… Here we extend this approach to design reserve networks that are resilient to climate change
and balance goals for wide-ranging focal species and a broad suite of localized endemics. …

… In order to ensure comparability among reserve-selection methods, we selected reserve
networks with an equal number of grid cells. This was done by first identifying the minimum n set …

… climatic changes. Using bioclimatic envelope models and spatial data on habitats and
conservation areas, we studied how efficient the reserve network … three different climate scenarios. …

… -climate-change' conditions and future 'climate change' conditions. For each species, we also
explore marine reserve network … : (1) no reserves, (2) reserves designed to maximize yields …

… reserve networks is influenced by the current uncertainty in the scope of corals to adapt or
acclimate to climate change… larval connectivity into the design of reserve networks. We test two …

… This issue has been brought into sharper focus by the escalating threats to PAs as a result
of climate change and by the debate about whether PAs remain relevant in periods of rapid …

… movement of biota in response to climatic changes and to maintain viable populations of …
be reserved. Reserve scheduling methods usually consider only current threats, but threats …

… for low and high emissions climate-projection ensembles. … the reserve network, and one
reserve in particular might change … how to augment reserve networks to address climate change. …

… These studies necessitate a review of ecological guidelines for marine reserve network …
marine reserve networks to achieve fisheries, biodiversity, and climate change objectives, and …

… Past and present climate has shaped the valued ecosystems currently … reserves, but future
climate change will redefine these conditions. Continued conservation as climate changes will …