@article{10272/9159,
year = {2002},
url = {http://hdl.handle.net/10272/9159},
abstract = {Pleistocene marine conglomerates, first interpreted as alluvial-marine deposits, are attached to the walls of the valley of Agaete (NW of Gran Canaria), at 50-110 m above sea level. The deposits are 1 to 5 m thick, poor-sorted, clast-supported and formed by heterogeneous, angular to rounded, volcanic clasts and fossils, never found in growth position and often broken. The basal contacts show reaping features of the substratum and internally present two or more layers with reverse grading. Distribution, altitude and sedimentary structures of these deposits suggest that they were originated by tsunami waves, the most probable source being the Guimar giant landslide (east coast of Tenerife, <0,84 Ma)},
publisher = {Sociedad Geológica de España},
title = {Depósitos de tsunami en el valle de Agaete, Gran Canaria (Islas Canarias)},
title = {Tsunami deposits at Agaete valley, Gran Canaria (Canary Islands)},
author = {Pérez Torrado, Francisco J. and Paris, R. and Cabrera, María Carmen and Carracedo, J. C. and Schneider, J. L. and Wassmer, P. and Guillou, Herve and Gimeno, Domingo},
}