Bibliographic citations
Ruiz, A., (2019). Cuantificación del servicio ambiental de almacenamiento de CO2 en biomasa aérea de las especies de flora en la Zona de Conservación y Recuperación de Ecosistemas (ZoCRE), Humedal del Alto Mayo, sector Santa Elena - Rioja 2018 [Tesis, Universidad Nacional de San Martín. Fondo Editorial]. http://hdl.handle.net/11458/3457
Ruiz, A., Cuantificación del servicio ambiental de almacenamiento de CO2 en biomasa aérea de las especies de flora en la Zona de Conservación y Recuperación de Ecosistemas (ZoCRE), Humedal del Alto Mayo, sector Santa Elena - Rioja 2018 [Tesis]. : Universidad Nacional de San Martín. Fondo Editorial; 2019. http://hdl.handle.net/11458/3457
@misc{renati/1055234,
title = "Cuantificación del servicio ambiental de almacenamiento de CO2 en biomasa aérea de las especies de flora en la Zona de Conservación y Recuperación de Ecosistemas (ZoCRE), Humedal del Alto Mayo, sector Santa Elena - Rioja 2018",
author = "Ruiz Carranza, Ana Heidi",
publisher = "Universidad Nacional de San Martín. Fondo Editorial",
year = "2019"
}
Santa Elena Wetlands, is considered as the highest wetlands in the country, these areas are characterized by swampy and flooded forests that contain remnants of local biodiversity. The study includes the quantification of the environmental service of CO2 storage of aerial biomass of the species of flora in the Zone of Conservation and Recovery of Ecosystems (ZoCRE), wetland of the Alto Mayo, developed in the sector Santa Elena in the district of Pósic, province of Rioja, San Martín region. By identifying the problem that was unleashed in the world by the increase of CO2 has motivated to develop the following project whose approach to the problem is summarized in the following question: What is the storage potential of CO2 as an environmental service in aerial biomass? of the flora species in the ZoCRE? The objective was to quantify the environmental service of storage of CO2 in aerial biomass of the flora species in the ZoCRE. In the following investigation, the simple descriptive methodological design was used; the study area was identified and two plots of 50 x 100m were established, then the information of the five plant species was collected, the aerial biomass of the species was calculated by plot and study area (1 ha), and it was estimated the storage of CO2. The instruments such as: the species identification, forest registration and forest inventory have led to the results showing that the calculated tree aerial biomass was 325.99 Mg / ha for the two types of ecosystem, semi-dense and dense wetland, the capture of carbon was 163.00 Mg / ha for the two sampling plots, the CO2 storage in both plots was obtained 598.193 Mg / ha and the payment for environmental CO2 storage service that was obtained from all the species evaluated in the two plots studied He had a total of $ 3529.34.
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