SSS2.2

Soil erosion and the lateral movement of sediment have a substantially effect on the terrestrial carbon budget. The detachment, transport and deposition of soil and associated carbon strongly regulate the storage of carbon in soils. Given the magnitude and the degree of uncertainty associated with the erosion-induced carbon changes, it is crucial to identify sinks and sources of carbon and its interplay with soil redistribution processes to develop and set up reliable soil carbon management strategies.
Soil organic carbon (SOC) is a fundamental determinant of soil fertility and affects the biological, chemical and physical properties of the soil contributing to its capability to improve soil quality and diminishing soil degradation. To control the loss of SOC by induced erosion efficiently and reduce its environmental impact, there is a critical need to quantify soil redistribution rates and investigate the mechanism of soil erosion processes and its effect on the movement and fate of SOC.
This session intend to present a cross-disciplinary approach to Soil Science research focuses on the quantification of erosion-induced changes on soil carbon storage across landscapes.

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Convener: Laura Quijano | Co-conveners: Kristof Van Oost, Estela Nadal Romero, Ana Navas
Posters
| Attendance Tue, 09 Apr, 14:00–15:45
 
Hall X1

Soil erosion and the lateral movement of sediment have a substantially effect on the terrestrial carbon budget. The detachment, transport and deposition of soil and associated carbon strongly regulate the storage of carbon in soils. Given the magnitude and the degree of uncertainty associated with the erosion-induced carbon changes, it is crucial to identify sinks and sources of carbon and its interplay with soil redistribution processes to develop and set up reliable soil carbon management strategies.
Soil organic carbon (SOC) is a fundamental determinant of soil fertility and affects the biological, chemical and physical properties of the soil contributing to its capability to improve soil quality and diminishing soil degradation. To control the loss of SOC by induced erosion efficiently and reduce its environmental impact, there is a critical need to quantify soil redistribution rates and investigate the mechanism of soil erosion processes and its effect on the movement and fate of SOC.
This session intend to present a cross-disciplinary approach to Soil Science research focuses on the quantification of erosion-induced changes on soil carbon storage across landscapes.