Influence of interannual rainfall variability on the interception process in a continental mediterranean climate

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The interception of rainfall by vegetation greatly affects the hydrology of a basin. The main objective of this paper is to evaluate the effect of annual rainfall variability on the interception in isolated individuals of two of the most common types of vegetation, Pinus pinea and Cistus ladanifer,...

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Autores principales:	Moreno-Pérez, María Fátima, Pérez-Arellano, Rafael, Roldán-Cañas, José
Formato:	article Artículo publishedVersion
Lenguaje:	Inglés
Publicado:	Universidad Nacional de Cuyo. Facultad de Ciencias Agrarias 2018
Materias:	Clima mediterráneo Lluvia Interceptación de agua Cuencas hidrográficas Pinus pinea Cistus ladanifer España Southern Spain Canopy reservoir capacity Canopy drying time Cuenca mediterránea Método de Rutter Almacenamiento del dosel Método de Klaassen Secado del dosel
Acceso en línea:	http://bdigital.uncu.edu.ar/11678
Aporte de:	Biblioteca Digital de Universidad Nacional de Cuyo

id	I11-R811678
record_format	dspace
institution	Universidad Nacional de Cuyo
institution_str	I-11
repository_str	R-8
collection	Biblioteca Digital
language	Inglés
orig_language_str_mv	eng
topic	Clima mediterráneo Lluvia Interceptación de agua Cuencas hidrográficas Pinus pinea Cistus ladanifer España Pinus pinea Cistus ladanifer Southern Spain Canopy reservoir capacity Canopy drying time Cuenca mediterránea Método de Rutter Almacenamiento del dosel Método de Klaassen Secado del dosel
spellingShingle	Clima mediterráneo Lluvia Interceptación de agua Cuencas hidrográficas Pinus pinea Cistus ladanifer España Pinus pinea Cistus ladanifer Southern Spain Canopy reservoir capacity Canopy drying time Cuenca mediterránea Método de Rutter Almacenamiento del dosel Método de Klaassen Secado del dosel Moreno-Pérez, María Fátima Pérez-Arellano, Rafael Roldán-Cañas, José Influence of interannual rainfall variability on the interception process in a continental mediterranean climate
topic_facet	Clima mediterráneo Lluvia Interceptación de agua Cuencas hidrográficas Pinus pinea Cistus ladanifer España Pinus pinea Cistus ladanifer Southern Spain Canopy reservoir capacity Canopy drying time Cuenca mediterránea Método de Rutter Almacenamiento del dosel Método de Klaassen Secado del dosel
description	The interception of rainfall by vegetation greatly affects the hydrology of a basin. The main objective of this paper is to evaluate the effect of annual rainfall variability on the interception in isolated individuals of two of the most common types of vegetation, Pinus pinea and Cistus ladanifer, in a Mediterranean watershed. For this, experimental data were taken for four years and the Rutter interception model was used to calculate the canopy drying time, while Rutter and Klaassen methodologies were used to determine the storage capacity of the canopy. On the whole, 29.6% of rainfall was intercepted for pine, and 17.7% for rockrose. Stemflow accounted for 0.3% for pine and 17% for rockrose, while 70.1% of the rainfall fell as throughfall for pine and 65.3% for rockrose. However, in dry years, the interception percentage almost doubled that of wet years. An average canopy drying time of 9.2 hours was established for pine, and 4.4 hours for rockrose. Approximately equal results of canopy storage capacity were obtained from both methods (1.8 mm for pine and 0.7 mm for rockrose). Both species registered higher values of canopy storage capacity in dry years than in wet years.
format	article Artículo Artículo publishedVersion
author	Moreno-Pérez, María Fátima Pérez-Arellano, Rafael Roldán-Cañas, José
author_facet	Moreno-Pérez, María Fátima Pérez-Arellano, Rafael Roldán-Cañas, José
author_sort	Moreno-Pérez, María Fátima
title	Influence of interannual rainfall variability on the interception process in a continental mediterranean climate
title_short	Influence of interannual rainfall variability on the interception process in a continental mediterranean climate
title_full	Influence of interannual rainfall variability on the interception process in a continental mediterranean climate
title_fullStr	Influence of interannual rainfall variability on the interception process in a continental mediterranean climate
title_full_unstemmed	Influence of interannual rainfall variability on the interception process in a continental mediterranean climate
title_sort	influence of interannual rainfall variability on the interception process in a continental mediterranean climate
publisher	Universidad Nacional de Cuyo. Facultad de Ciencias Agrarias
publishDate	2018
url	http://bdigital.uncu.edu.ar/11678
work_keys_str_mv	AT morenoperezmariafatima influenceofinterannualrainfallvariabilityontheinterceptionprocessinacontinentalmediterraneanclimate AT perezarellanorafael influenceofinterannualrainfallvariabilityontheinterceptionprocessinacontinentalmediterraneanclimate AT roldancanasjose influenceofinterannualrainfallvariabilityontheinterceptionprocessinacontinentalmediterraneanclimate AT morenoperezmariafatima influenciadelavariabilidadinteranualdelalluviasobreelprocesodeinterceptacionenunclimamediterraneocontinental AT perezarellanorafael influenciadelavariabilidadinteranualdelalluviasobreelprocesodeinterceptacionenunclimamediterraneocontinental AT roldancanasjose influenciadelavariabilidadinteranualdelalluviasobreelprocesodeinterceptacionenunclimamediterraneocontinental
bdutipo_str	Repositorios
_version_	1764820402424512513

Influence of interannual rainfall variability on the interception process in a continental mediterranean climate

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