system (ie, Hudson Bay, Hudson Strait and Foxe Basin) under ice-free conditions during
early fall 2005, using the 14C-uptake method and short-term free-drifting particle interceptor
traps deployed below the euphotic zone at 50m. Principal component analysis revealed
spatial patterns of primary production and chlorophyll a (chl a) biomass in the euphotic zone
that were shaped by hydrographic conditions and nutrient concentrations linked to …