This doctoral research investigated natural phenomena associated with methane seepage, diving into the genetic origins of these occurrences while establishing a comprehensive framework of experimental methods to quantify methane emissions into the atmosphere. By integrating field-based insights with experimental rigor, the work focuses on developing and refining sampling and analytical protocols that can be effectively applied to diverse geological and environmental contexts.

Fluid Geochemistry Applied to the Study of Mechanisms and Evolution of UGP (Unusual Geological Phenomena) in Emilia-Romagna (Italy) / Gioia Capelli Ghioldi. - (2026).

Fluid Geochemistry Applied to the Study of Mechanisms and Evolution of UGP (Unusual Geological Phenomena) in Emilia-Romagna (Italy)

Gioia Capelli Ghioldi
2026

Abstract

This doctoral research investigated natural phenomena associated with methane seepage, diving into the genetic origins of these occurrences while establishing a comprehensive framework of experimental methods to quantify methane emissions into the atmosphere. By integrating field-based insights with experimental rigor, the work focuses on developing and refining sampling and analytical protocols that can be effectively applied to diverse geological and environmental contexts.
2026
Franco Tassi, Giancarlo Tamburello
ITALIA
Goal 13: Climate action
Gioia Capelli Ghioldi
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1459414
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