Quantifying stand structural complexity in woodland and dry sclerophyll forest, South-Eastern Australia

In this thesis I present and test a methodology for developing a stand scale index of structural complexity. If properly designed such an index can act as a summary variable for a larger set of stand structural attributes, providing a means of ranking stands in terms of their structural complexity, and by association, their biodiversity and vegetation condition. This type of index can also facilitate the use of alternative policy instruments for biodiversity conservation, such as mitigation banking, auctions and offsets, that rely on a common currency – the index value – that can be compared or traded between sites. My intention was to establish a clear and documentable methodology for developing a stand scale index of structural complexity, and to test this methodology using data from real stands.¶ ...

Author dc:creator

• McElhinny, Chris

• stand structure
• structural complexity index
• structural diversity
• vegetation condition
• biodiversity indicator
• fauna habitat
• coarse woody debris
• hollow bearing tree
• eucalypt woodland
• eucalypt forest

Language dc:language.iso

en

Dc Identifier Other

b22493463

OAI identifier oai:identifier

oai:openresearch-repository.anu.edu.au:1885/47854