Universität Rostock, 2024
https://doi.org/10.18453/rosdok_id00005020
Abstract: Human activities have changed the global N cycle, increasing N fluxes into the ocean, particularly affecting vulnerable coastal zones. Along the Amazon River Plume, sediments potentially act as both a source and sink of DIN. While denitrification appears to be a significant loss process in sediment, nitrification dominates in the water column. This study's findings draw an N-budget of the Amazon estuary based on rates of N cycle pathways, providing baseline knowledge for environmental management and conservation efforts amidst climate change and human-induced alterations to the N cycle.
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