Overexploitation and climate change are increasingly causing unanticipated changes in
marine ecosystems, such as higher variability in fish recruitment and shifts in species …

More than 120 surveys over 25 years suggest that appropriate use of the daily egg
production method (DEPM) provides unbiased but rather imprecise estimates of spawning …

To anticipate the response of fish populations to climate change, we developed a framework
that integrates requirements in all life stages to assess impacts across the entire life cycle …

MANUEL BARANGE, MIGUEL BERNAL, MARIA CRISTINA CERGOLE, LUIS A. CUBILLOS,
CARRYN L. CUNNINGHAM, GEORGI M. DASKALOV, JOSÉ AA DE OLIVEIRA, MARK …

Spatial distributions of marine fauna are determined by complex interactions between
environmental conditions and animal behaviors. As climate change leads to warmer, more …

Identification of the potential habitat of European anchovy (Engraulis encrasicolus) at
different life stages in relation to environmental conditions is an interesting subject from both …

Due to their population characteristics and trophodynamic role, small pelagic fishes are
excellent bio-indicators of climate-driven changes in marine systems world-wide. We argue …

Ichthyoplankton surveys were conducted in surface waters of the northern Gulf of Mexico
(NGoM) over a three-year period (2006–2008) to determine the relative value of this region …

For marine fish, the choice of the spawning location may be the only means to fulfil the dual
needs of surviving from the egg to juvenile stage and dispersing across different habitats …

Tuna are among the most ubiquitous oceanic predators, and range globally from the equator
to temperate regions (0 to 55 latitude). While the distribution of adult fish has been mapped …