Article ID Journal Published Year Pages File Type
5049340 Ecological Economics 2015 7 Pages PDF
Abstract

•MBIs for private land conservation must be attentive to landscape-scale ecological function.•The environmental stewardship concept holds promise for aligning MBIs with the landscape scale.•Environmental stewardship brings attention to cross-boundary and collaborative land management.•Environmental stewardship shows that MBIs are not always suitable for private land conservation

Market-based instruments (MBIs) are rapidly becoming a dominant characteristic of the policy landscape for private land conservation in Australia and elsewhere. Price-based MBIs are considered attractive to landholders, who are provided with financial payments for the delivery of defined ecological outcomes on their land, and for policy-making, where ecological return on investment can be measured quantitatively. Consequently, MBIs are commonly used to promote competitive, individualized approaches to improve ecological values, framed around the property-scale. We are concerned that there is a tension between the property-centric focus of price-based MBI programs and the need for environmental management policy and practice to reflect landscape-scale social-ecological processes. Targeting MBI programs at individual properties could risk generating insufficient public good conservation benefits, if those programs fail to reflect the relationship between landscape-scale processes and property-scale conservation efforts. To remedy the neglect of the landscape scale in private land conservation MBI policy, we develop a definition of stewardship that directly connects landscape-scale ecological function to the 'public good' dimension of stewardship. We apply this over-arching definition to demonstrate how MBI programs can deliver on the goal of landscape-scale conservation, and to suggest when MBIs might not be well suited to achieving private land conservation objectives.

Related Topics
Life Sciences Agricultural and Biological Sciences Ecology, Evolution, Behavior and Systematics
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