Protecting connectivity benefits reptile populations and gene flow. Because reptiles are ectothermic, restoring connectivity will allow reptiles to shift their ranges with changing climate conditions. For marine species, such as sea turtles, aquatic connectivity is significant for migration.
Climate warming and connectivity shift the gut microbiome
Experiments on lizards in the Metatron show that although climate warming negatively impacts physiology, habitat connectivity can mitigate or even reverse warming effects.
Keeping rare species connected in urban areas
Plans to protect multiple rare species across a gradient of urban areas in Michigan provide a template for preserving biodiversity in an increasingly urban world.
Sensitivity of parasites to habitat fragmentation
The complex life cycles of some parasites make them especially vulnerable to fragmentation, impacting their important roles in ecosystem functioning and stability.


