@article{10272/11803,
year = {1996},
url = {http://hdl.handle.net/10272/11803},
abstract = {The application of numerical methods to the study of the distribution of trace fossil in hardground surfaces appears scarcely in the previous bibliography, mainly because these traces usually have a random distribution not controlled by notable geometrical patterns. The good appearance of trace fossils in the Mo/a unit outcrops, and their coexistence with joints, have determinated their study with quantitative geostatistical methods, which have shown the absence of a tectonic or sedimentological control in their genesis. It is not posible to establish any correlation between the length and the direction of the trace fossils, that indicates control by neither previous fractures nor marine currents, but homogeneous conditions of oxigenation and bathymetry in the substrate and bottom marine waters},
publisher = {Sociedad Geológica de España},
keywords = {Hardground},
keywords = {Burrows},
keywords = {Statistics},
keywords = {Geostatistics},
keywords = {Variogram},
title = {Análisis numérico de la distribución de trazas de bioturbación. Un ejemplo de la Unidad de la Mola (Zonas Externas de las Cordilleras Béticas, provincia de Alicante)},
title = {Numerical analysis of the distribution of bioturbation traces. An example of the Mola Unit (External Zones of the

Betic Cordillera, Alicante province)},
author = {Nieto, Luis M. and Jiménez Espinosa, R. and Molina, José Miguel and Ruiz Ortiz, Pedro Alejandro and Checa, A.},
}