Research Data Leeds Repository

Have synergies between nitrogen deposition and atmospheric CO2 driven the recent enhancement of the terrestrial carbon sink? – dataset

Citation

O'Sullivan, Michael (2019) Have synergies between nitrogen deposition and atmospheric CO2 driven the recent enhancement of the terrestrial carbon sink? – dataset. University of Leeds. [Dataset] https://doi.org/10.5518/470

Dataset description

The terrestrial carbon sink has increased since the turn of this century at a time of increased fossil fuel burning, yet the mechanisms enhancing this sink are not fully understood. Here, we assess the hypothesis that regional increases in nitrogen deposition since the early 2000s has alleviated nitrogen limitation and worked in tandem with enhanced CO2 fertilization to increase ecosystem productivity and carbon sequestration providing a causal link between the parallel increases in emissions and the global land carbon sink. We use the Community Land Model (CLM4.5-BGC) to estimate the influence of changes in atmospheric CO2, nitrogen deposition, climate, and their interactions to changes in net primary production (NPP), and net biome production (NBP). This data is gridded monthly output files for all simulations performed (see Table 1 of manuscript).

Subjects:

F000 - Physical sciences > F700 - Science of aquatic & terrestrial environments > F750 - Environmental sciences
F000 - Physical sciences > F700 - Science of aquatic & terrestrial environments > F750 - Environmental sciences > F751 - Applied environmental sciences
F000 - Physical sciences > F700 - Science of aquatic & terrestrial environments > F750 - Environmental sciences > F754 - Biogeochemical cycles

Divisions:

Faculty of Environment > School of Earth and Environment

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