Escuela de Geología

Permanent URI for this community

https://noesis.uis.edu.co/handle/20.500.14071/9032

Browse

Now showing 1 - 20 of 451

(1958) as type section 1
(U-Th) / He. 1
(U-Th)/He. 1
1993. Gil Rodriguez 1
1996) of the high allochthonous thrust belt System 1
1D Modeling 1
20001. Hermoza 1
2001. Hermoza 1
2005). These inequalities in the shortening values 1
2005. Eude et al. 1
2012). The Galembo Member (Coniaciano (?) Santonian) consists of a mixture of calcareous mudstones and wackestones-Packstone 1
2015). To the north of the study area 1
3D Modeling 1
a methodology for sonic log response use as an indicator of oil zones in tar sands deposits is proposed. In addition 1
a regional erosion event is identified. Erosion extends to the Middle Eocene in the Serranía de la Macarena and the Yarí-Caguán Sub-basin. The Paleocene section is recognized in the Southwest of the Llanos Basin to the south of the Ariari River region. In the north of the Putumayo Basin the Paleocene section is bounded by the Florencia paleohigh. During the Early Eocene a second regional erosion event is recognized and another minor event of uplift of the Serrania de la Macarena. During this period the paleorelief was formed that controls the deposition of the Middle Eocene. During the Early Eocene the Florencia paleohigh continues as a barrier that separates the Yarí-Caguán Sub-basin and the north of the Putumayo Basin. The Middle Eocene is the first rock that extends continuously from the Llanos Basin to the Putumayo Basin. The influence exerted by the Serrania de la Macarena and the Paleoalto of Florence is erased and only affects the thickness of this interval. 1
a suitable HPT can be estimated and then a reliable OOIP can be determined in the thinly bedded sandstone of the Une Formation. 1
Acortamiento 1
Afloramiento Quebrada La Sorda 1
Afloramientos 1
Although exploration activities in the Titicaca basin began since the early twentieth century with the discovery of Pirín Oil-field 1