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Today

The museum is closed on Mondays.

RMCA
Leuvensesteenweg 13
3080 Tervuren - Belgium
Tel. (+32) 02 769 52 11
Fax (+32) 02 769 52 42

Opening hours museum
Tuesday through Friday *:
from 10 a.m. until 5 p.m.
Saturday & Sunday *:
from 10 a.m. until 6 p.m.
*even if public holiday

Closed
Every Monday (even if public holiday)
On 1 January, 1 May  and 25 December
On 24 and 31 December as from 3 p.m. on

 

Isotope geology

Understanding geological lithospheric processes

***While the museum building will close its doors in late 2012 for
renovation, scientific research will continue at Tervuren.***

We study the building processes at the origin of the African continent during the Precambrian period (> 542 million years ago) to the Cenozoic period (volcanic activity from 35 million years ago to the present day) at local and global scale. 
 
isogeol.jpgThe understanding of these processes requires the ability to date and determine the origin of the rocks and minerals. To do this, we measure chemical and isotopic compositions of samples collected in the field, tracers of their geological evolution.
These measurements are carried out in the RMCA but also with a mass spectrometer jointly managed with the Université Libre de Bruxelles  (ULB) and in collaboration with Belgian and foreign laboratories.
 
Our work focuses on the cratonic boundaries in Saharan Africa. Cratons are ancient and rigid regions of the lithosphere (the external solid layer of the globe). During intercontinental collisions, they can be tectonically reactivated and invaded by magma. When this occurs, they however preserve earlier geological stages which make them particularly effective in recording the geological evolution of a region. This evolution, called metacratonic, favour appearance of mineralisations, in response to successive enrichments.
 
Research activities include

  • Study of the metacratonic evolution of Saharan Africa at the end of the Precambrian period (about 600 million years ago) and of sub-recent volcanic activity resulting from metacratonic structures and from the ongoing collision between the European and African continents.
     
  • Study of the recurrence of major geological events which affected the southern boundary of the Kasai craton  600, 1,350, 2,000 and 2,700 million years ago which is at the origin of the complex structure of this region and probably also of the exceptional mineral wealth of the neighbouring Katanga.  


We carry out these activities in close collaboration with African scientists from concerned countries. 
 

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