Research on sociality in marine fishes is a vibrant field that is providing new insights into
social evolution more generally. Here, we review the past two decades of research …

With the onset and increasing frequency of multiple disturbances, the recovery potential of
critical ecosystem-building species and their mutual symbionts is threatened. Similar effects …

Due to disturbance-driven phase shifts on coral reefs, sponges are an increasingly important
microhabitat for reef-dwelling organisms, particularly throughout the Caribbean. The …

Degradation and loss of reef habitat is one of the foremost threats to coral reef fishes,
especially for highly specialised species with specific reliance on live corals. Aside from …

Mutualisms are prevalent in many ecosystems, yet little is known about how symbioses are
affected by ecological pressures. Here, we show delayed recovery for 13 coral‐dwelling …

Highlights•Not all social animals make the same movement decisions related to their
habitat.•We tested the influence of habitat size, health and saturation on movement of …

Increasing degradation of coral reef ecosystems and specifically, loss of corals is causing
significant and widespread declines in the abundance of coral reef fishes, but the proximate …

What drives the evolution of sociality in animals? Many robust studies in terrestrial
organisms have pointed toward various kinship-based, ecological and life-history traits or …

Understanding variation in social organization that lacks a strong phylogenetic signal
represents a key focus of research in behavioural ecology. Accordingly, we established a …

We present one year of buying and selling data of the yellow coral goby (Gobiodon
okinawae) in Banggai Laut District, Banggai Archipelago, Central Sulawesi, Indonesia. This …