"Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted

Mostrar todas las versiones(2)

Climatic change effects and the processes of urban growth caused environmental deterioration in the city of Buenos Aires. This situation alters the natural hydrological cycle and the hydrograph of floodwaters in urbanizing watersheds will modify, presenting flows higher peak and shorter rise times a...

Descripción completa

Guardado en:
Detalles Bibliográficos
Autores principales: Rosatto, Héctor, Moyano, Gabriela, Cazorla, Laura, Laureda, Daniel, Meyer, Maia, Gamboa, Paula, Bargiela, Martha, Caso, Cesar, Villalba, Gustavo, Barrera, Daniel, Pruzzo, Laura, Rodríguez Plaza, Luis, Oliveri, Alejandra, Waslavsky, Agustina, Hashimoto, Patricia, Kohan, Diana
Formato: Artículo revista
Lenguaje:Español
Publicado: Facultad de Ciencias Agrarias-UNCuyo 2015
Materias:
hidrología urbana
techos verdes
eficiencia
urban hydrology
green roof systems
efficiency
Acceso en línea:https://revistas.uncu.edu.ar/ojs3/index.php/RFCA/article/view/3308
Aporte de:
Revista de la Facultad de Ciencias Agrarias UNCuyo de Universidad Nacional de Cuyo
id I11-R107article-3308
record_format ojs
institution Universidad Nacional de Cuyo
institution_str I-11
repository_str R-107
container_title_str Revista de la Facultad de Ciencias Agrarias UNCuyo
language Español
format Artículo revista
topic hidrología urbana
techos verdes
eficiencia
urban hydrology
green roof systems
efficiency
spellingShingle hidrología urbana
techos verdes
eficiencia
urban hydrology
green roof systems
efficiency
Rosatto, Héctor
Moyano, Gabriela
Cazorla, Laura
Laureda, Daniel
Meyer, Maia
Gamboa, Paula
Bargiela, Martha
Caso, Cesar
Villalba, Gustavo
Barrera, Daniel
Pruzzo, Laura
Rodríguez Plaza, Luis
Oliveri, Alejandra
Waslavsky, Agustina
Hashimoto, Patricia
Kohan, Diana
"Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
topic_facet hidrología urbana
techos verdes
eficiencia
urban hydrology
green roof systems
efficiency
author Rosatto, Héctor
Moyano, Gabriela
Cazorla, Laura
Laureda, Daniel
Meyer, Maia
Gamboa, Paula
Bargiela, Martha
Caso, Cesar
Villalba, Gustavo
Barrera, Daniel
Pruzzo, Laura
Rodríguez Plaza, Luis
Oliveri, Alejandra
Waslavsky, Agustina
Hashimoto, Patricia
Kohan, Diana
author_facet Rosatto, Héctor
Moyano, Gabriela
Cazorla, Laura
Laureda, Daniel
Meyer, Maia
Gamboa, Paula
Bargiela, Martha
Caso, Cesar
Villalba, Gustavo
Barrera, Daniel
Pruzzo, Laura
Rodríguez Plaza, Luis
Oliveri, Alejandra
Waslavsky, Agustina
Hashimoto, Patricia
Kohan, Diana
author_sort Rosatto, Héctor
title "Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
title_short "Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
title_full "Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
title_fullStr "Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
title_full_unstemmed "Extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
title_sort "extensive" green roof systems, efficiency in the retention capacity rainwater of the vegetation implanted
description Climatic change effects and the processes of urban growth caused environmental deterioration in the city of Buenos Aires. This situation alters the natural hydrological cycle and the hydrograph of floodwaters in urbanizing watersheds will modify, presenting flows higher peak and shorter rise times as it progresses. On the other hand, the global warming has caused an increase in mean annual precipitation and extreme values generated by storms of connective type, in the central region and North of Argentina. One of the possibilities to mitigate these effects is the implementation of extensive green roofs systems in terraces of buildings and houses built that help to reduce runoff factor. The objective of this paper was: to determine the reduction of surface runoff and water quality delivered for different types of green roofs with different types of vegetation implanted in normal rainfall in the city of Buenos Aires. The results of the study that was carried out along one year, showed that the retention capacity of the tested lots varied, depending upon precipitation, type of vegetation and coverage. For the range of 21 and 41 mm the retention ratesreached between 63% and 68%, with rainfall between 42 and 60 mm are observed percentages of retention from 31% to 39%. For the range of 61 to 80 mm the retention percentage was similarly to the range previously analyzed, 25% to 38%, and finally analyzing rainfall greater than 90 mm, the percentage of retention varies between 16% and 22%. The Aptenia cordifolia presented minors values of retention in all ranges except the first. The results of the test showed that green roofs system represent a good alternative in the integrated management of water runoff in urban watersheds.
publisher Facultad de Ciencias Agrarias-UNCuyo
publishDate 2015
url https://revistas.uncu.edu.ar/ojs3/index.php/RFCA/article/view/3308
work_keys_str_mv AT rosattohector extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT moyanogabriela extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT cazorlalaura extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT lauredadaniel extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT meyermaia extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT gamboapaula extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT bargielamartha extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT casocesar extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT villalbagustavo extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT barreradaniel extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT pruzzolaura extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT rodriguezplazaluis extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT oliverialejandra extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT waslavskyagustina extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT hashimotopatricia extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT kohandiana extensivegreenroofsystemsefficiencyintheretentioncapacityrainwaterofthevegetationimplanted
AT rosattohector cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT moyanogabriela cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT cazorlalaura cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT lauredadaniel cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT meyermaia cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT gamboapaula cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT bargielamartha cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT casocesar cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT villalbagustavo cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT barreradaniel cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT pruzzolaura cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT rodriguezplazaluis cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT oliverialejandra cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT waslavskyagustina cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT hashimotopatricia cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
AT kohandiana cubiertasvegetadasdetipoextensivoeficienciaenlaretenciondelaguadelluviadedistintotipodevegetacionimplantada
first_indexed 2022-06-20T13:53:15Z
last_indexed 2022-06-20T13:53:15Z
bdutipo_str Revistas
_version_ 1764819787307810817

Ejemplares similares