Summary
The Global Carbon Budget 2016 represents a major collaborative synthesis integrating observations, models, and methodologies to quantify anthropogenic CO2 emissions and their distribution among atmospheric, oceanic, and terrestrial systems. This annual assessment combines fossil fuel combustion data, land-use change emissions, and natural carbon sink estimates to provide comprehensive global carbon cycle accounting. Whilst the analysis is not agriculture-specific, it establishes the foundational quantitative framework for understanding how land-use and farming systems contribute to and interact with the global carbon cycle.
UK applicability
UK agricultural and land-use policies increasingly reference global carbon budgets to contextualise domestic emissions reductions targets. This dataset enables UK policymakers to benchmark agricultural greenhouse gas mitigation against planetary carbon boundaries and to model the carbon implications of land-use transitions.
Key measures
Global CO2 emissions (gigatonnes carbon per year), atmospheric CO2 growth rates, ocean carbon uptake, terrestrial carbon sink magnitude, emission source attribution
Outcomes reported
The study synthesised multiple datasets and models to quantify global anthropogenic CO2 emissions and their partitioning into atmospheric accumulation, oceanic uptake, and terrestrial carbon sinks. It provided comprehensive carbon budget accounting across all major emission sources and natural carbon reservoirs for 2016.
Topic tags
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