Assessing Carbon Dynamics in Diverse Ecosystems: The Role of Carbon Polygons

This study delves into the assessment of carbon dynamics across various ecosystems, highlighting the pivotal role of carbon polygons in this endeavor. Carbon polygons serve as essential monitoring sites for evaluating the fluxes of carbon in soils under diverse environmental conditions. By utilizing...

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Published in:E3S web of conferences 2024-01, Vol.537, p.03013
Main Authors: Gakaev Rustam, Gatsaeva Liana
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Language:English
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Gatsaeva Liana
description This study delves into the assessment of carbon dynamics across various ecosystems, highlighting the pivotal role of carbon polygons in this endeavor. Carbon polygons serve as essential monitoring sites for evaluating the fluxes of carbon in soils under diverse environmental conditions. By utilizing data from carbon polygons, this research aims to provide insights into the spatial variability of soil organic carbon and its dynamics in different ecosystems. The findings contribute to a better understanding of carbon sequestration processes and the factors influencing carbon stocks in soils. Overall, this study underscores the significance of carbon polygons in elucidating carbon dynamics and informs strategies for effective soil carbon management in diverse ecological settings.
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title Assessing Carbon Dynamics in Diverse Ecosystems: The Role of Carbon Polygons
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