An intensification of upwelling-favorable winds in recent decades has been detected in
some of the main eastern boundary current systems, especially at higher latitudes, but the …

Top-down and bottom-up forces determine ecosystem function and dynamics. Fisheries as a
top-down force can shorten and destabilize food webs, while effects driven by climate …

The mesoscale eddies off the coast of Chile significantly impact the distribution of local
chlorophyll and the development of marine ecosystem. Multiple processes, including eddy …

The temporal variability of Net Primary Production (NPP) off central Chile (36° S, 73° W), an
area subjected to seasonal coastal upwelling, was analyzed using monthly in situ 13C …

Aim We assess the spatial distribution of a suite of coastal biophysical characteristics and
how their variability is related to the distribution and geographic range of a diverse …

The seascape comprises multiple environmental variables that interact with species biology
to determine patterns of spatial genetic variation. The environment imposes spatially …

The annual cycle and phenology of phytoplankton (satellite‐derived chlorophyll‐a, Chl‐a) in
the coastal upwelling region off central‐southern Chile, their time‐space variation, the extent …

The central and northern Chilean coasts are part of the Humboldt Current System, which
sustains one of the largest fisheries in the world due to upwelling. There are several …

This study summarises six years of spatio-temporal patterns of the discarded demersal
community fauna recorded by onboard scientific observer program for both artisanal and …

Monitoring chlorophyll-a (chl-a) concentrations is important for the management of water
quality, because it is a good indicator of the eutrophication level in an aquatic system. Thus …