CAPTURA DE CARBONO POR Inga jinicuil Schltdl. EN UN SISTEMA AGROFORESTAL DE CAFÉ BAJO SOMBRA

Vásquez, Elizabeth Hernández; Ángeles, Gisela Virginia Campos; Valle, José Raymundo Enríquez-del; Rodríguez-Ortiz, Gerardo; Velasco, Vicente Arturo Velasco

doi:10.29298/rmcf.v3i9.536

Cited by 11 publications

(5 citation statements)

References 15 publications

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“…3). tration was documented for Inga jinicuil in temperate deciduous forest (Hernández-Vásquez et al, 2012).…”

Section: Concentration Of Carbon In Aerial Biomassmentioning

confidence: 97%

Variation of carbon uptake from forest species in Mexico: a review

Pompa-García¹,

Rodríguez

2017

MYB

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Currently, assessing carbon content in forest species is considered essential for programs designed to mitigate global warming. Although in Mexico these studies are becoming more numerous, we still do not know the state of the art in this scientific field. To our knowledge there is a lack of a systematic synthesis of the current condition of carbon sequestration from forest species in Mexico. This would be a useful baseline for scientists interested in further developing carbon studies. The aim of the present study is to analyze the variations of carbon uptake in Mexican forest species. From a comprehensive literature review of indexed journals and specialized databases, this study records the efforts made to record carbon storage rates in Mexican forests based on species, tree components, regions and ecosystems. The results identify those areas that are frequently the subject of research, as well as where opportunities exist and where efforts should be targeted, particularly in rainforests that have been the subject of very few research studies. This study to generate the first Mexican data base that summarizes state of the art data on the topic under study and contributes to a better understanding of potential functional relationships between diversity and carbon sequestration in forest ecosystems in Mexico.

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“…3). tration was documented for Inga jinicuil in temperate deciduous forest (Hernández-Vásquez et al, 2012).…”

Section: Concentration Of Carbon In Aerial Biomassmentioning

confidence: 97%

Variation of carbon uptake from forest species in Mexico: a review

Pompa-García¹,

Rodríguez

2017

MYB

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“…De esta manera, el estrato inferior se constituyó por clases de altura menores a 12 m (2 a 7 m y 7.1 a 12 m) la cual representa el 89.1 % del total de individuos. Esto es muy similar a lo reportado en otros estudios de México en altitudes superiores a los 1000 msnm, en los que el arbolado para sombra concentra más del 80% en árboles con alturas entre 2 a 12 m (Martínez et al, 2007;Hernández et al, 2012;Román et al, 2016;Ruiz-García et al, 2022). La altura del arbolado por especie en cada conglomerado muestra los siguientes resultados:…”

Section: Estructura Vertical (Altura Del Arbolado)unclassified

ENSAMBLE ARBÓREO ASOCIADO A UN SISTEMA AGROFORESTAL DE Coffea arabica L. EN SILTEPEC, CHIAPAS, MÉXICO

Barrios Calderón,

Gordillo Díaz,

Morales

et al. 2023

Trop Subtrop Agroecosyst

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Background: The production of Coffea arabica L. in most of the world is carried out under agroforestry systems, whose associated tree assembly provides microclimatic conditions and other benefits such as product diversification, biodiversity conservation, carbon sequestration, increased soil fertility, and pest and disease control. Objective: to characterize the tree component and its classification by use and value in a shade-grown coffee agroforestry system in Siltepec, Chiapas. Methodology: Five clusters were established, each with three randomly distributed sampling units, with a total of 15 sampling units with an area of 400 m2. An inventory of the trees was carried out, classifying the associated species. Structural parameters (height, normal diameter, densities, basal area) and importance value index were estimated. Results: 30 tree species representing 19 botanical families were found; the Fabaceae Inga flexuosa, Inga laurina, Inga paterno, Dyphisa americana were the most important. The height of the tree component reached 27 m, with a more significant number of trees for class 2 at 7 m (1743 ind. ha-1 [78.73%]). The diameter class from 2.5 to 10 cm (532 trees) had the highest number of individuals. The average density corresponds to 1155 ind. ha-1, Inga flexuosa (chalum) the tree species with the most significant presence (510 ind. ha-1) with an importance value of 60.13%. The basal area obtained corresponds to 119.5 m2 ha-1, Inga laurina (caspirol) has the most significant spatial distribution (54.02 m2 ha-1). Implications: The study allows dimensioning of the importance of tree associations that occur within an agroforestry system of Coffea arabica L. in soh a way that those parameters and the composition of species can be determinants of the productive capacity of each plot. The study considers the benefits of the tree component in coffee production and contributing goods and services that give greater sustainability to the agroecosystem. Conclusions: There was a high tree density, with the Fabaceae family and particularly the Inga genus being the most important in the studied area, which allows excellent benefits such as the contribution of Nitrogen, nutrient recycling, soil fertility and decreased erosion in the coffee plantations

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“…In the Colombian Andes, AFS have a high carbon sequestration capacity (Albrecht & Kandji, 2003;Hernández-Vasquez et al, 2012) and their complex canopy structure and diverse species composition have favored the presence different groups of fauna. The heterogeneity in canopy structure has been shown to be an in uential factor on microhabitat generation for dung beetles (Neita & Escobar, 2012;Gatti et al, 2018;Parisi et al, 2019) , reptiles and amphibians (Deheuvels et al, 2014;Brüning et al, 2018) .…”

Section: Introductionmentioning

confidence: 99%

Assessing canopy structure in Andean (agro)forests using 3D UAV remote sensing

Bolívar-Santamaría

Reu

2023

Agroforest Syst

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Agroforestry systems (AFS) are important for biodiversity conservation outside protected areas. The presence of shade trees in AFS form structurally complex habitats that provide food for many species. Habitat complexity is considered an essential biodiversity variable and its characterization is now possible using remote sensing techniques, including 3D point clouds derived from images obtained with unmanned aerial vehicles (UAVs). However, studies evaluating the relationship between canopy structure and variables derived from 3D clouds are rare for AFS, especially for the tropical Andes. Here, we show how six important variables of canopy structure can be predicted across a canopy structure gradient from AFS with cacao and coffee to a natural forest using characteristics extracted from the 3D point clouds and multiple linear regression. For leaf area index the best model obtained an R² of 0.82 with a relative RMSE = 24%, for canopy cover an R² of 0.81 and relative RMSE = 13%, for above-ground biomass (AGB) an R² of 0.81 and relative RMSE = 10%, the density of shade trees was predicted with an R² of 0.66 and relative RMSE = 34%, the mean height and the standard deviation of height in the canopy obtained an R² of 0.82 and 0.79 respectively, and relative RMSE of 18% for both. The approach presented in this study allows an accurate characterization of the canopy structure of AFS using UAVs, which can be useful for assessing above-ground biomass and biodiversity in tropical agricultural landscapes to monitor sustainable management practices and derive payments for ecosystem services.

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CAPTURA DE CARBONO POR Inga jinicuil Schltdl. EN UN SISTEMA AGROFORESTAL DE CAFÉ BAJO SOMBRA

Cited by 11 publications

References 15 publications

Variation of carbon uptake from forest species in Mexico: a review

Variation of carbon uptake from forest species in Mexico: a review

ENSAMBLE ARBÓREO ASOCIADO A UN SISTEMA AGROFORESTAL DE Coffea arabica L. EN SILTEPEC, CHIAPAS, MÉXICO

Assessing canopy structure in Andean (agro)forests using 3D UAV remote sensing

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