Authors:
Cummings, J., N. Reid, I. Davies and C. Grant
Publication Date:
2007
Abstract/Summary:
Regeneration of native potential canopy trees, understorey trees, shrubs and woody climbers, and perennial forbs all increased with canopy retention. Grass cover dominated the regeneration where canopy cover was less than 50%. In the absence of weed control, the cover of introduced shrubs increased with reduction in canopy cover, as did the rate of understorey regeneration generally. These responses indicate that thinning and weed control can reinstate succession, leading to structurally and compositionally diverse forest. Given the abundance of native woody regeneration under retained canopy, the lantana understorey was more important in inhibiting native regeneration. The experimental approach will promote efficient use of resources across the remaining 200 ha of low conservation value plantations in this national park.
Resource Type:
Peer-reviewed Article
Source:
Restoration Ecology
Link:
http://onlinelibrary.wiley.com/doi/10.1111/j.1526-100X.2006.00200.x/abstract