•We quantified for the first time CO2 and water vapor fluxes in an Argentinean dry forest.•The dry forest was a net sink of carbon with a NEE of −132.8gCm−2 for year 2010.•The cool dry season accounted for a quarter of annual NEE.•Soil moisture had a stronger influence on CO2 fluxes during the warm wet season.•Cumulative ET accounted for most of the rainfall.
Agricultural and Forest Meteorology – Elsevier
Published: Dec 15, 2017
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