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DOI:10.1038/s41561-019-0484-6 - Corpus ID: 208337733
@article{Cotrufo2019SoilCS, title={Soil carbon storage informed by particulate and mineral-associated organic matter}, author={M. Francesca Cotrufo and Maria Giovanna Ranalli and Michelle L. Haddix and Johan Six and Emanuele Lugato}, journal={Nature Geoscience}, year={2019}, volume={12}, pages={989 - 994}, url={https://api.semanticscholar.org/CorpusID:208337733}}
- M. Cotrufo, M. G. Ranalli, E. Lugato
- Published in Nature Geoscience 18 November 2019
- Environmental Science
Effective land-based solutions to climate change mitigation require actions that maximize soil carbon storage without generating surplus nitrogen. Land management for carbon sequestration is most often informed by bulk soil carbon inventories, without considering the form in which carbon is stored, its capacity, persistency and nitrogen demand. Here, we present coupling of European-wide databases with soil organic matter physical fractionation to determine continental-scale forest and grassland…
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- K. GeorgiouR. B. Jackson M. Torn
- 2022
Environmental Science
Nature Communications
Soil is the largest terrestrial reservoir of organic carbon and is central for climate change mitigation and carbon-climate feedbacks. Chemical and physical associations of soil carbon with minerals…
- 154
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- C. PlazaPablo García‐Palacios M. Delgado‐Baquerizo
- 2022
Environmental Science
Interactions between soil organic matter and minerals largely govern the carbon sequestration capacity of soils. Yet, variations in the proportions of free light (unprotected) and mineral-associated…
- 5
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- E. LugatoJ. LavalleeM. HaddixP. PanagosM. Cotrufo
- 2021
Environmental Science
Nature Geoscience
Soil carbon sequestration is seen as an effective means to draw down atmospheric CO2, but at the same time warming may accelerate the loss of extant soil carbon, so an accurate estimation of soil…
- 164
- Katerina GeorgiouCharles D. Koven Robert B. Jackson
- 2024
Environmental Science
Nature Geoscience
Soil organic matter decomposition and its interactions with climate depend on whether the organic matter is associated with soil minerals. However, data limitations have hindered global-scale…
- PDF
- Johann F. PüspökSharon Zhao Peter M. Homyak
- 2022
Environmental Science
Global change biology
Atmospheric nitrogen (N) deposition is enriching soils with N across biomes. Soil N enrichment can increase plant productivity and affect microbial activity, thereby increasing soil organic carbon…
- 11
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- Jiaojiao LiaoXuan Yang Shaoshan An
- 2023
Environmental Science
Journal of environmental management
- 3
- Xinchang KouElly Morriën C. Liang
- 2023
Environmental Science
Global change biology
Exogenous carbon turnover within soil food web is important in determining the trade‐offs between soil organic carbon (SOC) storage and carbon emission. However, it remains largely unknown how soil…
- 6
- Jingfan ZhangJinge Zhou Faming Wang
- 2022
Environmental Science
Plant and Soil
Background Two carbon (C) sources are of particular interest for soil organic carbon (SOC) storage under nitrogen (N) deposition: 1) glomalin-related soil protein (GRSP) and 2) microbial residual…
- 5
- PDF
- Pablo García‐PalaciosMark A. Bradford César Plaza
- 2024
Environmental Science
Nature Geoscience
Organic carbon in the top layer of mineral soils in cold regions is dominated by the particulate fraction, according to analyses in Arctic and alpine ecosystems. The largest stocks of soil organic…
- 1
- PDF
- M. Spohn
- 2020
Environmental Science
Global change biology
The study shows that the storage of OC in mineral soils leads to the sequestration of large amounts of organic phosphorus (OP), and it would be more reasonable to protect and restore peatlands and to produce and preserve wood than to store OC in Mineral soils.
- 62
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