Biophysical individual-based models (IBMs) are the only tools that can provide estimates of
spatial and temporal changes in mortality rates of marine fish early life stages as well as the …

Stranded marine mammals are an important source of information and biological samples
on cetacean population. Nevertheless, collecting stranding data remains opportunistic and …

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 …

Spawning location and timing are critical for understanding fish larval survival. The impact of
a changing environment on spawning patterns is, however, poorly understood. A novel …

Under the general framework of existing recruitment hypotheses, knowledge on the drivers
and mechanisms involved in the determination of the year class strength of small pelagic …

Tracking the movement of migratory fish is of great importance for efficient conservation,
although this has been technically difficult to achieve in small fish to which artificial tags …

Abstract Aquaculture of New Zealand's endemic green-lipped mussel (Perna canaliculus) is
an industry valued at NZ $336 M per annum and is~ 80% reliant on the natural supply of …

The objectives of this manual of recommended practices (MRP) are to summarize
appropriate methods for modelling physical–biological interactions during the early life of …

The Pélagiques Gascogne (PELGAS) integrated survey has been developed by a
multidisciplinary team of Ifremer and La Rochelle University scientists since 2000, joined by …

Dispersal is a key process sha** species population structure. In demersal marine fishes,
which usually have sedentary adult phases, dispersion relies on drifting larval stages …