An evolution method, CO2-Geo, which minimises the squared deviation between the exact evolution and the consistent prediction with the transformation method, is developed and verified to estimate the single-layer evolution and the three-layer sediment description based on the diffusion parameters in the porewater. The method is generic and is extended here to the trophic behaviour of carbon dioxide and methane. (Abstract Excerpts)
Geochemistry of dissolved carbon in pelagic and benthic ecosystems
G. Crispi
2023-01-01
Abstract
An evolution method, CO2-Geo, which minimises the squared deviation between the exact evolution and the consistent prediction with the transformation method, is developed and verified to estimate the single-layer evolution and the three-layer sediment description based on the diffusion parameters in the porewater. The method is generic and is extended here to the trophic behaviour of carbon dioxide and methane. (Abstract Excerpts)File in questo prodotto:
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socen.pdf
Open Access dal 16/07/2020
Descrizione: Type of the resource: Other-Mandatory Research Method Disclosure; this resource, translated and revised by G. Crispi, derives from a foreground of the Ecosystem Responses to CO2 Leakage – Model Approach, accepted Joint Research Activity Proposal, JRAP-4 with Partners BGS, BRGM, NIVA, URS, BGR, OGS, in the European Union Contract SES6-CT- 2004-502816 CO2GeoNet-Network of Excellence on Geological Sequestration of CO2, Co-ordinated by BGS, UK, Co-ordinator of the Activity J. West, BGS. (Technical Info)
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