Atmospheric reactive nitrogen (Nr) deposition contributes to adverse impacts in freshwaters (e.g. N saturation and eutrophication), particularly of sensitive alpine ecosystems. Thus, studying the local and long-range emission NOx sources versus wet deposition is of critical importance. Here, we presented the results of a chemical and nitrate isotope survey in rain and snow samples collected in an alpine tundra located in the Italian Alps.
SOURCES OF ATMOSPHERIC NITROGEN DEPOSITION IN AN ALPINE TUNDRA ENVIRONMENT (ITALY)
R BALESTRINI;C A DELCONTE;
2023
Abstract
Atmospheric reactive nitrogen (Nr) deposition contributes to adverse impacts in freshwaters (e.g. N saturation and eutrophication), particularly of sensitive alpine ecosystems. Thus, studying the local and long-range emission NOx sources versus wet deposition is of critical importance. Here, we presented the results of a chemical and nitrate isotope survey in rain and snow samples collected in an alpine tundra located in the Italian Alps.File in questo prodotto:
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