The nitrogen (N) cycle is one of the most important nutrient cycles in river systems, and it
plays an important role in maintaining biogeochemical balance and global climate stability …

Abstract The Humboldt Current Large Marine Ecosystem (HCLME) covers 95% of the
southeast Pacific seaboard of which the area of influence from the Humboldt Current and …

Cascade dams disrupt the river continuum, altering hydrology, biodiversity and nutrient flux.
Describing the diversity of multi-trophic microbiota and assessing microbial contributions to …

Copepods are important suppliers of bioreactive compounds for marine bacteria through
fecal pellet production, sloppy feeding, and the excretion of dissolved compounds. However …

Biological production and outgassing of greenhouse gasses (GHG) in Eastern Boundary
Upwelling Systems (EBUS) are vital for fishing productivity and climate regulation. This study …

Eastern boundary current systems (EBCs) in the oceans are well known as regions where
wind-driven upwelling provides higher nutrient concentrations which stimulates higher …

The role of zooplankton in microbial nitrogen turnover in marine environments is poorly
understood. Here, we present results from two experiments designed to determine the …

We report the seasonal and single‐diurnal variability of potentially active members of the
prokaryote community in coastal surface waters off central Chile and the relationship …

Environmental heterogeneity on coastal areas is an outcome of several hydrodynamic
forces. Particularly, wind-driven upwelling is usually associated with alternating periods of …

We studied the input of ammonium coming from the dissolution of food pellets commonly
used in salmon farming as well as its potential for mineralization via ammonification and …