.. .. Discussion,

L. Différence-entre-le-modèle-empirique and . .. Le-modèle-physique, , p.254

, L'application préliminaire sur les coulées entre, p.257, 1998.

, Les déplacements lors de l'éruption d'août, p.265, 2019.

.. .. Conclusion,

, Caractérisation de la rhéologie du substratum 269

, 271 7.1.2 Les déplacements post-éruptifs lors de l'éruption du 03 avril, 2018.

L. .. , 278 7.2.1 Les observations de la flexion du substratum faites sur les coulées du Piton de la Fournaise

. .. La-rhéologie-viscoélastique, , p.283

.. .. La,

L. .. De-lave, 294 7.3.2 En considérant que le substratum est poroélastique, vol.294, p.295

. .. Discussion, 4.3 La compatibilité avec les déplacements post-éruptifs de l'éruption du 03 avril, 2018.

.. .. Conclusion,

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. .. Synthèses, 303 8.1.2 Suivi de la mise en place des coulées de lave à partir de la cohérence InSAR

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.. .. La,

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, 180 SURF(:,i2) = [surf_erod; surf_0

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, ) Department of Geology and Planetary Science

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, France 3 /s (Table 2) with an updated channel width and eruption temperature (Table 1), CNRS

, Time-series of ASTER TIR images with active flows apparent as elongate thermal anomalies (higher pixel-integrated temperatures give lighter tones: white are the hottest pixels, and black are the coldest). Note how the highest intensities in the thermal anomaly move down flow with time

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?. Hrysiewicz, A. Froger, J. L. Villeneuve, N. Menand, T. Aaron et al., InSAR characterization of lava flows at Piton de la Fournaise, Cities on volcanoes, vol.10, 2018.
URL : https://hal.archives-ouvertes.fr/tel-02519025

. Th-general-assembly, A. Wegener-?-hrysiewicz, J. L. Froger, N. Villeneuve, T. Menand et al., InSAR characterization of lava flows at Piton de la Fournaise, General Assembly of WEGENER, 2018.

. Mdis-form@ter, , 2017.

?. Hrysiewicz, A. Froger, J. L. Menand, T. Cayol, and V. , InSAR characterization of displacements related to lava flows at Piton de la Fournaise, MDIS-Form@ter Workshop, 2017.
URL : https://hal.archives-ouvertes.fr/tel-02519025

, CXXIV Participation à des conférences

?. Hrysiewicz, A. Menand, T. Froger, J. L. Cayol, V. Remy et al., Origin of measured surface displacements at the volcanic complex of Lastarria-Cordon Del Azufre between 1996 and 2010: Insights from numerical simulations, MDIS-Form@ter Workshop, 2017.

. Mdis-form@ter, , 2019.

?. Hrysiewicz, A. Froger, J. L. Menand, T. Dumont, Q. Cayol et al., How does the substratum deform under lava flows at Piton de la Fournaise?, 2019.

. Mdis-form@ter and . Workshop, , 2019.

. Conférences, A. Hrysiewicz, J. L. Froger, T. Menand, and V. Cayol, Caractérisation des déplacements liés aux coulées de lave au Piton de la Fournaise à partir de données InSAR, Journée thématique du PNTS, 2017.