Listar por autor "Etiope, Giuseppe"
Mostrando ítems 1-3 de 3
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Methane concentration and isotopic composition (d13C-CH4) in the Nerja Cave system (South Spain)
Vadillo-Pérez, Iñaki
; Etiope, Giuseppe; Benavente Herrera, José; Ojeda, Lucía; Liñán-Baena, Cristina; Carrasco-Cantos, Francisco[et al.] (2016-04-26)
Air in underground caves often has methane (CH4) concentrations below the atmospheric level, due to methanotrophic or other unkown CH4 consuming processes. Caves are thus considered a potential sink for atmospheric methane. ... -
Methane sources and sinks in karst systems: the Nerja cave and its vadose environment (Spain).
Ojeda, Lucía; Vadillo-Pérez, Iñaki; Etiope, Giuseppe; Benavente, José; Liñán-Baena, Cristina; Del Rosal Padial, Yolanda Remedios; Tapia-Paniagua, Silvana Teresa; Moriñigo-Gutiérrez, Miguel Ángel; Carrasco, Francisco[et al.] (Elsevier, 2019-08-25)
Karst caves are considered a natural sink of atmospheric methane (CH4). Studies generally focus on measuring CH4 within the cave environment, and little information is available about the factors influencing CH4 abundance, ... -
Vadose zone air as a biogenic source of methane in Nerja Cave system (South of Spain)
Vadillo-Pérez, Iñaki; Ojeda, Lucía; Etiope, Giuseppe; Benavente Herrera, José; Liñán-Baena, Cristina; Del Rosal Padial, Yolanda Remedios; Tapia-Paniagua, Silvana Teresa; Moriñigo-Gutiérrez, Miguel Ángel; Carrasco-Cantos, Francisco[et al.] (EGU, 2018)
Subterranean air in karst cavities has often low methane contents in comparison to atmosphere and so karst systems have been considered a sink of atmospheric methane. Methane-oxidizing bacteria have been hypothesized ...