2017
DOI: 10.29298/rmcf.v8i41.28
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Caracterización dasométrica y químico - micrográfica de tres especies de pino y su viabilidad de aprovechamiento integral

Abstract: Se evaluaron tres especies de pino: Pinus douglasiana, Pinus devoniana y Pinus oocarpa, de una parcela ubicada en el bosque La primavera, Jalisco. Después de realizar las mediciones dasométricas y establecer el balance de biomasa (madera, ramas, corteza y acículas), las muestras de la madera del tronco se prepararon para su análisis químico, de acuerdo a métodos TAPPI. Con respecto al estudio dasométrico y balance de biomasa dado aquí, se sugiere que la viabilidad de aprovechamiento de los pinos estudiados fue… Show more

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Cited by 3 publications
(3 citation statements)
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“…The experimental study was carried out using criteria of diameters and categorization of the raw material using the following classification and including 3 trees per category: first (10-15 cm); second (16-21 cm); third (22-27 cm); and fourth (28-33 cm). 12 trees per canton were chosen, giving a subtotal of 48 trees of the 600 trees studied, with similar morphological characteristics (Escoto García et al, 2017). An average of 25 geographical points (latitude, longitude and altitude) were selected in each canton, with GPS.…”
Section: Sampling Methodsmentioning
confidence: 99%
“…The experimental study was carried out using criteria of diameters and categorization of the raw material using the following classification and including 3 trees per category: first (10-15 cm); second (16-21 cm); third (22-27 cm); and fourth (28-33 cm). 12 trees per canton were chosen, giving a subtotal of 48 trees of the 600 trees studied, with similar morphological characteristics (Escoto García et al, 2017). An average of 25 geographical points (latitude, longitude and altitude) were selected in each canton, with GPS.…”
Section: Sampling Methodsmentioning
confidence: 99%
“…El estudio experimental, se realizó usando criterios de diámetros de la base y fuste del árbol, a la misma altura de la base de 1.30 m y otros, con igual similitud presentado (González et al, 2019). Con la siguiente categorización estudiados y con características morfológicas semejantes (Escoto et al, 2017).…”
Section: Establecimiento De Parcelas Circularesunclassified
“…Likewise, in 2013 the Mexican paper industry required 5 million 144 thousand tons of fiber in order to produce 4 million 513 thousand tons of paper (INEGI 2013), increasing to approximately 6 million 822 thousand tons of fiber for the production of 5 million 956 thousand tons of paper by 2018 (Cámara del Papel 2018). Therefore, the global scarcity of fibrous resources has aroused great interest in the use of non-conventional fibrous raw materials (straw, sugar cane bagasse, bamboo, and miscellaneous raw materials) (Atchison 1996), (Ricinus communis, Cyperus papyrifera, Typha domingensis, Agave tequilana) (Escoto-García et al 2013), which can be used to obtain cellulose for further paper production. Anupam et al (2016) present a classification of non-woody fibers that could be used for the manufacture of paper: agricultural residues (sugarcane bagasse, cotton stalks, rice straw), natural growing plants (bamboo, reeds, sabai grass, kahi grass), non-wood crops grown primarily for its fiber content such as bast fiber (jute, hemp, kenaf), leaf fiber (sisal), and seed hair (cotton fiber, cotton linter).…”
Section: Introductionmentioning
confidence: 99%