|
|
. (2003). Two decades of ocean CO2 sink and variability. Tellus series b-chemical and physical meteorology, 55(2), 649–656.
|
|
|
|
Bousquet P., P. Peylin, J. Miller, D. Hauglustaine, C. Carouge, C. Prigent, G. S. Tyler, E. Dlugokencky, R. Langenfelds, E. Brunke, M. Ramonet and P. Ciais. (2005). Two decades of methane sources and sinks as inferred by inverse modelling of atmospheric transport and chemistry.
Abstract: , Seventh International Carbon Dioxide Conference ICDC7, Boulder, Colorado, 26-30 septembre 2005.
Programme: 416
|
|
|
|
Aidan D. Bindoff, Simon J. Wotherspoon, Christophe Guinet, Mark A. Hindell. (2017). Twilight-free geolocation from noisy light data (Vol. 9).
Keywords: animal tracking archival tag bird migration global location sensor Hidden Markov Models
Programme: 1201
|
|
|
|
. (2013). Turbulence mixing characterization at Dome C on the Antarctic plateau.
Abstract: DACA 2013, 8-12 Juillet 2013, Davos, Suisse.
Programme: 1013
|
|
|
|
. (2003). Turbulence characteristics inside small-scale expanding structures observed with SuperDARN HF radars. Annales geophysicae, 21, 1839–1845.
|
|
|
|
Brun, C., H. Barral, S. Blein, C. Genthon. (2011). turbulence anisotropy in katabatic flows, from alpine slopes to antarctic plateau.
Abstract: EGU 2014, Vienne, Autriche, Avril 2014.
Programme: 1013
|
|
|
|
. (2014). Tuberculosis Epidemiology and Selection in an Autochthonous Siberian Population from the 16th-19th Century
. PLoS ONE, 9(2), e89877–.
|
|
|
|
A. Jamelot, A. Gailler, Ph. Heinrich, A. Vallage, J. Champenois. (2019). Tsunami Simulations of the Sulawesi Mw 7.5 Event: Comparison of Seismic Sources Issued from a Tsunami Warning Context Versus Post-Event Finite Source (Vol. 176).
Abstract: The 28 September 2018 Sulawesi earthquake generated a much larger tsunami than expected from its Mw = 7.5 magnitude and from its dominant strike-slip mechanism. Within a few minutes after the earthquake, the tsunami devastated the seafront of Palu bay, destroying houses and infrastructures over a few hundred meters. Coastal subsidence and slumping at various locations around the bay were also observed. There is debate in the scientific community as to whether submarine landslides and shore collapses contributed to the generation of strong and destructive waves locally. The objective of this study is threefold: first, to determine whether standard seismic inversions could predict the source in the context of tsunami early warning; second, to define a new seismic source built from optical image correlation and based on the geological and tectonic context; third, to assess whether the earthquake alone is able to generate up to 9-m wave heights at the coast. Numerical simulations of the tsunami propagation are performed for different seismic dislocation sources. Nonlinear shallow water equations are solved by a finite-difference method in grids with 200-m and 10-m resolutions. The early CMT focal solutions calculated by seismological institutes show dominant strike-slip mechanisms with a homogenous slip distribution. These sources produce maximum tsunami heights of 40-cm on the coast of Palu city. Two heterogeneous sources are tested and compared: the USGS “finite fault” model calculated from seismic inversion and a new “hybrid” source inferred from different techniques. The latter is based on a segmented fault in agreement with the geological context and built from both from seismic parameters of a CMT solution and the observed horizontal ground displacements. This source produces water wave heights of 4 to 5-m in the Palu bay. The observed inundation heights and distances are reproduced satisfactorily by the model at Pantoloan and at the southwestern tip of Palu bay. However, the “hybrid” source is unable to reproduce the largest 8 to 12-m water heights as reported from field surveys. Thus, even though this “hybrid” source produces most of the reported tsunami energy, we cannot exclude that the numerous coastal collapses observed in Palu bay contributed to increase the local tsunami run-up.
Keywords: numerical modelling strike-slip Sulawesi supershear Tsunami
Programme: 133
|
|
|
|
Genicot S., Rentier Delrue F., Edwards D., Vanbeeumen J. & Gerday C. (1996). Trypsin and trypsinogen from an Antarctic fish: molecular basis of cold adaptation. Biochim. Biophys. Acta, 1298, 45–57.
|
|
|
|
Krinner G. & Genthon C. (2003). Tropospheric transport of continental tracers towardsAntarctica under varying climatic conditions. Tellus series a-dynamic meteorology and oceanography, 53, 54–70.
|
|
