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• W4308342316 endingPage "114054" @default.
• W4308342316 startingPage "114054" @default.
• W4308342316 abstract "Abstract Carbon sequestration (C seq ) in soils and plant biomass is viewed as an important means of mitigating climate change. Recent global assessments have estimated considerable potential for terrestrial C seq , but generally lack sensitivity to climate warming, nutrient limitations and perspective on local land use. These are important factors since higher temperatures can accelerate the decomposition of soil organic matter, nutrient availability affects plant productivity, while land use pressures put broader constraints on terrestrial organic matter inputs and storage. Here, we explore the potential for C seq under changing land use, climate and nutrient conditions in a UK-based national scale case study. We apply an integrated terrestrial C–N–P cycle model with representative ranges of high-resolution climate and land use scenarios to estimate C seq potential across the UK. If realistic UK targets for grassland restoration and afforestation over the next 30 years are met, we estimate that an additional 120 TgC could be sequestered by 2100 (similar to current annual UK greenhouse gas emissions or roughly 7% of net emission cuts needed in meeting net zero), conditional on climate change of <2 °C. Conversely, we estimate that UK arable expansion would reduce terrestrial carbon storage by a similar magnitude. The most pessimistic climate trajectories are predicted to cause net losses in UK soil carbon storage under all land use scenarios. Warmer climates substantially reduce the potential total terrestrial carbon storage gains offered by afforestation and grassland restoration. We conclude that although concerted land use change could make an important moderate contribution to national level C seq for countries like the UK, soil C seq only provides a contribution if we are on a low emission pathway, and is therefore conditional on deep global cuts to emissions from fossil fuels, deforestation and soil degradation." @default.
• W4308342316 created "2022-11-11" @default.
• W4308342316 creator A5018901589 @default.
• W4308342316 creator A5031401811 @default.
• W4308342316 creator A5043637859 @default.
• W4308342316 creator A5047933792 @default.
• W4308342316 creator A5051854346 @default.
• W4308342316 date "2022-11-01" @default.
• W4308342316 modified "2023-09-29" @default.
• W4308342316 title "Terrestrial carbon sequestration under future climate, nutrient and land use change and management scenarios: a national-scale UK case study" @default.
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