The ocean is a key component of the Earth's dynamics, providing a great variety of
ecosystem services to humans. Yet, human activities are globally changing its structure and …

Artificial reefs have been widely deployed with the intention of increasing fish habitat,
enhancing recreational fishery opportunities and providing socio‐economic benefits to …

Recent advancements in telemetry have redefined our ability to quantify the fine-scale
movements of aquatic animals and derive a mechanistic understanding of movement …

Fine-scale movement dynamics of adult invasive lionfish may inform the spatial scale of
negative impacts to local food webs, the design and efficacy of ongoing removal efforts, and …

The gut microbiome holds an important role in the health and homeostasis of fishes.
However, despite the large diversity and distribution of this vertebrate group, only the …

The behaviour of coastal fishes to new habitats and trophic opportunities provided by
artificial reefs may reveal the key processes which sustain fish production at these reefs. We …

Fine-scale tracking technology has advanced our understanding of aquatic animal
behaviour by deriving near-continuous movements of animals ranging in size from small …

Lagoons play an important socio-economic role and represent a precious natural heritage at
risk from fishing pressure and chemical and biological pollution. Our research focused on …

In the Mediterranean Sea, and in marine areas worldwide, for most locations, data on
species presence and abundance are generally poor or non-existent. When available, these …

Movement is a key factor that shapes the distribution and structure of fish populations and
influences the extent of the benefits provided by conservation and management measures …