Title:	Prognosis of aboveground woody biomass in a central Brazilian Cerrado monitored for 27 years after the implementation of management systems.
Authors:	AZEVEDO, G. B. de REZENDE, A. V. AZEVEDO, G. T. O. S. MIGUEL, E. P. AQUINO, F. de G. TEODORO, L. P. R. TEODORO, P. E.
Affiliation:	GILENO BRITO DE AZEVEDO; ALBA VALÉRIA REZENDE; GLAUCE TAÍS DE OLIVEIRA SOUSA AZEVEDO; EDER PEREIRA MIGUEL; FABIANA DE GOIS AQUINO, CPAC; LARISSA PEREIRA RIBEIRO TEODORO; PAULO EDUARDO TEODORO.
Date Issued:	2021
Citation:	European Journal of Forest Research, 2021.
Pages:	15 p.
Description:	Accurate estimation of biomass in natural vegetation sites remains a challenge. Modeling biomass growth and production in Cerrado areas is crucial to understanding the vegetation succession process, especially regarding the changes in biomass accumulation over time. Thus, our objective was to model the growth and production of woody aboveground biomass (living and total) in a cerrado stricto sensu monitored for 27 years after implementing management systems. As expected, the basal area (with a diameter taken at 30 cm from the ground level) is the most important predictor variable and showed a higher correlation with the biomass stocks and allowed accurate and consistent estimates of these accumulated stocks over time. Future estimates of biomass production, generated from growth models that estimate production as a function of parameters observed at previous ages, indicate that maximum stocks of living (25.86 ± 0.15 Mg ha−1 [mean ± standard deviation]) and total aboveground biomass (26.11 ± 0.15 Mg ha−1) are expected for a period between 28 and 30 years after the implementation of the management systems, with maximum mean annual increment between 23 and 27 years. Furthermore, the systems of equations obtained simulated reductions up to 30% of biomass after the occurrence of a forest fire at 23 years. Thus, our study can be useful for the decision-making process and developing public policies and strategies for managing and conserving natural resources in the Cerrado biome.
Thesagro:	Produção Florestal Desenvolvimento Florestal Área Basal Regeneração Natural Incêndio Florestal Biomassa
Type of Material:	Artigo de periódico
Access:	openAccess
Appears in Collections:	Artigo em periódico indexado (CPAC)