Sponsored by AAPG Research Committee

Conference Conveners

Carlos Zavala
UNS, CONICET, PDVSA, Venezuela
Eduardo Olivero
CADIC, CONICET, Ushuaia, Argentina
Juan José Ponce
CADIC, CONICET, Ushuaia
Stanley Wharton
BP Trinidad & Tobago
Helena Gamero
Schlumberger Venezuela
Carmen C. Contreras
Schlumberger Venezuela
Ronald J. Steel
The University of Texas at Austin
Roger M. Slatt
The University of Oklahoma
Cornel Olariu
The University of Texas at Dallas
Emmanuel Chapron
Geological Institute, Zürich, Switzerland
Manuel Delgado
PDVSA, Venezuela
Marco Sanguinetti
Schlumberger Mexico
 

Dates and Location:

March 3-7, 2008 Ushuaia - Patagonia, Argentina

Objectives:

The aim of this conference is to review the different mechanisms of clastic sediment transfer from continental areas to the shelf and deep waters. The main topics will include processes and recent/ancient deposits related to:

In recent year, an increasing amount of data support the fact that fluvial currents can enter the sea with a density which often exceeds that of marine waters. These relatively dense currents originate during floods, where the excess in density is related to the high suspended load carried by the freshwater discharge. The situation in which the density of the incoming flow is greater than the receiving basin is known as hyperpycnal flow. Although poorly documented for ancient strata, hyperpycnal flows seem to be very common phenomena. Hyperpycnal discharges provide a non-conventional mechanism that allows the basinward transfer of huge volumes of sediments.

This Research Conference will target specialists in related disciplines to promote broad constructive discussions and perhaps new understanding in sedimentary transfer mechanisms.

The conference will be broken into three days of oral presentations with additional abstracts accommodated through poster sessions. A two-day field trip will be run after the meeting. The Austral Foreland Basin has magnificent outcrops of Tertiary hyperpycnal deposits exposed along kilometers of marine cliffs located in the northeast coast of Tierra del Fuego. The high quality exposures of hyperpycnal channels, channel-levee transitions and lobes will promote a very constructive discussion and critcism among the attendees.