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Offsets for compensating biodiversity loss are increasingly suggested as a system for allocating responsibilities onto those actors who contribute to the loss.
Most stakeholder-based research concerning agri-environmental schemes (AES) derives from work engaging with farmers and land managers. Consequently, the voices and opinions of other actors involved in AES tends to be unrepresented in the wider literature.
The conciliation between different issues such as agriculture production, biodiversity conservation and water management remains unsolved in many places in the world.
Avoided ecological loss is an appropriate measure of conservation effectiveness, but challenging to measure because it requires consideration of counterfactual conditions. Land-use simulation is a well suited but underutilized tool in this regard.
Worldwide semi-natural habitats of high biological value are in decline. Consequently, numerous Agri-Environment Schemes (AESs) intended to halt biodiversity loss within these habitats have been implemented.
Increasing food production without further harming biodiversity is a key challenge of contemporary societies. In this paper, we assess trade-offs between agricultural output and two key agri-environmental indicators in four contrasting scenarios for Europe in 2040.
Over the past 15 years Australia has been trialling conservation tenders and other market based instrument approaches to generate environmental outcomes, particularly on private lands.
Biodiversity offsets seek to counterbalance loss of biodiversity due to major developments by generating equivalent biodiversity benefits elsewhere, resulting, at least in theory, in ‘no net loss’ (or even a ‘net positive gain’) in biodiversity.
We examined the preferences for wetland conservation among urban and rural dwellers in Malaysia. A choice experiment using face-to-face interviews with urban and rural households was employed.
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