Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).

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Carbon storage in the plant biomass of the Villavicencio Nature Reserve (Mendoza-Argentina). Nature reserves play a relevant role in carbon storage in arid lands. The vegetation of theNature Reserve of Villavicencio stores 98798 Mg (2.1 Mg/ha) of carbon in total; considering the Punaand unburned Mon...

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Autores principales: Zivkovic, Liliana, Martínez Carretero, Eduardo, Dalmasso, A., Almirón, M.
Formato: Artículo revista
Lenguaje:Español
Publicado: Sociedad Argentina de Botánica 2014
Materias:
Carbono
formas de vida
área protegida.
Acceso en línea:https://revistas.unc.edu.ar/index.php/BSAB/article/view/7608
Aporte de:
Revistas de la UNC de Universidad Nacional de Córdoba
id I10-R10-article-7608
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spelling I10-R10-article-76082023-07-06T23:25:07Z Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina). Carbono acumulado en la biomasa vegetal de la reserva de Villavicencio (Mendoza-Argentina) Zivkovic, Liliana Martínez Carretero, Eduardo Dalmasso, A. Almirón, M. Carbono formas de vida área protegida. Carbon storage in the plant biomass of the Villavicencio Nature Reserve (Mendoza-Argentina). Nature reserves play a relevant role in carbon storage in arid lands. The vegetation of theNature Reserve of Villavicencio stores 98798 Mg (2.1 Mg/ha) of carbon in total; considering the Punaand unburned Monte vegetation, 91.2% of carbon occurs in aboveground parts (leaves and stems)and 8.8% in the root system. Monte vegetation, characterized by Larrea cuneifolia shrubland, stores77905 Mg C (3.9 Mg/ha), 78.8% of the total carbon in the area. Nanophanerophytes store 28.8% in theunburned shrubland, and 50.4% in the area burned in 2000, while chamaephytes store 95.5% in thearea burned in 2005. In the Puna belt, with 20893 Mg C (0.78 Mg/ha) stored, Jarava vaginata grasslanddominates and stores 88% of carbon, aboveground parts (leaves of grasses and leaves and stems ofchamaephytes) store 90% of carbon. In general, and taking into account both vegetation belts, 19.8% ofthe carbon present in the Reserve is stored in nanophanerophytes, 32.8% in hemicryptophytes, 28.8% inchamaephytes and 18.4% in succulents (cactaceae). Assessment of carbon storage, taking into accountthe different phytogeographic units, is necessary for management of the protected area and for a betterunderstanding of the role of these environments in the mitigation of atmospheric carbon. Las reservas naturales en las zonas áridas cumplen un papel destacado en el almacenamiento de carbono. La vegetación de la Reserva de Villavicencio acumula en total 98798 Mg (2,1 Mg/ha) de carbono; considerando la vegetación de la Puna y del Monte no quemado el 91,2% del carbono se encuentra en la parte aérea (hojas y tallo) y el 8,8 % restante en el sistema radical. La vegetación del Monte, caracterizada por el matorral de Larrea cuneifolia, acumula 77905 Mg (3,9 Mg/ha), 78,8% del carbono total del área. En el matorral no quemado las nanofanerófitas acumulan el 28,8%, en el área incendiada en el 2000 el 50,4% y en la quemada en el 2005 las caméfitas el 95,5%. En la vegetación del piso de la Puna, con 20893 Mg de carbono (0,78 Mg/ha) Almacenado, domina el pastizal de Jarava vaginata que acumula el 88% del carbono; la parte aérea (follaje de gramíneas y hojas y tallos de caméfitas) almacena el 90% del carbono. En general, y considerando ambos pisos de vegetación, 19,8% del carbono presente en toda la Reserva lo acumulan las nanofanerófitas, las hemicriptófitas el 32,8%, las caméfitas el 28,8% y las suculentas (cactáceas) el 18,4%. La evaluación del carbono acumulado, considerando las diversas unidades de vegetación, es necesaria para el manejo del área protegida y para una mejor comprensión del papel de estos ambientes en la mitigación del carbono atmosférico Sociedad Argentina de Botánica 2014-06-30 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion Artículo original application/pdf https://revistas.unc.edu.ar/index.php/BSAB/article/view/7608 Boletín de la Sociedad Argentina de Botánica (Journal of the Argentine Botanical Society; Vol. 48 No. 3-4 (2013): Diciembre; 543-551 Boletín de la Sociedad Argentina de Botánica; Vol. 48 Núm. 3-4 (2013): Diciembre; 543-551 Boletín de la Sociedad Argentina de Botánica; v. 48 n. 3-4 (2013): Diciembre; 543-551 1851-2372 0373-580X 10.31055/1851.2372.v48.n3-4 spa https://revistas.unc.edu.ar/index.php/BSAB/article/view/7608/8575
institution Universidad Nacional de Córdoba
institution_str I-10
repository_str R-10
container_title_str Revistas de la UNC
language Español
format Artículo revista
topic Carbono
formas de vida
área protegida.
spellingShingle Carbono
formas de vida
área protegida.
Zivkovic, Liliana
Martínez Carretero, Eduardo
Dalmasso, A.
Almirón, M.
Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).
topic_facet Carbono
formas de vida
área protegida.
author Zivkovic, Liliana
Martínez Carretero, Eduardo
Dalmasso, A.
Almirón, M.
author_facet Zivkovic, Liliana
Martínez Carretero, Eduardo
Dalmasso, A.
Almirón, M.
author_sort Zivkovic, Liliana
title Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).
title_short Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).
title_full Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).
title_fullStr Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).
title_full_unstemmed Carbon storage in the plant biomass of the Villavicencio nature reserve (Mendoza-Argentina).
title_sort carbon storage in the plant biomass of the villavicencio nature reserve (mendoza-argentina).
description Carbon storage in the plant biomass of the Villavicencio Nature Reserve (Mendoza-Argentina). Nature reserves play a relevant role in carbon storage in arid lands. The vegetation of theNature Reserve of Villavicencio stores 98798 Mg (2.1 Mg/ha) of carbon in total; considering the Punaand unburned Monte vegetation, 91.2% of carbon occurs in aboveground parts (leaves and stems)and 8.8% in the root system. Monte vegetation, characterized by Larrea cuneifolia shrubland, stores77905 Mg C (3.9 Mg/ha), 78.8% of the total carbon in the area. Nanophanerophytes store 28.8% in theunburned shrubland, and 50.4% in the area burned in 2000, while chamaephytes store 95.5% in thearea burned in 2005. In the Puna belt, with 20893 Mg C (0.78 Mg/ha) stored, Jarava vaginata grasslanddominates and stores 88% of carbon, aboveground parts (leaves of grasses and leaves and stems ofchamaephytes) store 90% of carbon. In general, and taking into account both vegetation belts, 19.8% ofthe carbon present in the Reserve is stored in nanophanerophytes, 32.8% in hemicryptophytes, 28.8% inchamaephytes and 18.4% in succulents (cactaceae). Assessment of carbon storage, taking into accountthe different phytogeographic units, is necessary for management of the protected area and for a betterunderstanding of the role of these environments in the mitigation of atmospheric carbon.
publisher Sociedad Argentina de Botánica
publishDate 2014
url https://revistas.unc.edu.ar/index.php/BSAB/article/view/7608
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first_indexed 2022-08-20T01:20:10Z
last_indexed 2023-07-07T00:12:49Z
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