The nitrogen influence over the amount of the carbon retain by 13 woody species in the Ciénaga of Zapata’s forest ecosystem, Cuba
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Abstract
Not exist doubt that the tree, although it´s small the carbon capture, they can be reduce the effects of climate change. Nadelhoffer et al referes to Jandl (2003) express that the nitrogen woody can be contribute more tan on carbon storage if Wood it´s use for products of the larger longevity. Attend to is carry out one study in 13 forestry species of the forest ecosystem in the Península of Zapata, Matanzas province. In the investigation was determinated the nitrogen porcent in wood and bark in the laboratory of Alicante University for a fact which take of sample in 3 tree for specie, after it was dry up in environment conditions and divide the bark and Wood and pound through the use of elemental analyst LECO, model TruSpecCN making use the EDTA standard. The investigation showed that Eugenia buxifolia (Sw.) Willd, Lysiloma latisiliquum (l.) Benth. ssp latisiliquum and Talipariti elatum (Sw.) Fryxell are the woody tree with bigger efficiency in the nitrogen use (NUE) and present more capacity for kidnap carbon for each unite of nitrogen employed.
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References
Castro, L. R. 2008. «Curso cambio climático. Impactos, vulnerabilidad y adaptación. Suplemento Especial, Segunda Parte». Ciudad de La Habana. Editorial Academia. 16 pp.
Escarré, A. 2009. Comunicación personal.
FAO. 2000. «Manejo de las tierras forestales, de pastoreo y cultivadas para aumentar la captura de carbono en los suelos». Depósito Documento FAO. Versión PDF. FAO. 1994. «El desafío de la ordenación forestal sostenible: perspectivas de la silvicultura mundial». Roma. FAO. pp. 38.
Feldspausch, T. R. 2004. «Carbon and nutrient accumulation in secundary forests regenerating on pastures in Central Amazonia». Ecological Applications 14 (4): S 164 -S 176.
Jandl, R. 2003. «Secuestro de carbono en bosques. El papel del suelo». Revista Forestal Iberoamericana. Versión electrónica, vol.1, no. 1, IUFRO. p. 57.
Portillo, F. 1965. Principios de la fisiología vegetal. La Habana. Editorial Instituto del Libro. p. 35.
Reichstein, M. 2007. «Impacts of climate change on forest soil carbon: principles, factors, models, uncertainties». In Forest and climate change. CAB Internacional. Edit by PH. Freer; MSJ Broadmeadow; J. M. Lynch. UK/USA/London. pp. 127-135.
Schlesinger, W. H. 2007. Biogeoquímica. Un análisis del cambio global. Editorial Ariel Ciencia. pp. 347-365.
UNAM. 2006. Secuestro de carbono en bosques. El papel del suelo. Instituto de Ciencias Ambientales y Desarrollo Sostenible. Facultad de Ciencias Exactas Químicas y Naturales. Argentina. html Document.
www.fao.org/WAICENT/FAO-INFO/AGRICULT/AGL/aq/globdir/index.htm.