoff and preserve the hydrological cycle. Applying these techniques in semiarid and Mediterranean regions requires accounting for aspects related to the maintenance of green areas. This study develops the Integrated Hydrological Model at Residential Scale, a continuous model for representing the performance and irrigation of green stormwater facilities at residential scales. Among other relevant process, the model simulates evaporation from bare soil and redistribution between soil layers. Different components of the model were tested using laboratory and numerical experiments, and then an application to a case study and a sensitivity analysis were carried out. The model identifies significant differences in the performance of a rain garden with different vegetation, climate and irrigation practices and provides good insight for the maintenance needs of green infrastructure for runoff control.

DOI

https://doi.org/10.1016/j.envsoft.2017.06.020

Corresponding Author

 Jorge Gironás: jgironas@ing.puc.cl

Line (s) of Research

Critical Resources

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