Western Caribbean — Remote islands carry long human legacies that can undermine ‘pristine’ restoration baselines
WHAT THE EVIDENCE SAYS
An archival historical-ecology synthesis traces major anthropogenic change from the nineteenth century onward, including deforestation, introduced species, loss of seabird and turtle nesting resources, endemic extinctions, fishing pressure and later reef decline, all interacting with recurrent hurricanes.
WHY IT MATTERS / OUR READ
Small-island restoration should be designed as a coupled ridge-to-reef problem with explicit historical baselines. Treating remote islands as minimally altered can hide legacy drivers that constrain contemporary marine and terrestrial recovery.
CAVEATS / UNCERTAINTY
Historical records are uneven and causal attribution across centuries is necessarily inferential. The study is a synthesis of archives and ecological evidence rather than a controlled experiment.
SOURCE
Discover Ecology · Historical ecology synthesis
View original evidence ↗
Historical ecology of the Swan Islands links deforestation, invasive species, exploitation and storms to long-term terrestrial and reef change.
Read the Wild Lands assessment →