Finite frequency ambient noise tomography of central and southern Africa

Upper Mantle Earth Structure in Africa From Full‐Wave Ambient Noise Tomography

Abstract Our understanding of the tectonic development of the African continent and the interplay b

Rayleigh wave group-velocity maps from ambient noise tomography near Leeu Gamka, Karoo, South Africa

<p>Leeu Gamka is located within a stable continental region, in the hinterland of the

Velocity modeling of Rayleigh wave in Fault Semangko Padang region using Ambient Noise Tomography method

Africa’s Crustal Architecture Inferred from Probabilistic and Perturbational Inversion of Ambient Noise: ADAMA

Africa’s continental crust hosts a variety of geologic terrains and is crucial for understanding the

AMBIENT NOISE LEVELS IN BASIC SCHOOLS AND IMPACTS ON THE PRODUCTIVITY OF TEACHERS

International audience

Imaging segmentation in early stage rifting (prior to breakup) using a joint inversion of Rayleigh waves from teleseisms and ambient noise tomography in the northern East African Rift

<p>Within the melt-rich northern East African Rift system, extension progresses from c