Conservation planning |
The process of identifying, configuring and managing conservation resources and actions to protect biodiversity and ecosystem services |
Systematic approaches to planning |
Planning stages approximate those in Fig. 1, i.e. the setting of explicit conservation objectives, spatial biological data (typically multiple species and/or habitats), socioeconomic and other datasets, stakeholder consultation [16] and ultimately, the identification of priority areas for the allocation of conservation resources |
Core biological principles such as representation and persistence (adequacy; achieved by applying the principles of complementarity, irreplaceability, connectivity and related methods [13]) are considered alongside non-biological considerations, including social and political constraints and opportunities [36, 45] |
E.g. The planning process for California’s Marine Life Protection Act in north central California, USA [71] |
Systematic conservation planning |
In addition to including all above components |
(a) The benefits of conservation actions are specified either as threshold amounts of natural features to be represented or as continuous functions with increasing amounts of features; and |
(b) the outputs are one or more optimal or near optimal sets of spatially-bounded conservation actions |
Plans will necessarily use decision-support tools in the ‘spatial prioritisation’ stages |
E.g. the representative areas program for the rezoning of the Great Barrier Reef, Australia [14] |