Affiliation:
1. Durrell Institute of Conservation and Ecology, School of Anthropology and Conservation University of Kent Canterbury UK
2. School of Economics University of Kent Canterbury UK
Abstract
Societal Impact StatementAlthough significant advances have been made in implementing international mechanisms to support the benefit sharing of natural resources in low and middle income countries, there are limited practical examples. Our research examines how the ornamental horticulture sector might be able to meet its benefit sharing requirements. Employing a consumer survey, we reveal the potential for monetary benefit sharing to emerge for plants with Known Wild Provenance. Our results indicate that although consumers value plants that have their Known Wild Provenance clearly labelled, the magnitude of this estimate is insufficient to generate meaningful monetary benefits.Summary
The global trade in ornamental plants is significant and growing. Historically, the relationship between the acquisition of novel plants from the wild for use in ornamental horticulture has been referred to as plant hunting. However, questions are now being raised about the ethical utilisation of biological resources and if those countries providing access to material from the wild are receiving adequate benefits. It is in this context that we examine if plants of Known Wild Provenance (KWP) are valued by UK consumers, and if a potential premium could be the basis of a benefit‐sharing agreement.
Employing a choice experiment, we assess consumers' preferences and willingness to pay (WTP) for KWP.
Our analysis reveals that KWP did not prove to be a strong driver for plant buyers.
Although a positive WTP is generated it is relatively small. Thus, the ability of commercial horticulture to provide monetary benefits to support benefit sharing is likely limited. This result raises questions as to how benefit sharing might then be implemented if buyers of plants are not prepared to pay a price premium.
Subject
Horticulture,Plant Science,Ecology, Evolution, Behavior and Systematics,Forestry