Seagrass ecosystems support human well-being by delivering a wide range of ecosystem
services. Particularly important is the significant role they play in food provisioning by …

Canopy‐forming macroalgae can construct extensive meadow habitats in tropical
seascapes occupied by fishes that span a diversity of taxa, life‐history stages and ecological …

Global declines in oyster reefs have resulted in reduced habitat heterogeneity, extent and
quality for some coastal finfish, potentially reducing fish populations and catches. It is well …

Ecological restoration is increasingly being upscaled to larger spatial scales of tens to
hundreds of kilometers. Yet the complex logistics and high costs of ecological restoration …

Diverse habitats composing coastal seascapes occur in close proximity, connected by the
flux of materials and fauna across habitat boundaries. Understanding how seascape …

Ecosystems are linked by the movement of organisms across habitat boundaries and the
arrangement of habitat patches can affect species abundance and composition. In tropical …

Restoration is accelerating to reverse global declines of key habitats and recover lost
ecosystem functions, particularly in coastal ecosystems. However, there is high uncertainty …

Aim Seagrass beds are declining globally and are increasingly vulnerable to sea level rise
(SLR), which could have consequences for the rich biodiversity they support. Spatial …

Ecological restoration principally seeks to restore lost or degraded ecosystems. Restoration
can, however, also deliver a suite of wider ecological, social, and economic benefits. To …

The ecological impacts of landscape modification and urbanisation have transformed the
composition of plant and animal assemblages, and altered the condition of ecosystems …