Authors
Euler Melo Nogueira, Philip Martin Fearnside, Bruce Walker Nelson, Reinaldo Imbrozio Barbosa, Edwin Willem Hermanus Keizer
Publication date
2008/11/20
Journal
Forest Ecology and Management
Volume
256
Issue
11
Pages
1853-1867
Publisher
Elsevier
Description
Uncertainties in biomass estimates in Amazonian forests result in a broad range of possible magnitude for the emissions of carbon from deforestation and other land-use changes. This paper presents biomass equations developed from trees directly weighed in open forest on fertile soils in the southern Amazon (SA) and allometric equations for bole-volume estimates of trees in both dense and open forests. The equations were used to improve the commonly used biomass models based on large-scale wood-volume inventories carried out in Amazonian forest. The biomass estimates from the SA allometric equation indicate that equations developed in forests on infertile soils in central Amazonia (CA) result in overestimates if applied to trees in the open forests of SA. All aboveground components of 267 trees in open forests of SA were cut and weighed, and the proportion of the biomass stored in the crowns of trees …
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