Please use this identifier to cite or link to this item: https://hdl.handle.net/1959.11/8537
Title: Soil and vegetation response to thinning White Cypress Pine ('Callitris glaucophylla') on the North Western Slopes of New South Wales, Australia
Contributor(s): McHenry, Melinda T (author); Wilson, Brian (author)orcid ; Lemon, JM (author); Donnelly, DE (author); Growns, I (author)
Publication Date: 2006
DOI: 10.1007/s11104-006-9011-9
Handle Link: https://hdl.handle.net/1959.11/8537
Abstract: Dense White Cypress Pine ('Callitris glaucophylla' J. Thompson and L.A.S. Johnson) regrowth occurs frequently across previously cleared landscapes in New South Wales (NSW), and is thought to adversely affect agricultural production and to cause land degradation. The NSW Native Vegetation Act (2003) requires that management of native vegetation including pre-1990 regrowth must 'improve or maintain' site condition, yet there is currently limited information regarding techniques for the optimum management of 'C. glaucophylla' in this regard. We conducted a preliminary study to examine floristic composition, soil condition (to 50 cm) and carbon storage under 'Dense' (dense regrowth), 'Thinned' (dense regrowth thinned 2000/2001) and 'Un-colonised' (pasture not yet recolonised by 'C. glaucophylla') plots on private lands in NSW. Reduced tree density from thinning resulted in increased biomass of the remaining individual trees. Un-colonised plots had significantly more groundcover than thinned plots, which had significantly more groundcover than dense plots. Differences in plant diversity however, were explained by site factors rather than land use. Soils in the dense plots were the most acid but soil pH was significantly higher in thinned plots and pH was highest in soil of the un-colonised plots. Mean values for carbon, nitrogen, sulphur and extractable phosphorus varied among sites, although each were significantly more abundant in the mineral soil of dense and thinned plots compared with un-colonised plots, suggesting that thinning had had a minimal effect on the soil parameters assessed. Accounting for all site components, site carbon storage was significantly higher in dense and thinned plots compared with un-colonised plots due to elevated levels of soil and litter carbon as well as the presence of trees. The results indicate that thinning dense 'C. glaucophylla' can maintain and (by some measures) improve site condition. However, given the variability in some of the parameters assessed, further study across a wider range of soil types and rainfall gradients is proposed.
Publication Type: Journal Article
Source of Publication: Plant and Soil, 285(1-2), p. 245-255
Publisher: Springer Netherlands
Place of Publication: The Netherlands
ISSN: 1573-5036
0032-079X
Field of Research (FOR): 060208 Terrestrial Ecology
Peer Reviewed: Yes
HERDC Category Description: C1 Refereed Article in a Scholarly Journal
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School of Environmental and Rural Science

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