Listar por autor "Liñán-Baena, Cristina"
Mostrando ítems 1-10 de 10
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Behaviour of greenhouse gases (methane and carbon dioxide) in karst cave environments: the case of the Nerja Cave system (Southern Spain) and the Wombeyan Caves (NSW, Australia)
(UMA Editorial, 2022)En la presente tesis doctoral se han estudiado diferentes aspectos relacionados con el comportamiento del gas metano (CH4) y del dióxido de carbono (CO2) en los ambientes subterráneos, con particular interés en las fuentes ... -
Condensation water in heritage touristic caves: Isotopic and hydrochemical data and a new approach for its quantification through image analysis
Liñán-Baena, Cristina
; Benavente Herrera, José; Del Rosal Padial, Yolanda Remedios; Vadillo-Pérez, Iñaki; Ojeda, Lucía; Carrasco-Cantos, Francisco[et al.] (Wiley, 2021)
Condensation water is a major factor in the conservation of heritage caves. It can cause dissolution of the rock substrate (and the pigments of rock art drawn on it) or covering thereof with mineral components, depending ... -
Condensation water in heritage touristic caves: Isotopic and hydrochemical data and a new approach for its quantification through image analysis.
Liñán-Baena, Cristina; Benavente, José; Del Rosal Padial, Yolanda Remedios; Vadillo-Pérez, Iñaki; Ojeda, Lucía; Carrasco-Cantos, Francisco[et al.] (Wiley, 2021)
Condensation water is a major factor in the conservation of heritage caves. It can cause dissolution of the rock substrate (and the pigments of rock art drawn on it) or covering thereof with mineral components, depending ... -
Coronavirus pandemic: an opportunity to study the anthropogenic impact on micro-climate conditions and CaCO3 crystal morphology in the Nerja Cave (SE Spain)
Liñán-Baena, Cristina; Jiménez de Cisneros, Concepción; Benavente, José; Vadillo-Pérez, Iñaki; Del Rosal, Yolanda; Ojeda, Lucía[et al.] (Elsevier, 2023)
Following the declaration of the COVID-19 pandemic, the Spanish Government restricted non-essential movements of all citizens and closed all public spaces, such as the Nerja Cave, until May 31, 2020. This particular condition ... -
Coronavirus pandemic: an opportunity to study the anthropogenic impact on micro-climate conditions and CaCO3 crystal morphology in the Nerja Cave (SE Spain)
Liñán-Baena, Cristina; Jiménez de Cisneros, C.; Benavente, J.; Vadillo-Pérez, Iñaki; Rosal, Y. del; Ojeda, Lucía[et al.] (Elsevier, 2023)
Following the declaration of the COVID-19 pandemic, the Spanish Government restricted non-essential movements of all citizens and closed all public spaces, such as the Nerja Cave, until May 31, 2020. This particular condition ... -
Discriminating organic carbon from endokarstic moonmilk-type deposits by LIBS. The case of a natural carbonated Martian analogue
Delgado-Pérez, Tomás; García-Gómez, Laura; Fortes-Román, Francisco Javier; Cabalín-Robles, Luisa María; Liñán-Baena, Cristina; Vadillo-Pérez, Iñaki; Jiménez-Gavilán, Pablo; Ojeda, Lucía; Laserna-Vázquez, José Javier[et al.] (Elsevier, 2024-01-06)
Moonmilk-type deposits exemplify carbonated Martian analogues existing in the subsurface of Earth, an endokarstic speleothem with a possible biochemical origin composed principally by carbonates, mainly huntite and dolomite. ... -
Fluctuations of CO₂ and 222Rn concentration in the karst vadose zone: Comparing exhalation, indoor concentrations, and cave air dynamics (Nerja Cave, Southern Spain)
Liñán-Baena, Cristina; Vadillo-Pérez, Iñaki; Benavente, J.; Cañete-Hidalgo, Sergio Andrés; Ojeda-Rodríguez, Lucía (Elsevier, 2025-05-23)
To investigate the influence of atmospheric and subsurface karst conditions on gas transport in the vadose zone and across the epikarst-atmosphere interface, we measured: a) radon (222Rn) and carbon dioxide (CO2) concentrations ... -
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 ...