NH4C did not accumulate in the marsh, and no significant differences were observed between the river and the marsh water, while the NO3 contributed by the river water was depleted within the marsh, caused probably by coupled nitrification-denitrification
NH4C did not accumulate in the marsh, and no significant differences were observed between the river and the marsh water, while the NO3 contributed by the river water was depleted within the marsh, caused probably by coupled nitrification-denitrification
NH4C不在湿地中积累，在河水和湿地水中没有观察到显著差异，而由河水带来的NO3却在湿地中耗尽，可能是由于成对的硝化和反硝化过程导致的。