Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (southern Tuscany, Italy). Although, at first glance, the model may appear appealing, this is not fully supported by the available data and the paper does not take into account their discussion. Accordingly, the supposed negative consequences of the Borgia et al. (2014) model on both contamination of shallow water and geothermal exploitation can likely be regarded as speculative
Bonini (2009) has recently written an interesting paper dealing with the structural setting and rela...
We welcome the opportunity to clarify issues raised by Gualda & Ghiorso (G&G, hereafter) on ...
Structural studies in active caldera systems are widely used in geothermal exploration to reconstruc...
Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (so...
Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (so...
Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (so...
We present here some criticism to the scientific content of the paper of Milia et al. [2007. The dar...
We present here some criticism to the scientific content of the paper of Milia et al. [2007. The dar...
The volcanic spreading model by Borgia et al. (2014) is accurate in describing the extensional struc...
The paper "Multidisciplinary investigation on a lava fountain preceding a flank eruption: The 10 May...
he paper “A crustal-upper mantle model for southeastern Sicily (Italy) from the integration of petro...
Bonaccorso et al. [2011a] investigated the source and magma dynamics of the 10 May 2008 lava fountai...
We present here some criticism to the scientific content of the paper of Milia et al. (2007) publish...
The hydrogeological setting of Cimini Mountains–Viterbo area has been described previously by Piscop...
AbstractThe paper by De Natale et al. (2016, https://doi.org/10.1002/2015GC006183) reported new stra...
Bonini (2009) has recently written an interesting paper dealing with the structural setting and rela...
We welcome the opportunity to clarify issues raised by Gualda & Ghiorso (G&G, hereafter) on ...
Structural studies in active caldera systems are widely used in geothermal exploration to reconstruc...
Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (so...
Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (so...
Borgia et al. (2014) illustrated an active volcanic spreading model for the Amiata volcanic area (so...
We present here some criticism to the scientific content of the paper of Milia et al. [2007. The dar...
We present here some criticism to the scientific content of the paper of Milia et al. [2007. The dar...
The volcanic spreading model by Borgia et al. (2014) is accurate in describing the extensional struc...
The paper "Multidisciplinary investigation on a lava fountain preceding a flank eruption: The 10 May...
he paper “A crustal-upper mantle model for southeastern Sicily (Italy) from the integration of petro...
Bonaccorso et al. [2011a] investigated the source and magma dynamics of the 10 May 2008 lava fountai...
We present here some criticism to the scientific content of the paper of Milia et al. (2007) publish...
The hydrogeological setting of Cimini Mountains–Viterbo area has been described previously by Piscop...
AbstractThe paper by De Natale et al. (2016, https://doi.org/10.1002/2015GC006183) reported new stra...
Bonini (2009) has recently written an interesting paper dealing with the structural setting and rela...
We welcome the opportunity to clarify issues raised by Gualda & Ghiorso (G&G, hereafter) on ...
Structural studies in active caldera systems are widely used in geothermal exploration to reconstruc...