Ecosystem restoration has proliferated across the globe to combat widespread ecosystem
decline. Translocations of viable individuals into degraded habitats form a core component …

The global loss in ecosystem engineers has initiated calls for restoration, which includes the
UN declaration of 2021–2030 as the decade of ecosystem restoration. As researchers dive …

Restoration of mussels typically focuses on either subtidal or intertidal habitats, although it is
important to consider the full historical range of a species. However, it remains unclear how …

The loss of newly translocated species directly contributes to low rates of reintroduction
success in both terrestrial and aquatic ecosystems. In this study, experimental …

Wild fish utilise aquaculture habitats for shelter and/or food resources. It is often assumed
that fish respond to feed input, the abundance of the farmed species or the associated …

The assessment of site suitability is a crucial step for informing future successful species
reintroductions. It ensures that translocated species have the highest chance of survival in …

Mussel reefs have been decimated globally as a result of overharvesting, climate change,
invasive species, and disease leading to the proliferation of conservation and restoration …

The establishment and operation of aquaculture in coastal environments creates unique
habitats within which there are typically marked differences in the diversity and abundance …

Populations of reef-building shellfish have been decimated globally by overharvesting and
habitat loss, leading to a corresponding degradation in the vital ecosystem services they …

The global loss of marine ecosystem engineering species, such as reef-building bivalves,
has led to widespread calls for restoration. Restoration of reef-building bivalves, such as …