Sismica De Refracción

Un promedio de 37% de los accidentes fatales en la mediana y gran minería en Perú son resultado de desprendimientos de rocas y derrumbes o deslizamientos. Para la minimización de estos accidentes y la reducción de las pérdidas por daños a la infraestructura minera, es necesario implementar un sistema de alerta que permite la identificación de zonas vulnerables para tomar las medidas preventivas correspondientes. Una herramienta potente en este marco es el monitoreo microsísmico que permite monitorear pulsaciones instantáneas de baja intensidad en el macizo rocoso, generando información dinámica en tiempo real de la ubicación, extensión y magnitud de inestabilidades geológicas.

The Nadhour-Sisseb-El Alem basin, in the central-eastern part of Tunisia, is characterized by the scarcity of surface and subsurface water resources. Although the aquifer systems of this basin are not well understood , the scarce water resources are subject to a high rate of exploitation leading to a significant drop in the level of the water table. This work presents correlation of gravity data with hydrogeological data in order to improve the knowledge of the deep structures and aquifer systems. Various geophysical filtering techniques (e.g., residual anomaly, upward continuation, horizontal gradient, and Euler deconvolution) applied to the complete Bouguer anomaly, deduce the deep structures and geometry of the basin and highlight gravity lineaments that correspond to the tectonic features. The structural framework of the Nadhour-Sisseb-El Alem hydrogeological basin shows N-S to NNE-SSW and E-W oriented structures that should be related to tectonic deformations. In addition to the faults, previously recognized, new linea-ments are highlighted by the present work. They correspond to NE-, NW-, E-and N-trending faults that have controlled structuring and geometry of the basin. 2D gravity forward modeling, based on the interpretation of geophysical, geological and hydrogeological data, led to a better understanding of the basin geometry and spatial distribution of the Campanian-Maastrichtian and Cenozoic potential aquifers. Three hydrogeological sub-basins identified include the Nadhour sub-basin in the north, the El Alem sub-Basin in the South and the Etrabelsia sub-Basin in the East. These sub-basins are marked by a thickening of deposits, are separated by the Sisseb-Fadeloun raised structure of Neogene and Quaternary thinned series. The results allow the determination of limit conditions for the basin hydrodynamic evolution and explain some anomalies on the quantity and quality of the groundwater. They provide a management guide for water resources prospection in Atlassic basins in North Africa.

We are testing an experimental system to forecast the earthquake.
We use the orbit of the planets and a selected set of asteroids and minor bodies in order to make our forecast.
We discovered a connection from the solar system a and the natural cycle of earthquakes.

This is only a test.

Feel free to contact me at my email mardocheo.mf@gmail.com

A new approach to preview the earthquake using the planets gravity as parameter to forecast sismic activity
Using new neural networks ability we developed a system to check and verify a strong correlation between the plack teutonic system (earthquake sismic events) to the solar system bodies that rotate around our star.
In this document you will find some example and a straight explanation on how to do by yourself on your computer if you are a programmer and a researcher, with a little of bit of time.
Check it and enjoy!