Designing protected area networks that translate international conservation commitments into national action

 Here we undertake a cost-effective approach to protected area planning in Guyana that accounts for in-country conditions. To do this we conducted a stakeholder-led spatial conservation prioritisation based on meeting targets for 17 vegetation types and 329 vertebrate species, while minimising opportunity costs for forestry, mining, agriculture and urbanisation. Our analysis identifies 3 million ha of priority areas for conservation, helping inform government plans to double the current protected area network from 8.5 to 17%.

The essential role of other effective area-based conservation measures in achieving big bold conservation targets

We argue that OECMs are essential to the achievement of big and bold conservation targets such as Half-Earth. But integration of OECMs into the conservation estate requires fundamental changes in protected area planning and how the conservation community deals with human rights and social safeguards issues; it therefore challenges our understanding of what constitutes “conservation”. It will only succeed if the key drivers of biodiversity and ecosystem service loss are addressed in the whole planet.

Vanuatu National Biodiversity Strategy and Action Plan [NBSAP] 2018-2030

Vanuatu signed and ratified the United Nations Convention on Biological Diversity (UNCBD) joining other 190 CBD parties to protect our global biodiversity. Vanuatu’s first National Biodiversity Strategy and Action Plan (NBSAP) was developed and endorsed in November 1999. Revision of this NBSAP has led Vanuatu to develop this new NBSAP (2018-2030). This revised NBSAP indicates the progress, successes and gaps that lie within the organisational, systemic and individual capacities at national, provincial and community levels to protect, conserve and wisely use our biodiversity.

Trust, transparency, communication, and fairness in the planning and management of conservation projects may be more important for gaining long-term local support than emphasizing ecological effectiveness, UBC-led research has discovered.