Article ID Journal Published Year Pages File Type
1053649 Environmental Science & Policy 2013 11 Pages PDF
Abstract

•We explore drivers of landholder participation in Victorian conservation tenders.•Strong, respectful and continuous relationships with agencies drive participation.•Streamlined administrative processes enhance participation.•Quality support and easily-integrated practices encourage further independent works.•Non-monetary drivers of participation may be stronger than economic motivations.

Conservation tender program have been widely applied to biodiversity conservation in Australia and internationally in recent decades. Increasing participation rates is critical to these schemes, as competition is required for the cost-effectiveness benefits of the tender system to be fully realized. However, knowledge relating to the drivers of landholder participation in tender programs is limited. This study aims to identify the relative importance of different drivers of participation in Victorian conservation tenders. The novel method of maximum entropy ordinal regression is used given the small sample size, and supplemented with qualitative data obtained through face-to-face interviews. The regression analysis reveals that strong relationships between agencies and landholders and a low administrative burden drive increased participation. The provision of education, support, and easily-integrated management practices, however, may drive lower participation, with landholders confident to undertake conservation activities independently of assistance. Some evidence emerges that ten-year contracts may be well-received. A key concern is low additionality in biodiversity benefits, with typical tender participants displaying a strong conservation ethic and high levels of management activity pre-participation. This work has shown that in conservation policies involving self-selection by participants, economic incentives for adoption may be less important than non-monetary drivers.

Related Topics
Physical Sciences and Engineering Energy Renewable Energy, Sustainability and the Environment
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