Small-scale fisheries in developing regions are particularly vulnerable to climate change,
but the assessment of climate-induced changes and impacts are often hampered by the data …

Climate change impacts on fishery resources have been widely reported worldwide.
Nevertheless, a knowledge gap remains for the warm-temperate Southwest Atlantic Ocean …

We characterize long‐term trends of sea surface temperature (SST), absolute dynamic
topography, and chlorophyll‐a (CHL) in the Patagonian shelf break front (SBF) using 27 …

Ecological networks offer valuable insights into community structure, key species
identification, and ecosystem management. Understanding how these networks respond to …

Ocean warming is associated with the tropicalization of fish towards higher latitudes.
However, the influence of global climatic phenomena like the El Niño Southern Oscillation …

Ocean heat content (OHC) anomalies typically persist for several months, making this
variable a vital component of seasonal predictability in both the ocean and the atmosphere …

Predicting the potential distribution of species and possible dispersal corridors at a global
scale can contribute to better understanding the availability of suitable habitat to move …

To predict the potential impacts of climate change on marine organisms, it is critical to
understand how multiple stressors constrain the physiology and distribution of species. We …

Understanding the spatial and temporal dynamics in marine fish populations is essential for
the development of effective adaptive management strategies. Many marine fish species …

Abstract The Central and South Atlantic represents a vast ocean area and is home to a
diverse range of ecosystems and species. Nevertheless, and similar to the rest of the global …