My primary research aim is to understand how carbon (C) moves and cycle across different scales in fluvial networks. This integrate:

i) the identification of patterns/regime of different carbon forms (i.e., DOC, DIC, CO2, CH4) in rivers, streams, lakes and reservoirs,

ii) the linkage between physical and biogeochemical process on modulating the sources, cycling and destination of C in catchments,

iii) the study of processes at ecohydrological interfaces (land-stream interactions, atmosphere-water and atmosphere-soil interactions, surface-subsurface water interactions, dry-wet sediment interactions) and,

iv) the evaluation of potential changes in fluvial network C dynamics as a consequence of human- and climate-driven changes (i.e., droughts, floods, damming, glacier retreat).