[1] Atmospheric nitrate is anomalously enriched in both the 18O/16O and 17O/16O isotopic ratios, with 17O = 20– 30.8 % (17O = d17O .52 d18O). We have modeled the seasonal variation in 17O by utilizing the transfer of 17O from ozone to HNO3 during NOx oxidation reactions and by evaluating the relative source strengths of heterogeneous and homogenous HNO3 production. The implications for new insights into the global nitrogen cycle, N2O production and paleoclimate studies are discussed. INDEX TERMS
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
There are clear motivations for better understanding the atmospheric processes that transform nitro...
Interaction with ozone transfers its anomalous (non-mass-dependent) 17O enrichment to atmospheric ni...
The isotope anomaly (Δ17O) of secondary atmospheric species such as nitrate (NO3−) or h...
Abstract The stable oxygen isotopic composition of atmospheric nitrate is a powerful proxy for asses...
International audienceThe oxygen (∆17O) and nitrogen (∂15) isotopic compositions of atmospheric nitr...
International audienceThe oxygen (∆17O) and nitrogen (∂15) isotopic compositions of atmospheric nitr...
International audienceThe oxygen (∆17O) and nitrogen (∂15) isotopic compositions of atmospheric nitr...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
There are clear motivations for better understanding the atmospheric processes that transform nitro...
Interaction with ozone transfers its anomalous (non-mass-dependent) 17O enrichment to atmospheric ni...
The isotope anomaly (Δ17O) of secondary atmospheric species such as nitrate (NO3−) or h...
Abstract The stable oxygen isotopic composition of atmospheric nitrate is a powerful proxy for asses...
International audienceThe oxygen (∆17O) and nitrogen (∂15) isotopic compositions of atmospheric nitr...
International audienceThe oxygen (∆17O) and nitrogen (∂15) isotopic compositions of atmospheric nitr...
International audienceThe oxygen (∆17O) and nitrogen (∂15) isotopic compositions of atmospheric nitr...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...
International audienceVariations in the stable oxygen isotope composition of atmospheric nitrate act...