Authors
Keryn I Paul, Stephen H Roxburgh, Jacqueline R England, Peter Ritson, Trevor Hobbs, Kim Brooksbank, R John Raison, John S Larmour, Simon Murphy, Jaymie Norris, Craig Neumann, Tom Lewis, Justin Jonson, Jenny L Carter, Geoff McArthur, Craig Barton, Ben Rose
Publication date
2013/12/15
Journal
Forest Ecology and Management
Volume
310
Pages
483-494
Publisher
Elsevier
Description
To quantify the impact that planting indigenous trees and shrubs in mixed communities (environmental plantings) have on net sequestration of carbon and other environmental or commercial benefits, precise and non-biased estimates of biomass are required. Because these plantings consist of several species, estimation of their biomass through allometric relationships is a challenging task. We explored methods to accurately estimate biomass through harvesting 3139 trees and shrubs from 22 plantings, and collating similar datasets from earlier studies, in non-arid (>300 mm rainfall year−1) regions of southern and eastern Australia. Site-and-species specific allometric equations were developed, as were three types of generalised, multi-site, allometric equations based on categories of species and growth-habits: (i) species-specific, (ii) genus and growth-habit, and (iii) universal growth-habit irrespective of genus …
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