Movement of fishes in the aquatic realm is fundamental to their ecology and survival.
Movement can be driven by a variety of biological, physiological and environmental factors …

Coral reef ecosystems are exceptionally complex with a myriad of trophic pathways and
consumer relationships. The application of stable isotopes (SIs) offers numerous …

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 …

Marine ecology seeks to understand the factors that shape biological communities. Progress
towards this goal has been hampered by habitat‐centric approaches that ignore the …

Although movement has always played an important role in fisheries science, movement
patterns are changing with changing ocean conditions. This affects availability to capture …

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 …

Nature-based Solutions (NbS) have been advocated to protect, sustainably manage, and
restore natural or modified ecosystems, simultaneously providing human well-being and …

Tracking the movements of aquatic animals is a primary means of understanding movement
ecology and interactions with human activities such as fisheries. Despite the diverse …

Habitat shifts that occur during the life cycles of marine fishes influence population
connectivity and structure. A generalized additive modeling approach was used to …

Ecosystems are connected through the movement of organisms, nutrients, energy, and
matter. The connection and dependence between aquatic habitats enhances our capacity to …