- Standardsignatur18273BU
- TitelChapter 4: Biological basis of soil organic carbon sequestration: a complex set of interactive processes
- VerfasserPatrick Lavelle
- ErscheinungsortCambridge
- VerlagBurleigh Dodds Science Publishing Limited
- Erscheinungsjahr2023
- Seiten83-113
- MaterialArtikel aus einem Buch
- Datensatznummer200210310
- QuelleUnderstanding and fostering soil carbon sequestration ; 121 (2023) , 83-113
- AbstractDecompostion: a set complex processes that drives soil organic carbon dynamics; A general conceptual framework for understanding soil biological activity; From theory to practice: how could we manage soil self-organized engineering to enhance carbon sequestration?
The amount of carbon stored in soils is the result of complex interactions among different sets of self-organized systems operating at nested scales in time and space. To foster organic carbon accumulation in soil, a rigorous scientific analysis is necessary to understand the underlying mechanisms, identify the processes that can be managed, and the ones that cannot, and refine management options to accelerate the process.
- SchlagwörterBoden, Bodenakkumulation, Kohlenstoffspeicherung, Bodenbewirtschaftung, Wechselwirkung, Bodenatmung, Bodenmonitoring, biologische Aktivität, Kompostierung, Kohlenstoffbindung
- Klassifikation11 (Standortsfaktoren: Klima, Lage, Boden, Hydrologie (Pflege des Wasserhaushalts, Bodenpflege und Erosion))
114 (Boden. Bodenkunde)
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