2021
DOI: 10.21704/x.v31i1.1777
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Evaluación rápida de la regeneración natural de Cedrelinga cateniformis en un bosque premontano de Satipo, Perú

Abstract: La regeneración natural es considerada como el reensamblaje de la diversidad florística a través de los propios mecanismos de perpetuación de las especies, asimismo, es una herramienta importante para el manejo forestal de bosques naturales. Por esta razón, el presente trabajo consistió en determinar la regeneración natural del árbol comercial Cedrelinga cateniformis conocido como “tornillo” en un bosque premontano de la selva central del Perú. Para este fin, se seleccionaron tres árboles madre de tornillo y s… Show more

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(2 citation statements)
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“…In the case of C. cateniformis, climatic conditions do not directly affect wood deterioration (Table 4), but extreme events could create conditions that promote the development of pathogens, considering the low tolerance of the species to flooding [82]. The low (or no) correlation between the deterioration indicators and edaphic variables may be associated with the plasticity of C. cateniformis, although it requires clayey, acidic soils with low (or zero) levels of stoniness [83,84]. The RA was the only variable that was positively and significantly correlated with pH (r = 0.758) (Table 4), probably because C. cateniformis growing in alkaline soil is more susceptible to wood deterioration due to the acidophilic nature of the species [85,86].…”
Section: Relationship Between Wood Deterioration and Predictor Variablesmentioning
confidence: 99%
See 1 more Smart Citation
“…In the case of C. cateniformis, climatic conditions do not directly affect wood deterioration (Table 4), but extreme events could create conditions that promote the development of pathogens, considering the low tolerance of the species to flooding [82]. The low (or no) correlation between the deterioration indicators and edaphic variables may be associated with the plasticity of C. cateniformis, although it requires clayey, acidic soils with low (or zero) levels of stoniness [83,84]. The RA was the only variable that was positively and significantly correlated with pH (r = 0.758) (Table 4), probably because C. cateniformis growing in alkaline soil is more susceptible to wood deterioration due to the acidophilic nature of the species [85,86].…”
Section: Relationship Between Wood Deterioration and Predictor Variablesmentioning
confidence: 99%
“…This study proposes the use of this tool to enable the better control of the quality of C. cateniformis wood in forest plantations, generating essential information for timber quality control in plantations, and promoting the planting of the species in the Peruvian Amazon [36]. This is essential in the forestry sector in Peru, which is currently undervalued and faces various challenges that must be addressed [83,84,92]. The results of this study are consistent with those of the National Forest Strategy, which promotes adaptive research for efficient and diversified production [80,93].…”
Section: Wood Deterioration Modellingmentioning
confidence: 99%